Beer Pairing - The Essential Guide From The Pairing Pros
Beer Pairing - The Essential Guide From The Pairing Pros
Beer Pairing - The Essential Guide From The Pairing Pros
To the barbarians living beyond the borders of ancient Greece, beer personified
humankind’s ability to force a wild and dangerous world to submit to our will.
Represented by an image of a man on horseback stabbing a dragon, we know him as Saint
George, but he is far older than that. If you peel back the layers of Christianity, this
warrior is the barley god Sabazius, his act a metaphor for willfully bending raw nature into
something sublime, even transcendental. We share the belief of these ancient people that
beer is a fundamental comfort of civilization.
For millennia, beer was a replenishing quaff and nourishing staple—truly a liquid form
of the bread it accompanied. Life was a struggle for most, and beer brought some comfort
and amusement. Beer and food shared the table for sure, but only as simple, habitual
pleasures, springing from the land and people who lived on it. An excerpt of an old
harvest poem paints this picture:
Ye shall see first the large and chief,
Foundation of your feast, fat beef:
With upper stories, mutton, veal,
And bacon (which makes full the meal),
With sev’ral dishes standing by,
As here a custard, there a pie,
… … … … … … … … … … .
If smirking wine be wanting here,
There’s that which drowns all care, stout beer …
Robert Herrick, 1591–1674
The Enlightenment brought renewed interest in classical authors such as Cicero, who
wrote in passionate detail about gastronomy. Eventually technology and a humanist
attitude fueled a highly refined culinary art via legendary chefs such as Carême and
Escoffier. In France, this movement clutched wine close to its bosom, finding little use for
beer.
Just across the border, however, Belgian beer had long been a beloved partner for the
luscious food there. It took a more sophisticated turn as the rapid expansion of beer styles
that occurred between the World Wars gave chefs and diners plenty to work with. As the
beers adapted themselves to the food, cuisine de la bière became one of Belgium’s
distinguishing features and still inspires us today.
Things in North America were very different until quite recently. Like so much of the
American food landscape, beer was industrialized into a homogeneous commodity. With a
“don’t think too much, just drink it” attitude from its purveyors, American beer cuisine for
most of the twentieth century focused on washing down hot dogs and hamburgers. At its
most wildly ambitious, beer found its way into things like fish batter or a pleasant cheese
soup.
The late Michael Jackson was our bridge to European beer culture and its traditions,
but he also encouraged us to find our own, new way. He visited frequently, seldom
without engaging some unsuspecting chef in a beer pairing dinner. The end results were a
bit uneven at times, but the very act was a revelation. Michael’s passion and willingness to
take risks for the sake of something better profoundly shaped the way people viewed beer
and its role at the table.
As craft beer grew, it changed the way people thought about beer. The new brews
sparkled with flavor, aroma, and personality. As the beer grew bolder, so did its drinkers,
and people started to challenge the old assumptions: “What if beer is as good as wine?”
And then, “I wonder what will happen if I put this barley wine with Stilton cheese?” At
some point we dared to think, “Maybe beer is even better than wine at this.”
It turned out that beer was very good indeed.
By the late 1990s, beer and food was a standard part of the canon. Beer dinners were
everywhere. There was a lot of enthusiastic experimentation, and people started
committing things to print. But since we were all just making it up as we went along, there
was little agreement in how to put a particular beer and food pairing together.
Now that this movement is no longer in its infancy, we’re seeing a bit more consensus.
Collectively we have a lot of experience, so the common practice is better than ever. Our
theories about why certain things work—or don’t—are increasingly verified by science.
It’s taken a long time to get here, but we’re ready for that next step. That brings us to this
book.
A work like this is a bit of a balancing act. It has to translate the highly technical
language of science into the experience-based world we all inhabit. It has to talk in
generalities, even though every one of us experiences the world quite differently. It has to
provide a standard vocabulary and a system with well-thought-out rules but not stifle
creativity or limit flexibility. And it can’t be content to simply tell you the way things are;
it has to help you go out there, get your hands on the goods, and find out for yourself. This
book does all that and more.
I suggest you not only read Beer Pairing but use it like a guide book, a lab manual, a
diary, and a script. Beat it up, wear it out, and fill its margins with notes, because whatever
the words say, they are of far more value to you when put into action.
One final thought on why this book is important: I often find that presenting beer and
food to people breaks them loose of their daily habits and constructively challenges their
assumptions. There are few things more exciting in life than helping people get to that
weak moment where they are receptive to new ideas and can find thrills in things they
may have unfairly rejected in the past. If there’s one thing any movement needs to
succeed, it’s the power to change people’s hearts and minds. That’s the magic of beer and
food.
So grab a beer, open your mind, and dig in. There is plenty to feast upon.
—Randy Mosher
INTRODUCTION
W e’d like to welcome you to the first chapter, to the first step on your beer and food
pairing journey, with a beer. Seriously! In this chapter we are going to discuss what
you smell and taste when you take a sip of beer. Why not make the experience interactive?
In the first section, we’re going to discuss the major components of beer. We’ll talk
grain fresh from the malt house. We’ll try to smell hops as if they were picked right off the
vine. We’ll look at yeast’s effects under a microscope. Yes, we’re that concerned with
what these beautiful ingredients do when they come together with water and make beer!
Still, when we taste we’re going to look at aroma and flavor informally. We’ll use
words you’ve heard before, though maybe not in the context of tasting. But that’s the
beauty of beer—you won’t find any stuffiness. If a beer has notes of burnt toast and
bubble gum, we will let you know to look for those descriptors. If the aroma blows you
back with tropical fruits and a hint of catty, we’ll let you know to look for that, too. Still,
there will be words that are new to you in the other chapters of this book. Furthermore, we
realize that some people will come to this book as beer or tasting experts while others are
just starting their journey, so we thought it would be best to make sure we’re on the same
page by starting here, with terminology, in Chapter 1.
So come along with us … and don’t forget to grab a beer and sip as you read along!
GEEK OUT
RHEINSHEITGEBOT
It’s time to geek out! Throughout this book, we’ll occasionally use these little boxes to
share additional information on the science behind a certain topic or other fun facts
you can use to impress your friends. Sometimes a geek out will come from Gwen,
sometimes it will come from Julia, and sometimes we’ll both geek out.
Rheinsheitgebot is also known as the Beer Purity Law. In 1516, the original version
of the law stated that the only ingredients in beer should be malted barley, hops, and
water. That’s right, yeast was not in the original doctrine. It was added later, though,
after yeast had been discovered. (Wheat was eventually allowed, in addition to barley,
but only in top-fermenting, or ale yeast–centric, beers.) Currently some brewers still
stick to Rheinsheitgebot. There are two versions: the Bavarian version is exactly as
discussed, but the German version now allows some sugars as well.
DESCRIBING BEER
Let’s start with the reason why we’re all here (that’s beer!) and the ingredients that make
up this marvelous drink. It’s an understatement to say beer is an incredibly complex
beverage. According to a recent study in the Journal of Food Engineering, beer is thought
to contain more than 560 aromatic compounds. In practice, this means you may find
yourself lost or overwhelmed after taking a sip of a beer, especially one that’s strong or
unfamiliar. Yet it’s possible to cut through the noise and deconstruct just about any beer.
The secret to breaking down beer is the same secret for breaking down anything you’re
tasting: consider the ingredients individually. Lucky for us, the vast majority of beers start
with just four main ingredients: malted barley, hops, yeast, and water. True, there is
remarkable variation within those ingredients, not to mention in brewing practices and the
fermentation process. Also true: some brewing cultures have stuck more rigidly to those
ingredients while others have pushed the limits with sugars, wild yeasts, microorganisms,
and other ingredients. But just as a chocolate chip cookie can be broken down into sugar,
flour, eggs, butter, and chocolate, so too can beer be broken down into its components.
Note: The use of the term craft beer is largely up to each individual beer lover.
However, as defined by the Brewers Association, a US craft brewer is “small,” producing
less than six million barrels of beer a year, and independently owned. That means the
majority of breweries in the United States are considered craft. For us, the bottom line is
it’s always a good thing to support your local brewery. They’re often an important part of
the community—and of course, they’re the place where you can get the freshest possible
beer.
MALTS (BARLEY AND OTHER GRAINS)
Malt’s Role: Malted barley and a few other grains provide the sugar source to produce
wort, which is essentially sugar water, for the yeast to ferment. Although that is a
simplified version of all that is involved, a complex sugary solution for the yeast is the
goal. The grain types used can vary greatly: some may remain unmalted, and the malting
process itself can turn the same grain into vastly different malts. No matter the country or
the brewer, most beers do have a significant percentage of what’s commonly referred to as
a base malt. Base malts provide the majority of the enzymes necessary to convert starches
into usable fermentable sugars, and they also help brewers with consistency from batch to
batch (and among their many beer recipes). In addition to the base malt, the brewer also
uses specialty malts and grains to achieve certain colors or flavor characteristics—like
seasonings in a recipe.
Flavor and Aroma Notes: While there are subtle differences between different grain
types, how long grains are kilned or roasted by the maltster tends to have the biggest effect
on aroma and flavor. It’s like bread in the toaster: you’re more likely to notice if it’s light
or dark toast before you notice whether it’s white or whole wheat.
Malted grains (most often barley) are the main fermentable used to make beer.
Lighter malts will have notes such as toasted bread crust, biscuit, biscotti, and golden
raisin, whereas dark-roasted malts will come across with roasted walnut or pecan, burnt
toast, French roast coffee, dark chocolate, charcoal, and even pipe tobacco notes. Caramel
malts, the malts that fall in between the lightest and darkest levels of malt, often deliver
flavors of butterscotch, caramel, burnt sugar, molasses, cashew, toffee, sweet bread, and
honey. There are also a variety of specialty malts with their own unique characteristics.
For example, smoked malts can be used to add a hickory or peat character.
— Garrett Oliver —
Garrett Oliver is not only the brewmaster of Brooklyn Brewery, he is one of the
world’s foremost experts when it comes to pairing. He is the editor of The Oxford
Companion to Beer and the author of The Brewmaster’s Table.
In your eyes, what is beer’s standing in the food world and among food world
thought leaders?
We’ve made a lot of progress, but unfortunately beer’s standing in the restaurant
world remains generally poor. Even as craft beer booms in the United States and
throughout the world, the restaurant scene is still getting left behind. I think the
restaurants don’t realize that they’re leaving a lot of money on the table. Craft beer is
the only area of American food and drink where you can commonly walk into a
restaurant and find that the patrons know more about the restaurant’s beers than the
restaurant does. I see it all the time.
And that, for the restaurant, is a disaster. Can you imagine this happening with
wine? The patrons knowing the wine list better than the sommelier? No, of course
that’s tough to imagine. And it should be. I think there are two culprits—fear and
lack of good educational opportunities. The fear is twofold: fear of not knowing
what you’re doing and fear of losing your wine sale, often the tent pole of a
restaurant’s financials. The second fear, loss of the wine sale, is 100 percent false.
I’ve been doing this for twenty-seven years, and no one’s wine sales have ever
dropped because they instituted a good craft beer list. What you get is a better
restaurant, a higher check average, and a happier customer.
What do you want people to know about beer’s pairing potential?
Essentially that beer is the absolute king of pairing potential, hands down, period, no
argument. The reason is simple: brewing is cooking, and beer can have many
ingredients. As a result, beer is essentially culinary. I can make a beer taste like
chocolate, either by using roasted malts or even by actually adding chocolate. Wine
is wonderful, but it has no such potential. Wine has one ingredient: grapes. And the
grape is a nice ingredient, capable of making some brilliant drinks. But there is no
way for wine to compete with a beverage that can use any fruit, any spice, can be
highly bitter or acidic, and can carry flavors of roast and of caramel. If we wish, and
this is particularly possible in the brewpub setting, we can create beers specifically
meant to pair with particular dishes.
Why is pairing beer and food such a passion of yours?
Because it will improve your life, plain and simple. Making your meals a little more
enjoyable every day is a small change, but it’s a big deal. Great beer is a very
affordable luxury. Many of the best beers in the world are less expensive than a
fancy coffee. That’s an amazing thing to have at your fingertips and to be able to
enjoy every day. We make a drink that makes our customers a little bit happier and a
little bit healthier every day.
What are the top tips for people interested in pairing food and beer?
1. Have fun. It’s not an either/or situation between beer and wine. Almost every
good brewer I know is also very knowledgeable about wine and food. It’s about
enjoying yourself, so be adventurous. It’s beer, so thankfully you won’t bankrupt
yourself if you end up buying something that you don’t care for. Get fifteen different
beers, have some friends over, and make some cool discoveries.
2. Balance is the key to all things. If you want to have a nice pairing, the beer
can’t be massive and the food very delicate, or the other way around. One thing will
just wipe out the other. Try to match the intensities of the beer and food, and you’ll
already be halfway there. Then see if you can “set the hook,” in other words, find a
part of the beer’s flavor that you think will link up with a flavor in the food. For
example, the roasted chocolatey flavors in a porter can work very nicely with the
chiles and chocolate in a Mexican mole sauce. Remember, it’s culinary, and pairing
basically uses the same creativity that you use when cooking. So think like a chef,
and you’ll find some good pairings of your own.
3. Know your cheese. Not only is great cheese one of the most awesome foods
there is, but it’s wonderful with beer, a far better partner than wine.
4. A thing I’ve found: pretty much every sausage goes with every beer. So if you
want to have a groundbreaking beer dinner … don’t do sausages. It’s cheating. But if
you’re just making yourself dinner, it’s almost impossible to go wrong.
Malt and Pairing: As you can see from the flavor and aroma notes, malts have a broad
spectrum of overlap with different foods. Toasty, biscuity malts find parallels with breads;
caramel, toffee, and chocolate overlap with sweet sauces such as barbecue, as well as a
wide variety of nuts and desserts; dark-roasted and smoky malts can connect with coffee,
chocolate, or even grilled meat.
HOPS
Hops’ Role: Hops provide bitterness, flavor, and aroma to beer, so they can be
complicated to wrap your head around at first. A bitter beer is often referred to as “hoppy,”
for example. However, beer can be very low in bitterness but have a tropical or citrus
aroma as the main characteristic. Since that comes from hops, you wouldn’t be wrong to
call that beer “hoppy,” too.
When it comes to bitterness, brewers will generally let you know what International
Bitterness Units (IBUs) their beers have. The scale ranges from a theoretical 0 to a
theoretical 100. Once you get close to 100 IBUs, most palates can’t perceive any further
increases in bitterness. On the brewing side, hops are often evaluated by their alpha and
beta acids, though the former contributes more directly to bitterness and is the factor
brewers consider when crafting beers with targeted IBUs. In short, brewers have to use
more of a hop with a low alpha acid to have the same bittering impact of a smaller amount
of a hop with high alpha acids. You don’t really need to know this for tasting, but you’ll
see “alpha” in beer names now and then, and it’s generally a good sign the beer will be a
hoppy one.
For bitterness, brewers typically add hops to their boil toward the beginning. The
longer hops boil, the more alpha acids are extracted, creating the bitterness in the wort.
However, for flavor and aroma, brewers add hops toward the end of the boil, after the boil
is over, or even after fermentation (in a process known as dry hopping). The reason for
this is that the essential oils in hops that give beer its aroma and flavor characteristics—at
least 250 of which have been identified—are quite volatile. This means they evaporate and
leave the beer quickly at higher temperatures. (Examples of these essential oils are
humulene, myrcene, caryophyllene, and farnesene, or as we’ve memorized them, Hum My
Car Faraway.)
As if all this weren’t complex enough, esters are often formed when carboxylic acid
reacts with alcohol. They are a byproduct of yeast fermentation. These esters can give the
beer fruitlike aromas and flavors; some are very pleasant, like banana or tropical fruit, and
some are not so pleasant, like nail polish.
Flavor and Aroma Notes: Hops contribute so much to beer, and it can be tough to
separate the bitterness from the aroma. Yet the more you taste well-crafted hoppy beers,
the more you’ll be able to pick out specific flavor and aroma notes. You’ll find many are
fruity (apple, pear, mango, pineapple) or citrusy (orange, lemon, lime, grapefruit). Others
are green with leafy, grassy, hay-like, resinous, floral, piney, woody, and even spruce-like
qualities. There are also beers that feature unusual hops that don’t follow any of these
classic examples. You may taste black currant or muscat grapes, herbal tea, earth, or
tobacco. Hop growers are breeding so many new and interesting hops with mind-blowing
characteristics that the variety is sure to expand in the years to come.
Note: You may taste or smell something from hops in a beer that rubs you the wrong
way, but that is simply unavoidable based on growing conditions. Certain harvests of
certain hops can come across with onion or garlic notes, while others have an aroma that
triggers some people to say they smell cat pee. Think of it like cilantro: some people love
it, and some people think it tastes soapy.
Hops are used by brewers similar to the way a chef uses herbs and spices.
Hops and Pairing: You can probably already see the food parallels with hops, such as
the amazing synergy with fruits, herbs, and spices. That said, when trying to complement
citrus, floral, and grassy notes in hops, taste the dish and beer together before saying it is
definitely going to work. We’ve both been at beer dinners where the “clash of the bitter
green grass” flavor happens because the bitterness from the foods and the bitterness from
the beers overwhelmed all other parts to the dish. The key is to remember that hops can
have volatile chemical compounds that have the possibility of overwhelming a pairing if
they are out of balance.
Gwen: Remember to try different hoppy beers to see what works with your favorite
foods as well. I really like mushrooms, and I’ve found when a beer has a hop like Saaz—
something really earthy and peppery—it pairs well with mushroom dishes, which tend to
have substantial earthiness.
YEAST
Yeast’s Role: Yeast may be single-celled microscopic microorganisms, but they are huge
when it comes to making beer! Nearly all brewers use yeast in the genus Saccharomyces
(either the ale yeast strain S. cerevisiae or the lager species S. uvarum, also known as S.
carlsbergensis). Yet within these major species, there are thousands of unique strains. To
further complicate things, there is an increasing interest in using various strains of the wild
yeast Brettanomyces as well. In short, all yeasts convert the fermentable sugars in the wort
into alcohol and carbon dioxide, along with many other byproducts that significantly
contribute to the overall flavor of beer.
Flavor and Aroma Notes: While alcohol and carbonation will have an effect on
mouthfeel, the byproducts yeast creates during fermentation are really where yeast
contributes to flavor and aroma. Depending on the yeast, it can create flavors such as
banana, apple, pear, anise, pepper, bubble gum, Circus Peanuts, clove, lemon, and tropical
fruits (pineapple, mango, guava). It can also give beer an earthy, musty, bready, nutty, or
even acidic character.
Note: Yeast also contributes the basic taste of umami. If you look closely, you’ll find
autolyzed yeast in food items such as broths, soy sauce, meat alternatives, vegemite,
marmite, and as a replacement for monosodium glutamate in some foods.
Without yeast, a microorganism powerhouse, there would be no beer!
Yeast and Pairing: Breads and other baked goods are made with yeast, so there is an
easy parallel when yeast is neutral or amplifies bready, doughy notes in beer. Spicy and
fruity yeast characteristics, on the other hand, can be used to contrast or complement those
same characteristics in a food dish. A successful pairing of banana-centric weizen and a
banana dessert can work wonderfully. Use the spicy phenolic notes from a Belgian-style
abbey yeast to your advantage with dishes that have clove, ginger, or orange. English ale
yeasts that produce higher esters match sweet caramel and nutty notes in grilled meats.
Just focus on the dominant flavor characteristics and go with it.
We also need to mention that yeast can be sneaky. It may have subtle characteristics at
levels that you cannot detect, but once you pair the beer with a food item, boom, there it
is. Characteristics such as green apple, butter, butterscotch, bruised apple, sulfur, nail
polish, solvent, goat, Band-Aid, cooked vegetables, paper, cardboard, and sour might be at
undetectably low levels in the beer you are tasting or pairing. They are not flaws in the
beer, because they are undetectable; however, accidentally accentuating one of these in an
undesirable way can be disastrous. We mention these characteristics so if something like
this shows up in a pairing you will know where it came from: CSI-like investigation
material!
Gwen: Wild yeasts, such as Brettanomyces, contribute characteristics that are most
unusual: earth, cotton candy, coconut, butter, smoke, horse blanket, barnyard, goat, fruit,
tropical fruit (pineapple), lemon, sour milk (lactic acid), sour (acetic acid), sweat, cheese,
bacon, spice, clove, and even putrid notes. Yes I said putrid … it comes from butyric acid
that is initially produced by the yeast. I mention this because, lucky for us, when the acid
is combined with the alcohol that is produced it becomes an ester, and not just any ester,
but ethyl butyrate, which translates in aroma and flavor terms to tropical fruits like
pineapple. I can see why some of your noses might have turned a little at the mention of
some of the not-so-delicious-sounding descriptors above; however, they can parallel with
food. A stinky cheese with its acidic, earthy, funky, and fruity characteristics seem to me to
be a perfect parallel. Goat in beer and goat in cheese must equal awesome, right? Earthy
root vegetables such as beets are amazing with the complement of earthy from a Brett-
fermented beer. Embracing the funk really is fun, especially when food pairing plays a
role.
WATER
Water’s Role: Water makes up 85–95 percent of beer, so naturally the chemistry of that
water is an enormous contributor to the overall flavor of the beer. Minerals such as
calcium, magnesium, sodium, zinc, sulfates, chlorides, potassium, and bicarbonates are
going to contribute overall flavors to beer. However, unlike malt, hops, and yeast, water
mostly stays out of the way when it comes to having its own dominant flavor or aroma.
Instead it tends to work with—or occasionally against—the other ingredients, and you can
just keep it in the back of your mind as you deconstruct.
Flavor and Aroma Notes: Water can affect the character of beer through mouthfeel;
minerals can also amplify or suppress the effects of malt or hops when the beer is brewing.
For example, in addition to recipe differences, there are considerable differences in the
water when comparing US West Coast IPAs and English-style IPAs. The former tend to
build on neutral water, while the latter often have considerable mineral content from the
water.
On the palate, water can also affect the fullness or roundness of a beer, astringency, and
perceived bitterness or sweetness. Rarely, water can come through in the finished beer
directly, as when water has excessive sulfur, salt, or chlorine.
Gwen: I learned about the flavor effect of using unfiltered tap water from setting up
one of my first sensory classes. The basic-taste samples of sweet, sour, salt, bitter, and
umami reacted with the chemicals in the unfiltered tap water, and we ended up tasting
chlorine in all of the samples.
OTHER INGREDIENTS
Brewers are a creative bunch and increasingly use a variety of specialty ingredients in
their recipes. These range from unconventional sugar sources (honey, agave, maple, candi
sugar, brown sugar, molasses) and fruits (cherry, blueberry, blackberry, peach, apricot,
coconut, cranberry, raspberry, apple) to herbs and spices (coriander, chilies, lavender,
lemon balm or grass, licorice, dandelion, heather, citrus peel, ginger, cardamom,
cinnamon, vanilla, nutmeg, cocoa, sage, yarrow, spruce tips) and vegetables (pumpkin,
rutabaga, rhubarb, cucumber, squash, sweet potato). We’ve even seen brewers using nuts
(hazelnuts, walnuts, peanuts, pecans).
Other Ingredients and Pairing: When a beer contains an unusual ingredient, you
might think you can safely pair it with foods containing the same ingredient. This can
certainly be the case, from chocolate stouts with chocolate to blueberry-infused porter
with blueberry-braised short ribs. A beer brewed with honey? Try it with baklava or a
baked ham. Pair a cucumber saison with Greek food for a refreshing combination. And
beers brewed with pumpkin and spices can certainly complement pumpkin in a dish, stew,
or dessert.
Pairing terminology will help you communicate what you’re tasting and smelling.
However, we’ve found that you can have too much of a good thing. For example, at the
Lost Abbey there is a Belgian-style saison that contains ginger. Pairing that gingery beer
with a dish containing ginger just doesn’t work. We believe it’s because the ginger
molecules seem to attract each other and combine to produce a very intense flavor that
overwhelms the entire pairing. After a bite and a sip, all you taste is ginger. We’ve found
vanilla, clove, coffee, chilies, and other herbs and spices can be dangerous in the same
way. If the beer you are trying to pair has an ingredient that is overly dominating, go with
emphasizing a different ingredient such as sweet caramel or roast. The only real way to
know is to try it and learn.
PAIRING TERMINOLOGY
Throughout this book you’ll find plenty of words and concepts you know inside and out,
and plenty more you have a working knowledge of. Still, there are specialty terms when it
comes to pairing practices. On the following pages, we’ll provide a brief, concept-oriented
guide to many of the words you’ll read (hopefully, you’ll soon be using them yourself!).
If you start to feel overwhelmed, just remember it all comes down to this: when you
describe beer and when you describe food, those are two different things. When you
describe the pairing, that should be its own separate thing as well.
These descriptions should not be “Oh, this is nice.” Instead, elevate your pairing
description to the description you would give beer or food separately—use your words!
Saying “You have to try this: the lemon just jumps out at you from the hops in the beer
and the lemon zest in the dish” means you not only shared why you liked the pairing, you
also made someone else want to try it. We are going to get into how to do this in later
chapters, but the pages that follow will provide words and concepts to describe what
happens.
PAIRING IN ACTION
It can be difficult to wrap your mind around how food and beer interact, but it is
impossible without learning some new words to describe the experience. This is where the
magic happens.
Bridge: Bridges, also referred to as flavor hooks and echoes, are where beer and food
meet, ingredient to ingredient, via similar flavors. For example, when you pair a fettuccine
Alfredo sprinkled with rosemary and sage with an American IPA that has hop notes of
pine and spruce, you have a flavor bridge. The herb flavors of the rosemary and sage are
not the exact flavors of the pine and the spruce notes in the beer, but they find and bridge
to each other, thereby creating affinities because the flavors are similar.
You can use one ingredient’s flavor characteristic to bridge to another and find flavor
harmonies (see below). Flavor groups can be used as a starting point to find bridges.
Flavor Groups: Flavor groups are what we call the similar flavors found in both beer
and food. Think of them as individual elements that are part of the whole. They’re the
starting place to find bridges, and eventually harmonies. They can vary wildly, but here
are some examples:
• Smoked: bacon, hickory, maple barbecue, wood fire
• Earthy root vegetables: beet, carrot, potato, yam
• Green: grass, hay, herbal, tealike
• Tropical fruit: guava, passion fruit, mango, papaya
• Stone fruit: peach, nectarine, apricot
• Spicy herbs: ginger, mustard, horseradish, cinnamon
• Pepper spice: jalapeño, habanero, serrano, ghost pepper
• Creamy nuts: pistachio, cashew, pine nut, hazelnut
Harmony: Harmony, also referred to as balance, is a synergistic marriage of flavor
elements. Whether two flavors complement each other or contrast, they are in harmony if
they agree with each other and are pleasing to your palate.
Complement: The Latin word completum means “completed,” and that is where the
word complement stems from. When pairing, beer and food that share flavor elements are
said to complement each other. These pairings generally strengthen and enhance one
another, helping to create that “complete” experience. For example, tropical hop notes in
an American IPA complement pineapple salsa on top of grilled chicken.
Contrast: When food and beer elements have opposing flavor attributes, they contrast.
Contrasts can either enhance or surpress each other’s intensities. In general, contrasts are
more tied to basic taste elements and are not as prevalent in aromatic elements.
For example, the bitterness of an IPA contrasts against the sweetness of cheesecake. In
this example, the contrasting elements—bitterness and sweetness—lessen each other,
allowing flavors including beer’s citrus or forest hop aromatics, white fruit ester notes, and
biscotti and graham cracker malt notes to shine through brighter. However, when the same
bitter beer contrasts with a hot spicy dish, the bitter and spice qualities are emphasized
instead.
Cut and Suppress: Cut and supression are a form of contrasting when one
characteristic lessens another and it’s harder to detect those original characteristics, thus
letting other characteristics shine. For example, an American barley wine’s bitterness
suppresses the impact of fat, richness, and oil in a rich, aged cheddar cheese, which lets
you identify flavors and taste elements in the cheddar that would have otherwise been
hidden behind the richness.
There are different degrees of cut or supression. It can have a soothing effect, as when a
sweet beer soothes capsaicin heat in food. Cutting also occurs from carbonation and
acidity, often with an effect that we call “cancel” or “cleanse.” For example, a highly
carbonated Belgian-style tripel can cancel some of the rich nature of a triple-crème cheese,
letting nutty and earthy flavors come out. Likewise, the acidity in a Berliner-style weisse
cancels much of the acidity in pickles, so you can better taste the dill and garlic.
Throughout the book you will also see us use the terms calm, lessen, and diminish, which
also reflect a degree of lessening of individual flavor elements.
Emphasize or Enhance: Emphasize or enhance, also known as potentiation, is when
food and beer elements combine to make each part more strongly perceived than it is on
its own. For example, salty foods accentuate and bring out residual sugar sweetness in
beer, with the combined pairing resulting in emphasized flavor overall. Even a Belgian-
style wit, which is not a sweet style, can taste sweeter when paired with something like
salted eggs.
Rest: Rests occur when beer or food ingredients provide a break for your senses. A rest
can be an intermezzo in the middle of the meal. It’s something that resets your palate.
Some examples include:
• The pickle next to your corned beef sandwich
• Coleslaw next to a Reuben
• Shaved ginger with sushi rolls
• Parsley as garnish on the side of your plate
• And of course, beer between bites of food.
TASTING BASICS
Dr. Morton Meilgaard, developer of the beer flavor wheel, defines flavor as “the term used
to describe the complex interactions of taste, smell, and chemical irritations of foods in the
mouth that add to its mouthfeel.”
What?
In nonscientific terms, he’s saying flavor is the total impression you gather with all of
your senses rather than just taste. In fact, the basic tastes that you perceive with your
mouth usually only determine about 20 percent of the total impression of flavor. That’s
because flavor is a combination of aroma, taste, and mouthfeel. The complex interaction
of those three elements is collectively sent to your brain so it can register flavor. Your
brain then connects these pieces and parts to its amazing collection of words, images, and
memories. These stored memory areas are triggers for flavor descriptors.
Triggers are what gives you the aha moment. They’re what lead you to say, “I know
what this reminds me of,” and then connect that thought to the flavor descriptor. You don’t
have to prepare or overthink this part. You already have the tools you need to figure out
how, what, and why. You just need to listen to what your brain has been telling you all
along.
In this chapter, we will focus mainly on those three elements. Since it’s estimated that
aroma accounts for 80 percent or more of total flavor detected, we will start there. And
while chances are you’re familiar with sweet, sour, salty, bitter, and umami, we’ll explore
all of them in detail when it comes to taste. Finally, there’s the most unfamiliar concept to
most people new to professional tasting: mouthfeel. It includes trigeminal (chemical) and
tactile (texture) sensations. For example, think of the fizz of carbonation or the coolness of
menthol; they’re basically the sensations that occur in your mouth and throat.
We have one last thought before we move on to the big three: never forget that flavor
starts with your eyes. That’s right, your eyes. What you see is the first step toward
determining how you feel about what may or may not make its way to your mouth. Those
visual cues of texture and color are precursors to your sense of taste.
Time and time again studies have proven that people have preconceptions about an
item’s flavor based solely on the appearance of that item. For example, in an article
published in Appetite, the researchers concluded that whether the food was raw or cooked,
ultimately it was the overall appearance that guided the expectations and preferences of
the consumer. Another study from this same publication concluded that the color of the
plate that food was served on had an influence on the consumer’s expectations of the
flavor of the food. Aside from the research, just think of your own experience. Have you
ever heard someone say something like, “I don’t like the look of that, so I’m not going to
try it”? This sort of evaluation can make sense, especially when your brain is protecting
you from ingesting something toxic or rancid, but it’s not always helpful.
Gwen: I love unsweetened soy green-tea lattes from my local coffee shop. However, one
time I was at a new coffee shop, and I wasn’t paying close attention until my drink came
out. This particular place used a matcha mix instead of tea leaves, and they served the tea
chilled rather than hot. Now the appearance of this tea in its clear cup, the milky green
color of the Grinch, was absolutely not what I was expecting. My eyes judged this
particular concoction as unappetizing. Still, I ignored my judging eyes and tried it
anyway. It wasn’t my favorite drink; it wasn’t going to replace my favorite green-tea latte.
But still, it was delicious and a great new sensory experience. In fact, the next time I got
my “regular” from the local shop, I decided to change it up and ordered a matcha latte,
making it more earthy and less sweet, but still hot. You know what? I loved it!
AROMA
Your taste buds and receptors distinguish five basic tastes. However, your olfactory system
distinguishes thousands of different volatile chemical compounds. Yes, the amazing
abilities of your olfactory system are responsible for aroma detection, and ultimately what
flavor you perceive. And since we all experience aroma before taste, we are going to
discuss it first.
As far as we’re concerned, there are two ways that aromas are going to influence our
perception of overall flavor. Aroma can be detected when odors originate from breathing
in through your nose. This first method of perceiving aroma is called orthonasal aroma.
(See Figure 1 for details.) When aromas are strong enough to enter your nostrils before
you even take a bite of food or a sip of drink, they can have a profound effect on the
overall flavor once you put the food in your mouth. However, aroma is also detected when
you breathe out from your mouth and nose. This is called retronasal aroma. Retronasal
olfaction is occasionally a sense by itself, but the majority of retronasal aromas combine
with other mouth senses, such as basic tastes and mouthfeel. No matter which way you
detect the aroma, signals send messages to the brain that tell you what you’re eating or
drinking.
Figure 1.
Let’s take a brief look at the process. Odor molecules come in different shapes and
sizes. When an odor molecule binds to an odor receptor cell (itself made up of fifty
million receptor neurons), electrical signals are sent to the olfactory nerve. This collection
of signals is organized into aroma messages and sent on to the olfactory bulb. (See Figure
2 for details.) Throughout your life, olfactory receptors are continuously regenerating and
reestablishing connections with the olfactory bulb. Your senses continue to learn new
aromas your whole life (all the more reason to keep trying new things).
Figure 2.
The olfactory bulb itself begins in the limbic system of your brain. Why is this
important? Well, in addition to the limbic system’s role in smells (olfactory regulation),
this system also controls emotion, behavior, motivation, memory, and autonomic behavior.
That’s why it can be the case that when you like or dislike a smell, you can trace it back to
a long-term memory. It’s all the same section of your brain.
That’s a lot of science, but it can get even more technical than that. Let’s simplify it:
volatile molecules are released from everything we eat and drink. These molecules are
then evaluated by the brain, and the same area of the brain that evaluates aroma
information is also responsible for your emotions, learning, language, and decision-
making processes. See the connection? Aromas are read by your olfactory system, which
then returns visual images that can also trigger an experience or memory. That’s a lot of
information from just a smell. These memories, and the experiences you have with them,
can lead to a sense of flavor without anything having actually touched your mouth.
You might not get down to the nitty-gritty of all the ingredients, but if you can start to
narrow down the aroma to a visual, like grandma’s cookies, you will have a starting point
and a vocabulary reference. It also can be fun to try this activity with others and hear what
memory descriptors aromas conjure up for people. In fact, during one of the sensory
classes in the UC San Diego Extension Brewing Certificate program that Gwen teaches,
there was a student who could not figure out the aroma in the vial that was passed around
in an exercise. He closed his eyes to further visualize what he was being reminded of from
this particular aroma. His response was “Puerto Rico,” which made everyone giggle. From
there, the class had him narrow down what about Puerto Rico this aroma reminded him of.
He figured out that it was the empanadas he would buy from a cart on his way home from
school growing up. The aroma he couldn’t put a word to happen to be clove, which was a
dominant seasoning in those empanadas. Now whenever he smells clove, he immediate
gets the visual of his childhood after-school reward, and the word clove has a visual in his
head. Pretty cool, huh?
— Ray Isle —
Ray Isle, executive wine editor of Food & Wine magazine, is also a friend to beer. At
the annual Food & Wine Classic, an amazing event bringing together food-world
stars and the public, Isle shared a number scale he applies to pairings, whether
they’re with wine or beer.
Can you give us a quick overview of your famous pairing scale?
The pairing scale I use (inspired by cheese guru Max McCalman, who uses a similar
scale for cheese and wine pairings) is essentially very simple. It goes from +2 to –2.
The best pairings are +2, when both the wine or beer and the food are distinctly
improved by the pairing. Those are pairings that make you sit back and think, “Wow
—that tastes amazing.” A +1 is when one of the two is improved. Most pairings,
though, are 0s, where neither the food nor the wine is particularly affected by the
matchup, neither is good nor bad. Essentially your palate responds by thinking, “OK,
fine, whatever.” In a –1, either the food or the wine tastes worse. And a –2 is a
disaster; both things taste awful. A big tannic red and a really oily fish like mackerel
is a great example. Your mouth will taste like you licked a roll of pennies.
How often do you find foods reach the top end and how often are they the
bottom end?
The distribution is pretty much a bell curve. There are very few +2s and –2s, more
+1s and –1s, and a whole lot of 0s; the tasting world is full of benign neutrality. At
least that’s true of wine. At baseline it’s a beverage that works very pleasantly with a
very wide range of foods—much more than cola, milk, or orange juice, for example.
Do you think the wine world is embracing beer as an ally in pairing?
I think the restaurant wine world certainly is. The wine world as a whole, that’s
harder to say—I don’t think a lot of tasting rooms in Napa are going to start pouring
beers alongside their cabernets anytime soon.
What pairing attributes do you like most about beer?
I like the fact that it’s not wine, honestly. It’s interesting to me to think about
pairings for a beverage that has a very different flavor spectrum. With the exception
of certain esoteric categories (sour beers, etc.), you aren’t working with the same tart
acidity that you are with wine, and you generally aren’t working with overt fruit
flavors either. On the flip side, you typically do have bitterness to play with, and I
love bitterness—it’s a very underrated flavor characteristic. Plus beer is texturally
very different from wine; it feels different in your mouth. We tend to think of texture
as a food characteristic, but it’s something to consider in beverages as well.
Researchers have found that up to 30 percent of human olfactory receptors can differ
between any two individuals. This is significant, and here’s why. Every person has around
four hundred odor receptors, so a 30 percent differential equals quite a bit of variation in
olfactory perceptions. These kinds of variations certainly can have an effect on people’s
likes or dislikes for certain volatile compounds, and hence anticipated flavor. Whereas you
might love cilantro, your friend might have a strong dislike of this herb. Much of it comes
down to our genetic variations.
CONSCIOUS SMELLING
There is a technique that we use called “consciously smelling.” It’s all about being in the
moment and remaining fully aware of what you are doing and feeling. It’s about making
the effort to listen to yourself and what you are experiencing. Sounds Zenlike, right?
Conscious smelling begins with a quick sniff, which helps you focus. Also, as opposed
to a deep inhalation, a small sniff will quickly tell you if something is extremely pungent
or acrid in aroma, and hopefully prevent premature olfactory burnout. Think about it as if
you’re testing the temperature of something that might be hot before just picking it up. If
you hold your hand near it or just touch it quickly, you’re less likely to burn yourself than
if you grab it and hold on tight. In fact, just as physical burns scar, you can receive
olfactory scarring as well. When certain volatile compounds bind to odor receptors, they
can scar if the compound is particularly pungent or too intense, leaving a mark that
indicates there was injury. Just think about smelling vinegar or ammonia. That’s some
potent stuff! The good news is, with some exceptions such as injury or genetics, your
olfactory receptors regenerate every sixty days throughout your whole life.
After assessing that the item isn’t going to hurt or damage your olfactory system, you
are ready to proceed with your aroma adventure. Don’t skip the “drive-by” step just
because you know what the item is. You are also priming your system for what is to come,
and let’s face it, some of us are a bit more sensitive to certain aromas. Preventing burnout
prior to starting will make your adventure more fun. If you have a beverage, swirl it to
release the volatile aromas. Carbonation and heat will also help to release them (think of
lime-flavored seltzer water compared to water with lime), so you may not need to swirl as
much if it’s bubbly or hot (see page 54 for more). Now take a couple of sniffs through
your nose with your mouth closed. You can close your eyes, too, if it helps you to
visualize what you’re smelling. What image pops into your brain? Was it a memory of a
person or a place, or another food or beverage?
This is where the phrase “it smells so good I can just taste it” comes from. As
discussed, aroma can build up until a particular threshold is reached and a signal is fired
off to the brain’s limbic system. This is where some crazy triggers happen. Your brain will
send signals that will give you an image of what you might be smelling, as well as what
that image might taste like, and then an emotional response. Think about the smell of
brownies: the image of a brownie comes to mind before you have even seen what this
particular brownie looks like. Your mouth might start to salivate, and you may even smile
in anticipation. The aroma primes not just your mouth, but your perception of the entire
experience of flavor that’s about to occur.
All right, time for the last step. This time, take one big long sniff and exhale through
your mouth. You have just experienced orthonasal and retronasal aromas as a conscious
aroma experience. This experience did not even involve putting anything into your mouth.
It was all about the aromatic volatile compounds and how big a part they play when it
comes to the overall flavor.
You will need to be aware of how much you do this because you can and will
experience olfactory burnout. Since everyone is different and aroma intensities vary based
on what you’re tasting, the burnout speed will vary. Even when smelling clean laundry,
where burnout may not ever happen, you can become accustomed, or acclimated, to the
aroma, and then you’re not consciously smelling it. The same thing happens when you
walk into your house at the end of a long day and are hit with the glorious smell of that
slow-cooker meal that you started in the morning. A few minutes later you can no longer
smell it because your senses have acclimated.
GEEK OUT
VOLATILE COMPOUNDS
Volatile compounds are molecules that have an ability to become a gas or vaporize—
and are thus considered volatile. As temperatures and humidity increase, so does a
compound’s volatility. Since we just talked about brownies, think of a hot brownie as
opposed to a room-temperature brownie. That hot brownie’s aromatics permeate the
entire kitchen because the compounds are much more volatile. If the brownie were at
room temperature, you might not smell the chocolate, butter, and sugar until you
brought it directly beneath your nose. A hot, humid day will emphasize aromas that
would normally be suppressed by a cold, dry environment like your refrigerator.
(Anyone who has left food in a hot car on a summer day can confirm this.)
TASTE
OK, you’ve sniffed and smelled as much as you can possibly bear. It’s time to take a sip,
or a bite, and move on to taste!
We have five basic tastes that are detected in the mouth by your taste receptors, which
we will just call taste buds. Those five are sweet, sour, salty, bitter, and umami. When you
think about eating and drinking, you wouldn’t think we’d experience just five basics
tastes, though. That’s because when we have something in our mouths, whether solid or
liquid, we are experiencing a combination of things (the aroma and mouthfeel are also
playing their role). (See Figure 3 for details.)
Figure 3.
Think of taste elements like the primary colors. Just like the color blue is blue and you
do not get it by mixing other colors, you do not get basic tastes through a combination of
other elements. Just like blue is blue, sweet is sweet. Tastes do not come as the result of
mixing, whereas aroma can. Another thing that separates taste from aroma is that we sense
the basic tastes on our tongue, soft palate, upper throats, and epiglottis. Tastes are not
sensed with our olfactory system. That means that you cannot actually smell sweet, sour,
salty, bitter, or umami.
Chances are you already know your own palate somewhat in terms of these basic
tastes. Maybe you would describe yourself as a sweet person, or maybe you just love those
bitter IPAs. Even if it’s not top of mind, you can probably decode your own preferences.
Perhaps you add sugar and cream to your coffee, which cuts the bitterness. Or you might
find that you use a little more salt than most of your friends.
Recognizing these five basic tastes and being able to pick them out of the sensory
picture is one of the most valuable tools you can acquire when it comes to tasting beer and
food. It sounds simple, but getting the sensory noise out of the picture is fairly hard.
TASTING EXERCISES
Time to practice! For starting out, we recommend picking a very simple item that will be
easy to deconstruct, perhaps an orange or glass of lemonade at room temperature. (By
eating or drinking something that is at room temperature, you are eliminating temperature
as a variable that might distract you.)
GEEK OUT
PAPILLAE
This illustration shows small bumps, called papillae. These are where your taste buds,
each of which contains taste receptor cells, are located. (The taste receptor cells are
exactly what their name implies: receptors for the basic tastes.) This tiny world is
located not only on the tongue, but on your palate, cheeks, upper throat, and epiglottis.
Now you can see how basic tastes are perceived, but not connected with the olfactory
system directly.
Begin by plugging your nose and taking a bite or a sip. Chew the orange and let it
really coat your mouth, or allow the lemonade to warm and coat your mouth. Go ahead
and swallow, but don’t unplug your nose. What do you experience without orthonasal or
retronasal aromas? If you did not cheat, you should have experienced only the basic tastes
of sweet, sour, and bitter, and maybe just a hint of umami, depending on the fruit’s
ripeness or the ingredients in the lemonade. Go further, though: What is the order in which
you taste them? How intense is each one of these basic tastes?
Note: Although when you smell, you may smell elements you would call sweet, you
are really experiencing the deconstruction of an element. Take honey or maple syrup, for
example. They each have an aroma that you might naturally associate with sweet.
However, their aromas could conceivably be accompanied with any of the other basic
tastes, depending on the food or drink. So if you smell honey and you describe something
as honey sweet instead of just sweet, you have already increased your sensory vocabulary.
Now try it again, but this time release your fingers from your nose as you swallow and
exhale. Voila! This should have changed your whole flavor experience, because now you
are actually experiencing the aroma along with the basic tastes. What visual descriptors
popped into your mind as you exhaled? How are they similar or different from before?
Another fun experiment along the same lines can be done with jelly beans. We
recommend trying the following, which we often do at workshops: First, pour out ten jelly
beans. Now close your eyes, plug your nose, and eat one jelly bean. Notice how it’s only
sweet and maybe sour. Now unplug your nose. Whoa! Was that buttered popcorn? This
step is a great way to try tasting blind, where even visual data will not cloud your sense of
taste.
Now pick a specific color of jelly bean. Repeat the same process as before. In this step,
the tasting is not truly blind: you’ll come into it with some expectation of flavor and
aroma. Still, color does not always correlate to your expectations, so you can get quite a
surprise if you taste before you open up to the aroma. Green might be pear or green apple
when you were expecting lime. Red could be pomegranate, strawberry, or cinnamon.
GEEK OUT
SUGAR IN BEER
Some common examples of natural and synthetic sugars are glucose, fructose,
sucrose, lactose, saccharin, and aspartame. Maltose is a special type of sugar in our
beery minds, though, because it’s not only found in food, it’s also a primary source of
sugar in beer and comes from malt. Wort, or unfermented beer, can consist of not only
maltose but also dextrose, maltotriose, glucose/fructose, and sucrose, as well as other
complex sugars. Some brewers add additional sugar sources beyond malted barley to
increase the fermentables available for yeast. Examples of these sugar additions,
sometimes referred to as adjuncts, include fruit and vegetables, honey, corn, rice, malt
extract, sugar syrup (cane, beet, or other), maple syrup, treacle, molasses, brown
sugar, candi sugar, tapioca, wheat, oat, rye, sorghum, millet, and buckwheat.
In between tastings, don’t forget to cleanse your palate and clear your olfactory system.
Once you burn out, you will have to take a time-out and step away in order to reset. When
it comes to resetting your palate, water and unsalted crackers work wonders. (What sounds
like a prison diet actually has the opposite effect; it frees your palate and allows it to
continue on your tasting adventure.) Cleansing your olfactory system can be the simple act
of tilting your head and smelling your shoulder or your arm. Since you’re accustomed to
your own odor, by smelling yourself you are resetting your system to what you are used
to.
Sweet is one of the five basic tastes, but there are many different ways you’ll perceive it.
Details of the different types of taste receptor cells found in every taste bud.
Just like beer, not all salts are created equal. There’s kosher salt, sea salt (of many
origins), flake salt, smoked salt, seasoned salt, and Himalayan salt, among others. Since
we are busy questioning everything, we challenge you to evaluate the quality and source
of all the ingredients you use, including your condiments and spices—and yes, even your
salt.
If something is rather bland, just a pinch of salt makes a world of difference—think
about a salted cracker versus an unsalted one. At higher levels, however, salt can not only
be detected but can be quite unpleasant. Still, whether you prefer sweet or savory by
nature, salt can be on your side. How? The correct amount of salt can suppress bitter and
sour acidic notes and thus enhance your perception of sweet. On the other hand, salt in
combination with umami will enhance the overall savoriness of a food. Salt is also known
to increase or heighten the impressions of astringency and tannins.
GEEK OUT
NaCl
There is one bit of salt science we should mention because it explains what’s
happening under the surface. In table salt, positively charged sodium (Na+) is attached
to negatively charged chlorine (Cl-). Salt will move from higher concentration to
lower concentration through the process of osmosis. As the result of this chemical
reaction, water will move out of cells. This can also be referred to as “salting out.” If
you have ever salted a piece of fruit, you know that water droplets bead on the flesh of
the fruit, which can give the perception of increased crispness.
Heat can also increase this reaction because it accelerates the evaporation of water.
When water molecules are pulled to the surface, the protein molecules in the food
band together and precipitate. So when you use a salt rub on meat prior to cooking it,
the moisture is pulled from the inside to the outside and can give you a crisp outside
layer. Salt and heat also increase the aromas released by the food because they are
pulled into the air in a more concentrated form.
Too much salt tastewise can be useful for drying out some foods—think of curing
meat. The lack of moisture makes the environment less desirable for bacteria.
Excessive salt dehydrates the items it comes in contact with—like the reactions that
occur when using salt for curing meat.
“Salting in” is when the salt concentration in food is increased by suspending the
food in a liquid such as a marinade, brine, or pickling solution. The higher
concentration of salt will move from the solution into the food cells, but because the
food is surrounded by water as well as salt, water will also move into the cells. This
helps the food gain moisture overall. If you want to experiment with this, just cut an
apple into slices. Place half of the slices on a plate and salt them. Place the other half
of the apple slices in a bowl of salted water. Wait thirty minutes, then taste both.
The classic food for showing how salt works in surprising ways is grapefruit. Ready to
play along at home? Just slice up a grapefruit and add a pinch of salt to one piece and a
pinch of sugar to another. Now taste them both and see how the basic tastes have changed.
You would expect the piece with sugar to be sweeter, but actually it is the one with salt
that has an increased perception of sweet. The salt suppresses the bitter, which in turn
suppresses sour and allows the sweet to be enhanced.
Here’s another taste test: tomorrow morning when you brew your coffee, take a sip of it
black then add a pinch of salt. Now take another sip. You will find that adding salt to
coffee tends to cut the bitterness, which allows other flavors to be accentuated and creates
a more balanced, mellow, and nuanced cup. In some countries, people use water that has a
higher salt content than distilled water to brew their coffee so this effect occurs naturally.
In other countries, it’s common practice to add a pinch of salt before brewing the coffee.
Maybe now you’ll make it a new custom in your house.
BITTER BY NATURE
Bitter is nature’s way of telling us that something might be poisonous or toxic. That’s why
as we humans have evolved, bitter has become the most sensitive of the basic tastes. To
this day, bitter compounds are often added to drugs, chemicals, pesticides, and more as a
taste-based deterrent. Babies will reject anything bitter that is placed into their mouths,
and if you’ve had a puppy you may know about using bitter sprays to prevent chewing and
biting.
Since bitter can be detected by most people at a very low threshold, a small amount
goes a long way, and too much bitter can quickly become overwhelming. Yet bitter tastes
can be complex, and even pleasant. When you have something that is extremely salty or
sweet, a bit of bitter will add balance. Bitter can also cut bitter and umami; think about
how a bitter vegetable such as kale cuts the umami of bacon. Bitter also cuts through fats
and oils (think bacon again), which will come in very handy when we start talking about
pairings. Last but not least, bitter contrasts and enhances capsaicin heat. This can be a
pleasant or unpleasant combination, depending on your preference level for spice.
According to research done by the National Institutes of Health, 25 percent of the
populations is considered taste tolerant to bitter compounds, meaning their palates are not
very sensitive to bitter compared to the average palate. These are the people who are more
likely to take their coffee black. They also would be more likely to enjoy an aggressive
IPA or bitter veggies such as Brussels sprouts, dandelion greens, arugula, or kale. On the
opposite end of the spectrum, 25 percent of the population is considered taste intolerant to
bitter compounds. These are the folks who may never appreciate a good IPA. That leaves
50 percent of the population somewhere in between; they can go either way. As far as
tasting and pairing goes, this tells us that no two people are going to perceive bitter in food
and beverages the exact same way, and that bitter is perhaps the most divisive basic taste.
Bitterness intensities vary quite a bit. When in balance, bitter can be restrained or
moderate. When out of balance, it can be perceived as drying, harsh, and astringent. (This
is why astringency, which is a mouthfeel, is sometimes confused with bitterness.)
• Tomatoes: Glutamic acid is what gives ripe tomatoes their savory quality. In other
words, they’re bursting with umami! This is probably why so many recipes that are
meaty incorporate ripe tomatoes. Just think of chili, stew, or spaghetti sauce and
how those tomatoes work with meats to make something that’s super savory.
• Yeast: When yeast cells self-destruct, a process called autolysis, the cell walls
break down into basic components that contain free glutamic acid. That’s why
meat alternatives for vegans and vegetarians often rely on yeast for that savory
quality they’d otherwise lack. Powdered yeast is also found in packaged foods, like
chips, to boost the addictive flavors.
• Cheese: Cheese, which is high in protein, is another big umami food. As cheese
ages, the protein molecules begin to break down and decrease in size. The smaller
the protein molecule, the higher the umami taste. So it makes sense that aged
cheeses, such as Parmesan, are highest in umami. This is also true with ripe
vegetables compared to unripe; it takes time for the umami to develop.
• Fish sauce/anchovies: The fermentation of fish with sea salt yields amino acids
that include glutamic acids, and the salt emphasizes the autolysis richness of
umami, much like yeast cell, when they self-destruct. It might not sound appetizing
to discuss microbes fermenting fish, but the flavors they produce balance and add
excitement to many dishes.
As you can see from that list, there are certain processes that either create umami or
amplify it. In general, heating, fermentation, aging, ripening, drying, and curing all reduce
the size of protein molecules and increase the umami taste in foods and beverages. Three
quick umami facts before we move on:
1. Beers can have low levels of umami from yeast. Often this comes out more when
beers are aged.
2. Salt enhances the perceived savoriness, which means it can be used to quickly boost
umami when umami is already present.
3. Umami can emphasize the perception of sour and acidity, and it can complement not
just salt, but fat, sweet, and bitter. Adding a dash of soy sauce to sweet-and-sour
soup, a sprinkle of cheese to tomato sauce, or caramelizing mushrooms are all
examples of these kinds of umami interactions.
GEEK OUT
Are ready for some hands-on training? Grab a bottle of ketchup. First, with your mouth
shut, smell the ketchup. Soak up all its aroma. Next, plug your nose with your fingers and
place a drop of ketchup on your tongue but do not release your fingers. Let the ketchup
coat your mouth and think about what basic tastes you’re experiencing. You should
register salt, sweet, sour, and savory, and possibly some bitter. Now, as you are
swallowing, release your fingers from your nose and exhale to get the retronasal aroma.
As you likely noticed, ketchup not only involves all the basic tastes you know, but it also
gives you a hit of umami in the form of glutamic acid. If you try it again and think about
those ripe, cooked tomatoes that are used in ketchup, when you deconstruct the aroma and
flavor you can probably pick out the mouthwatering, savory effect they have. That is
umami at work as a basic taste. If you are still struggling to wrap your head around it, try
another tasting, but this time with an aged cheese like Parmesan or Asiago.
Nicole Garneau is the chair of the Health Sciences Department and curator of human
health at the Denver Museum of Nature & Science, and she is leading the way on
research tied to how we taste—including taking a look at bitterness as a basic taste
and dispelling the supertaster myth. Her work documenting how the sixth basic taste
could be fat (omega-6 fatty acids) may very well evolve how we view the basic
tastes. On top of that, she loves beer!
What is going on behind the scenes in research tied to flavor?
Flavor is a complicated beast. It is the brain taking in all the information it can from
the environment and then making a decision to help us survive: eat/drink more, or
stop, or maybe even spit it out. We use our peripheral nervous system (in other
words, our senses) to detect these clues about foodstuffs—Is it nutritious? Is it
poisonous?—and those clues are sent to the brain for perception, identification if
possible, and then they are used to recall past experiences. Finally, the brain makes a
decision on what to tell the body to do. The cutting-edge research is really about
cross-modal interactions, how one sense or input can affect another. We’ve got a
pretty good understanding of the role of genetics and are beginning to understand
that other factors like age play a big role, but we’re only now starting to really get a
handle on how our experiential differences and emotions can also alter our
perception response.
What are the obstacles to better understanding complex flavor mixtures?
Real food and drink are not usually made up of only one or two tastes and odors, yet
most of the research on mixtures is binary (it looks at two flavor compounds). At the
end of the day, we can’t necessarily generalize what happens in a binary mixture to
what happens in a complex mixture. Studies show that in complex mixtures we can
identify, on average, only up to three individual tastes and smells. Researchers
hypothesize that this might be due to short-term memory and processing capacity,
and that your brain just can’t identify everything above threshold in such a short
period of time. In addition, at the molecular level, things aren’t so straightforward.
Physical interactions between the molecules can occur and there may be competition
for receptor binding in your taste buds, both of which can lead to suppression of
flavor. So although a molecule exists in your pairing, the signal recognizing the
molecule may never make it to your brain, and therefore you may not perceive it. As
an industry moving forward, to really understand pairings we will need to recruit an
interdisciplinary group of neuroscientists, molecular biologists, geneticists, and other
experts to delineate this complex process.
How does that relate to beer?
In all the time I’ve spent digging into the science of beer, there is one thing that has
not changed: the complexity of beer flavor and the added complication when you
add in food pairings.
The craft beer industry is growing and evolving rapidly. This is great … and also
tricky, because the science can’t keep up. In terms of sensory science, much of what
we know about flavor in beer is based on outdated data about lagers and other pale-
roast varieties. In the case of the flavor wheel, the data is nearly forty years old! We
know much less about the flavor components of the wide range of beer styles that
exist than you would think based on the number of tasting and beer pairing events
out there. When it comes to pairing, unfortunately our understanding is not much
better in the world of traditional chemoreception science. There is a significant
amount of data from scientific papers that are reporting on bitter in mixture studies,
however most are on the study of caffeine, propylthiouracil (PROP),
phenylthiocarbamide (PTC), and quinine, not bittering molecules from hops.
Moreover, while we do generalize data from one bittering agent to all bittering
agents, the fact is there are forty commonly recognized genes that account for a
confirmed twenty-five receptors for bitter—and the receptors known for hop-derived
bitter molecules are not the same receptors that quinine, PTC, and PROP bind to. So
in reality, it is difficult to generalize, although it’s the best we can do at this point.
The good news is that through the efforts of the American Society of Brewing
Chemists, we have started to pool our collective resources as a community to
develop and answer the scientific questions. Plain and simple, as an industry we
need to invest more thought, effort, and resources into scientific experiments to fully
understand beer itself if we are ever going to understand beer pairings.
How will the research you are doing today evolve how we think about beer and
food?
We are pushing the boundaries of taste in our lab and challenging the central dogmas
in the field. Our first study sought to replicate supertaster data, and we were all
surprised when our data definitively refuted the conclusions of the original study.
What a lot of folks don’t realize is that the scientific definition of supertasters is
people highly sensitive to the bitter taste from the chemicals PROP and PCT, bitter
molecules commonly used in taste research that are related to foods like broccoli and
kale. Supertasting has nothing to do with any other tastes or sensations, but
somewhere along the way the use of the superlative super- allowed people to
overgeneralize that supertasters are super at all tasting. While our data confirm that
genetics is the key predictor in the ability to taste bitter, we found genetics were not
responsible for supertasting. In an effort to explain this phenomenon, previously
published works have attributed supertasting to a high number of papillae (bumps)
on the tongue. We were surprised by what we found when they tried to reproduce
this effect. No matter how we looked at the data, we couldn’t replicate this long-held
assumption that a high number of papillae equals supertasting. We published this
study in the open access journal Frontiers in Integrative Neuroscience, and it has
since fueled our confidence to challenge and explore the unreached areas of taste.
We are working to prove that fat is the sixth taste and are in talks with
microbiologists to study the role of the oral microbiome in how we perceive food
and drink. It is an exciting time for understanding flavor and a great time for beer
sensory science to become a driver in the future of chemoreception studies.
Saturated fats, such as butter or coconut oil, are solid at room temperature because they
are “saturated,” or covered in hydrogen atoms. Unsaturated fats, including olive oil or fish
oil, are liquid at room temperature and have pairs of hydrogen atoms missing from their
chains. Both plants and animals contain a mixed amount of saturated and unsaturated fats.
Animals, with the exception of some seafood, have a large percentage of saturated fats,
whereas plants typically contain a larger percentage of unsaturated fats. When you saturate
the molecules of polyunsaturated fats with hydrogen, a process known as hydrogenating,
these liquid oils (fats) become solid at room temperature. Margarine is a good example of
this process.
When it comes to pairing, the intensity of the fat in a dish can overwhelm other
elements. Beer is fat free, so use the magical ingredients of hops, carbonation, and alcohol
to cut through the fattiest of foods and enhance your enjoyment of the entire pairing.
Cheeseburger with bacon? Hoppy IPA it is! Cleanse your palate of a fatty mouthcoating
from a blue cheese or Gouda with a higher alcohol beer like a barley wine. Or, since
avocados are satisfying but fatty, try pairing them with the high carbonation of a Belgian-
style saison.
In food, beyond nutrients, fat is essential for flavor. Barb Stuckey’s Taste What You’re
Missing does a fantastic job of describing how fat stretches, carries, and thus highlights
the flavor of the other ingredients around it. So in food and pairing, don’t shy from fat, as
it is your friend for flavor—just don’t have it be all that your dish is about.
ADDITIONAL FLAVOR: ALCOHOL
Oh alcohol, how we love thee. Yet alcohol offers more than just a buzz. As a main
component of beer, it’s a huge factor in pairing. It increases the body of beer and is
associated with mouthfeel and specific flavors of its own.
Like all flavors elements, alcohol can be your friend or your foe when considered in the
context of pairing. In beer, alcohol is primarily the chemical compound ethanol. It is a
byproduct of yeast in the fermentation process and is the chemical that causes intoxication
if consumed in excess.
Ethanol in its pure form is a volatile and flammable solvent. In beer, those solvent
properties allow the alcohol in beer to cut through fat in foods, which helps keep the food
from barreling over the beer. Those solvent properties are also responsible for increasing
volatile spice heat, like capsaicin in peppers, ginger, or cinnamon. This is why higher-
alcohol beverages clash with spicy food. Lucky for us, malt’s residual sugars lessen that
heat. Since most spirits and wine have higher alcohol by volume and lower residual sugar,
many beers provide a better match.
A few other things to keep in mind regarding alcohol:
• Always consider alcohol by volume (ABV). Foods higher in fat are rich and heavy,
and thus more intense, so serve them with a higher ABV beer to match that
intensity. On the other hand, milder dishes, such as shellfish, are lower in intensity
and call for a lower ABV beer.
• When it comes to sweet foods, alcohol can really bring balance to the pairing. If
you have a sweet piece of chocolate cake with buttercream icing, bring in a higher-
alcohol beer like an American imperial stout for complete bliss.
• Alcohol intensity can be heightened by salt, so watch your beer’s ABV with a salty
dish or you could end up with a train wreck of fusel proportions (fusel is the
German word for “bad liquor”).
MOUTHFEEL
While aroma and taste are often top of mind—likely because they’re more easily
understood—the importance of mouthfeel on flavor cannot be overstated. What a
sensation feels like in your mouth and/or throat makes up the final piece of flavor.
In a nutshell, it involves the physical (also referred to as tactile) mouthfeel, which
includes texture, and the chemical (also referred to as trigeminal) mouthfeel, which
includes temperature and sensations. Let’s begin with the physical aspect of texture and
how profound an effect that has on the overall flavor perception of food.
To experience a blind texture-based tasting yourself, try the classic Halloween game
where you fill mystery buckets with creepy treats. Make sure to label the buckets with
various body parts to match the textures of each food: peeled grapes or cocktail onions are
eyeballs, dried apricots are ears, leather fruit rolls can be tongues, cotton candy is matted
hair, candy corn are teeth … the possibilities are only limited by your imagination. After
people reach in, have them close their eyes and eat what they just touched. Because of the
messages their brains have already received, that mouthfeel is going to be fairly disturbing
at first. Once people get rid of those emotional thoughts, the true mouthfeel comes into
focus. And on the upside, everyone who played will now have a whole new image in their
memory banks for those foods.
Gwen: Training flavor panels begins with products that are composed of simple
ingredients: mayonnaise, for example. Mayonnaise deconstructed involves oils (vegetable,
canola, olive, safflower), eggs (whole, yokes, and whites), and various spices such as
onion and garlic. The panelists register basic tastes of sweet, salt, and sour. (Mayonnaise
is also rich in umami. Bonus!) When you think about tasting oil and egg all on their own,
you think a lot about mouthfeel. Descriptions might include sensations such as oily,
mouthcoat, chalky, powdery, and slick.
Let’s move on to chemical mouthfeel, which includes temperature, touch, and sound
reactions. These sensations have descriptors such as full bodied, effervescent, astringent,
flat, crispy, crunchy, mouth coating, cold, hot, creamy, spicy heat, herbal cool, and alcohol
burn. This still may sound abstract, but really you’re quite used to these sensations: think
about coolness from mint, menthol, eucalyptus, and camphor or that sense of heat you get
from chili peppers, ginger, black pepper, and some kinds of herbs. Of course, alcohol is a
big sensation in beer as well, and there are two other big ones: temperature and
carbonation.
Temperature is an often-overlooked part of chemical mouthfeel. Sure, ice cream feels
cold, coffee feels hot, and so on. But temperature is even more important than you might
think. It has the ability to suppress aromas and mask basic tastes, and it also has the ability
to amplify them. For example, sweetness is one of the basics tastes that can be greatly
suppressed by cold temperatures. Think of ice cream again: increasing the temperature
changes the ice cream from an amazingly delicious dessert to a bowl of glop too sweet to
be enjoyable. The same thing happens with liquids such as beer. Cold will suppress the
overall flavor. Sometimes that’s good, and sometimes it’s not.
The fizzy feel of carbonation is an important one too. Sure, beer is bubbly, but there’s a
surprising range. Think of the following scenarios:
• Normal carbonation (CO2): When carbon dioxide dissolves and is suspended
under pressure in a liquid, it is known as carbonation. Once that pressure is
released, small bubbles are produced from the chemical reaction that gives an
effervescent fizz to the liquid.
• Nitrogenated: A beer on a nitrogen tap can be a beautiful thing. Just picture the
classic cascading bubbles in an Irish-style dry tout or English-style milk stout—
doesn’t it make your mouth water? The next time you order one, pay attention to
the way nitrogen affects the feel of the beer in your mouth. A nitrogenized beer has
smaller bubbles than the same beer with CO2 and will give the beer a smoother,
softer mouthfeel.
• Cask: Beer on cask has very little carbonation, and the temperature is typically
warmer than beer on tap. Taken together, this change in character often elicits a
love-it-or-hate-it reaction, even among beer nerds.
• Flat or still: When you expect a beer to have carbonation only to find it’s flat for
some reason, it can really affect your perception of the beverage. Chances are, if
you take a sip of flat beer you’re going to quickly make a determination if you
should pour the rest out or embrace it while you finish it.
GEEK OUT
TRP CHANNELS
Ion channels are a type of protein that regulates the movement of ions across the
membranes of cells. They have to be the correct ion in both shape and size to fit into
the channels. It’s a round peg into a round hole type of thing. When it comes to
temperature, the ion channels are referred to as thermo-TRP channels. TRP is an
acronym for transient receptor potential.
It was recently discovered that these ion channels can be activated by specific
compounds and can send messages to the brain that indicate temperature sensations
have occurred. Trigeminal mouthfeel sensations that are not from an actual
temperature change are referred to as false cold or false heat reactions. For example,
when you eat something minty, your brain is tricked by the menthol chemicals that
bind to the thermo-TRP channel (TRP-M8) to give the impression of cold.
This seems like a great time for an experiment. Eat something minty, like a
peppermint. Now drink something cold, like ice water. Since your sensory neurons are
still activated and are thinking cold, when you introduce an actual cold item, it will
seem even colder. Maybe this is why hot mint tea always seems to cool off faster than
other teas. Spiciness from capsaicin and ethanol activates a different thermos-TRP ion
channel (TRP-V1). Not only is this channel activated by hot peppers found in
Mexican, Thai, Indian, and Szechuan dishes, good old black pepper also does the
trick. The activating capsaicin chemical is also found in very small amounts in
oregano, cinnamon, and cilantro.
Although mouthfeel is fun to learn about and think about in isolation, contemplating it
as a piece of the flavor puzzle is key. Start thinking about mouthfeel as you’re considering
aroma and the basic tastes. How is mouthfeel affecting your perception together with those
elements? This all brings us to our final thought …
FLAVOR IS A FUSION
We have spent many years training, teaching, and enlightening people about the pleasures
of sensory exploration. When teaching, and certainly when writing, we have discovered
that there will always be parts of the learning experience we just can’t convey—you will
have to do plenty of hands-on (or should we say mouths-on?) exploration on your own.
Still, it’s safe to say that good sensory training starts with the basics we’ve outlined
here. When it comes to everything you do in life, you have to start simple and then build
to the more complicated. Beer and food pairing is no different. By breaking aroma, taste,
and mouthfeel out into pieces and appreciating each aspect individually, you will build a
foundation so you can then move on to understand the why, what, and how of tasting and
of pairing. Until you are able to separate the pieces of flavor, it is going to be very difficult
for you to explain why your pairings work or don’t work. You must learn to simplify.
Yet at some point, it all needs to come together. Flavor is the sum of the parts you’ve
just learned about; it’s a fusion of aroma, taste, and mouthfeel. Moving forward, we’re
going to expand on these foundations of perception. We’ll address how flavors work
together in different ways and also what happens when flavors clash. As you come along
with us, keep your mind and palate open, not only to the full experience but to all the
component pieces and parts. If something doesn’t make sense or isn’t working for you for
some reason, come back to this chapter as you think about why. It could be a particular
aroma, but it could also have to do with mouthfeel. These will be the first part of your
tasting equation and pairing mental library. Soon you’ll find you’re automatically
integrating this sensory training into your daily life!
TASTING BEER
N ow that we’ve covered how we perceive in general, it’s time to move on to the good
stuff: tasting beer. The beautiful thing about beer is that each one is different in its
own special way. Some may be dramatically different, like a Belgian-style lambic or
gueuze compared to a smoked porter. However, even within a style, such as American
India pale ale, there is a wide range of aromas, basic taste elements, and different
mouthfeels.
At the heart of this chapter, we will deconstruct what we’re drinking. This will give you
a greater understanding of how beer works with food and help you decode the “why” of
pairings that work (and pairings that don’t work). It will not only make you more
knowledgeable about pairing, it could very well make you a better chef as well. By
increasing and expanding your understanding of beer, you’ll open all kinds of sensory
doors. Like the viewer of an impressionist painting, you’ll step toward the painting and
start examining individual brushstrokes of color.
As you taste with friends or family, you will also begin to understand the way flavor
comes across to others, notably when they agree or disagree with your likes and dislikes.
Paying attention to these similarities and differences will make you an even more
powerful master of tasting, and eventually of pairing. When you can present multiple
pairings over the course of a meal with everyone’s preferences in mind, you will be the
best host ever!
At the heart of thinking about others’ preferences as well as your own is a central truth:
there are no right and wrong answers when it comes to taste. If you’ve ever read an old
book or taken a class where there are clear instructions telling you what you “should” be
smelling or tasting, it’s time to toss that advice right out the window. We’re all unique
individuals, and this translates to our individual food and beverage preferences, which in
turn affect flavor. As we’ve previously pointed out, both pairing and perception (what we
sense) is personal. Just like our taste in fashion, art, food, movies, and more is unique, so,
too, is flavor.
Gwen: For example, my mother loves onions and will eat one like an apple. That
makes me gag! My own strong dislike of onions affects how I perceive some hoppy beers,
since some crops of particular hops can give off an onion-like aroma—how gross! But
hand that beer to my mom, and she’d think the bouquet is downright pleasant. Taking that
even further, if a beer with a few onion notes were paired with a dish containing onions,
my mom would be in heaven while I wouldn’t touch the stuff. All that is to say that
personal preference can lead to a situation where you have the same dish and beer, but
two different people who read them completely differently. (A simple switch of beer may
make the oniony dish palatable to me and the combination a home run.)
The temperature of the beer will also alter your tasting experience. Not all beer styles
are created equal, yet most are served at standard refrigerator and kegerator temperatures:
a chilly 38 degrees Fahrenheit. You will find aromatic nuances (such as hop aroma and
yeasty esters) are easier to detect as the beer warms up. When tasting at home, simply
remove all the beers from the fridge ten minutes before serving, or even longer for beers
that are more than 8 percent ABV. If you don’t have that option and the beer feels too cold
in the glass, cup your glass in your hands. Your body heat will help it warm up faster.
When it comes to what you’re drinking out of, it’s helpful to have a set of small taster-
size glasses. About two to three ounces of beer is all each person needs for a tasting,
though you should look for glasses that are slightly larger than that, as you need room to
swirl the beer.
Even when we are out at breweries, we love, love, love taster-size beers. Yes, we know
we have been saying to be open to possibilities and new flavors; however, if you truly do
not like something, then the experience will become counterproductive if you force down
a full pint. Also, if you’re trying to taste a few beers in one trip—for the purposes of
deconstruction, of course—it’s best to evaluate just a few ounces at a time. With that
slightly tipsy feeling comes slightly fuzzy senses!
Now examine the beer. First you’re looking at the color, which can be anywhere form
pale straw to gold, amber, copper, brown, or black.
Next, examine the collar of foam (also known as the head) on top of the beer before it
dissipates. Is it thick and creamy, a thing of beauty? Or is it thin to nonexistent? Continue
to observe the foam for a moment. Does the foam linger longer than sixty seconds, or does
it quickly collapse? Do the bubbles look mousse-like and stable, or do they look more like
whisked milk and appear thin and fragile? Generally, thick, creamy, long-lasting foam is a
hallmark of many German and Belgian beer styles as well as strongly hopped styles such
as IPAs. American lagers, on the other hand, tend to have smaller, thinner, and less long-
lasting heads.
Last, is your beer cloudy or clear? Is there a slight haze, or you can see through it?
Cloudiness can be a sign of suspended hops or yeast and is certainly a sign that the beer is
unfiltered. Crystal-clear beer may be filtered, or it may simply be a style where the yeast
and hops drop out and leave the beer relatively clear, as with pilseners and other pale
lagers.
SMELL
With the visual inspection complete, swirl the beer gently to help release those volatile
aroma compounds. Another trick to coax out aroma is to use the palm of your hand to trap
volatile aromas, and then let them escape with your nose right over the glass.
Although you cannot smell basic tastes, you can follow the visual clues from your brain.
Now we recommend taking either three short sniffs or one long one. Then do the
reverse. Continue to sniff and change the position of your nose: in the glass, just above the
glass, and several inches away from the glass. See what changes.
You’ll find aromatics can be quite complex and layered. Try to pick out the individual
elements and the order they appear in your brain. Remember, you do not actually smell
sweet, sour, salty, bitter, or umami (those are the basic tastes that we sense via our tongue
and soft palate). If those descriptors come to mind, try to dig deeper and give what you
smell a more descriptive term.
Let’s say that the first aroma you smell is what you think of as sour. Press pause and
focus on what image that “sour” smell brings to mind. Is it lemon or sour cream or red
wine vinegar? Use any memories that spring to mind to your advantage and break it down
even further.
After you have some notes on the basics, move on to specific beer ingredients. You
already know that beer is made up of malt, hops, yeast, and water. Deconstruct the beer a
bit for each one of those elements (see pages 12–19 for more on each).
Aroma will continue later in the tasting, after you take a sip, thanks to retronasal aroma.
However, these initial notes set the tone for the first sip and will foreshadow a beer’s
flavor.
A beer’s aromatics ignite visual sensory images and prime you for what’s to come.
TAKE A SIP
Ah yes, it’s finally time: go ahead and take a sip. No, wait! Not just any sip. Sip just
enough to whet your whistle. It will prime your mouth and get both your mind and palate
in the game. Now slowly sip again and pay close attention to the order of the elements as
they appear to you.
GEEK OUT
At this point, a good first step is to seek out the basic tastes, then move on to beer
ingredients—the same way you did when analyzing aroma. Going beyond the most basic
elements and breaking flavor down to more descriptive terms will give you valuable
information. It will help you decode why you like what you like, and it will also come in
handy when it comes to pairing beer with food.
As you swallow one of your sips, exhale through your nose. This action provides a
combination of retronasal aromas and tastes from the mouth and throat. Many people find
this can emphasize certain elements that were not previously detected.
Next, consider the body and the physical feel of the beer on your tongue. These are
both the sense of mouthfeel. Just as your fingertips sense and feel textures, so do your
tongue and soft palate. Examples of descriptors might be a mouthcoat (wow, this beer is
sticky), thick, thin, sharp, smooth, astringent, powdery, cooling, spicy (think of the heat
you get from peppers, ginger, or even mustard seeds), or alcohol-warming. Be sure to
make note of the carbonation if it is particularly effervescent or very low. If you’re still
unsure of how one mouthfeel might be different from another, try a Belgian-style blonde
ale next to an imperial stout. You’ll instantly get the difference.
A proper beer tasting means you’ll evaluate aromatics, basic tastes, and mouthfeel for the full flavor picture.
The final component you want to think about is the aftertaste, also known as the finish
of the beer. About thirty seconds after swallowing, what flavors remain? Are they crisp
and clean? Or is there bitterness, warming alcohol, or cloying sweetness? Which flavors
linger, and which do not?
EVALUATE INTENSITY
Now that you have notes describing the individual elements of your beer, it’s time to smell
and taste your beer yet again, except this time you’ll think about the intensity of each one
of those elements and the duration of time that those aromas and flavors last.
GEEK OUT
For intensity, you could use words or numbers to quantify what you mean; however, we
recommend one of two 7-point scales. By using a numerical scale, you are making your
deconstruction of the beer or the food more objective than subjective. (Though
subjectivity is always going to be a part of the evaluation because your brain is sending
you flavor images based on your experiences and memories.) Still, we like saying
something is between 1 and 7 points rather than “somewhat” or “really” intense. Let’s start
with the easier option, the one that runs by full points, and look at how it works for beer.
7-POINT SCALE
DESCRIPTION AND/OR INTENSITY
AROMA
TASTE
OTHER
It’s pretty straightforward, right? It can be used for any beer, and it will yield some useful
information. However, we both prefer a more detailed 7-point scale that’s broken down
into half-step increments to give even greater detail. While this might be a bit of overkill
for some of you, we wanted to include the information and the scale that follows for
anyone interested.
7-POINT SCALE
Threshold 0 1
Slight 1 3
Strong 3 7
So there’s the basic scale, but how do you put it into practice? You might notice that the
intensity threshold is equal to zero. That is because threshold means the lowest level of
detection. It’s that level of intensity where you think to yourself, “I kind of get this, but I
wouldn’t notice it if I weren’t looking for it.”
To look at the rest, what follows is an example of how one of the sensory classes Gwen
teaches for the UC San Diego Extension Brewing Certification program deconstructed and
assigned intensities to aromas and flavors of an American pale ale. When the term other is
used, it indicates that there were elements detected but at extreme threshold levels, and
they were detected by less than half of the participants. While majority rules overall, some
individuals may be extremely sensitive to certain elements, so it’s important to make sure
that what they are smelling and tasting is noted and recorded. The generally undetected
aroma and flavor elements have the possibility of showing up to everyone once they are
paired with food. Recording these also gives validation to all participants.
MALT
2
Toasted, Biscuit
HOPS
11/2–2
Perfume, Pine, Citrus
SWEET
1
Caramel, Citrus/Orange
SOUR
1/2–1
Malt, Citrus/Lemon
YEAST
1/2
Bread
CO2
1–11/2
Tingle
SWEET
1/2–1
Caramel, Citrus
MALT
11/2– 2
Toasted, Grain, Roast
HOPS
2
Green, Citrus
ALCOHOL 11/2
SOUR
1/2–1
Malt, Tart
YEAST
1/2
Bread, Fruit
BITTER
1–11/2
Citrus Peel, Pine
AFTERTASTE
1/2–1
Drying, Yeast Mouthcoat, Astringent
Ready for your homework? Go to the grocery or liquor store and purchase a build-
your-own six-pack assortment. Try to keep your selections on the simple side with nothing
too exotic or strong.
When it’s time to taste the beers, open them, pour them into glasses (leave swirling
room), and begin the individual descriptive evaluation for each one. Pick those bad boys
apart! Use the scales on pages 57–59 or the tasting sheet on page 60.
If you want some extra credit, after you have completed your homework, grab a
condiment from your refrigerator or pantry and pair it with every one of those beers.
Olives, capers, jelly, peanut butter, salad dressing, ketchup, chocolate sauce … anything
goes! Make note of what flavors the condiments have, and see if you can describe how the
individual elements of the food change with each beer.
CRAFTBEER.COM
Tasting Sheet
Beer Style / Brand / Name: ___________
Circle what is detected in each section below.
Appearance
Color (SRM): Very Light (1-1.5) / Straw (2-3) / Pale (4) / Gold (5-6) / Light Amber
(7) / Amber (8) / Medium Amber (9) / Copper/Garnet (10-12) / Light Brown (13-
15) / Brown/Reddish Brown/Chestnut Brown (16-17) / Dark Brown (18-24) /
Very Dark (25-39) / Black (40+)
GLASSWARE TYPES
These suggestions are based on today’s variety of beer glassware and focus on function
instead of being too tied to tradition. In regard to glassware function, the main variables
are the shape of the glass and the size of the glass (i.e., the number of ounces it holds).
Shaker Pint Glass: As we just mentioned, we are not fans of the shaker pint glass.
Aromatics tend to get lost rather than trapped because of the design. Instead, we
recommend an English nonic pint, a German Willie Becker (a less rounded nonic pint), a
Belgian-style tulip, or even an Italian-style Teku glass.
If you get into glassware, you’ll find there are just about as many types of beer glasses as there are styles of beer.
Belgian-Style Tulip: The tulip is good for a variety of beer styles such as American
amber lager, pale ales, IPAs, Belgian-style dubbels, and more. The concave nature of this
glass heightens and concentrates aromatics. Also, the base allows you to hold the glass
without fully cupping it, so you won’t heat up the beer inside too quickly. The rim of the
glass, also called the lip, flares outward. This gives a lift for flavor and helps direct the
beer toward the tip of the tongue. Bonus: it’s also a great resting place for your lips.
Italian-Style Teku Glass: This glass shares many similar features with the Belgian-
style tulip, but it has less of a bowl-shaped midsection. This more angular vessel is also
taller than the tulip and has a wider lip that serves as a seductive resting place for the
mouth. It was designed with the goal of emphasizing beer’s aromatics through the glass’
curvature.
Rocks Glass: This is a great all-purpose glass for beer dinners or sample flights at the
local brewery since you are serving smaller amounts (three to four ounces) of beer. It’s
also a good choice for medium-high alcohol beers where concentrating the alcohol is not
the goal. Medium to medium-high alcohol beers can stand to be served warmer, thus
having a glass with no foot and stem is not a problem. It won’t matter that cupping the
glass with your hands leads to faster beverage warming. Since the carbonation of these
beers is often less than lower-ABV beers, a big collar of foam is not as essential either,
which is good because foam will collapse quickly in these glasses due to their straight,
untapered shape. Rocks glasses are durable and easy to hold as well.
GEEK OUT
Stephen Beaumont is a beer expert who has charmed tens of thousands of people
into not only trying but also into getting that beer and food are a natural match. In
1995 he wrote A Taste for Beer, which had a full chapter devoted to pairing, and in
1997, which was still considered the early days for the flavorful beer revolution, he
authored Stephen Beaumont’s Brewpub Cookbook. His book The Beer & Food
Companion was published in 2015. Needless to say, he was an early instructor on the
world’s emerging beer and food scene.
You state bars spend more time, effort, money, and physical space on wine and
spirit glassware compared to beer glassware. Why do you think this is the case?
I believe it relates to what the big breweries have done to beer since Prohibition. By
reducing the number of beer styles on the market, and diluting the flavors of those
that do exist, they left us with little reason to treat beer as anything but a second-
class beverage, far behind wine and cocktails. It’s no coincidence that as the craft
beer boom provides ever-increasing variety and highly sophisticated flavors,
specialty beer glasses are coming back into style.
Many bars only stock a common pint glass but have a variety of wine and spirit
glasses in numerous shapes and sizes. Do you see that changing?
This is changing, however slowly, and the reason it’s changing now and will
continue to advance in the future is consumer demand. When bar and restaurant
owners realize that they’re losing customers to the place down the street that stocks
stylish, clean, unfrozen glassware, they’ll appreciate the need to do the same
themselves.
What is your ideal scenario for how beer is presented in establishments that
care about beer?
First, there is not a shaker pint sleeve in the house—that glass is a well-known pet
peeve of mine—and what glasses are used are kept clean of detergent residue and
out of the deep freeze. Obviously, no bar can carry every possible glass, but it would
be nice to have enough variety that I’m not being served a hefeweizen in a straight-
sided pint glass or a Trappist ale in a chunky mug.
Goblet or Chalice: Sometimes referred to as a schooner, this is a fine glass for beers
such as dubbels, quadrupels, and Berliner-style weisse. Each of these beers has lower head
retention, which is good because the open, bulbous, round nature of the glass (think of the
glass as a half circle) does not support foam well. Carbonation and thus aromatics leave
the glass quickly, with the chance for lots of air circulation when you swirl the glass.
Nucleation points (strategically etched craters in the bottom of the glass) help induce a
more robust collar of foam by giving carbonation a place to gather and group until the
bubbles finally have enough collective mass to leave the etching site and flee toward the
top of the beer.
Snifter: Barrel-aged beers, American imperial stouts, English-style old ales, and
American and British barley wines are wonderful matches for a snifter. It’s a great glass
when you want to really concentrate aroma as opposed to when you want aroma to leave
the glass quickly. The round, inward curvature forces alcohol and aromatics to linger
longer in the glass. Snifters also have a stem that attaches to a base also called the foot,
providing a stable point to hold the glass if you don’t want to cup it.
Small Pilsener: This is a perfect match for any German-style lager, English-style ale,
and American ale that is 4 to 6 percent ABV. There are both footed and stemmed versions
(called pokals) and pilseners with just a base. These glasses have a V shape and are
specifically designed to support a long-lasting, stable collar of foam, which allows a fresh
beer to showcase its aromatics.
PAIRING IN A NUTSHELL
Yet you can also stretch it a bit further once you’re comfortable. Think about the
chocolaty Porter again, but now think of pairing it with foods that have similar or
complementary flavors. How about spicy chicken with a mole sauce that has smoky and
chocolate notes of its own? What about chocolate peanut butter pie, which will make those
chocolate and nutty characteristics jump out at you? Either way, knowing you like spice
with chocolate or peanut butter with chocolate will set you on a path toward a rewarding
pairing.
At the core of the process is just this sort of introspection. Ask yourself what flavors
are in both the beer and the food, and start there. What sensory images do you see? Then
move outward to find complements, those elements that match each other. To do this, it
helps to think of flavors in groups of commonality. For example:
• Brown sugar, butter, caramel, maple syrup, vanilla, coconut, toffee
• Chocolate of varying cacao contents, truffles, cocoa powder
• Cinnamon, cumin, pepper, cardamom, ginger, clove
• Date, fig, raisin, plum, prune
• Fruits:
• Pineapple, tangerine, clementine, Valencia orange, blood orange, grapefruit,
passion fruit, lemon, lime
• Mango, papaya, guava, lychee, banana, kiwi
• Strawberry, raspberry, blackberry, loganberry, cranberry, chokecherry,
pomegranate, currant, gooseberry
• Apple, pear, star fruit, apricot, peach, rose hip
• Honeydew, cantaloupe, watermelon, tomato
• Malt vinegar, balsamic vinegar, rice vinegar, red wine vinegar, white vinegar, apple
cider vinegar
• Mint, dill, basil, endive, coriander, fennel, parsley, lemongrass, bay leaf, oregano
• Rosemary, juniper, pine, spruce
• Walnut, almond, pecan
These lists are just to get you started. The important thing to realize is that connections
happen over bridges, where beer and food meet ingredient to ingredient via similar
flavors. For example, pear flavors from the yeast in some Belgian-style saisons can bridge
to apples from an apple pie. The pear esters in the beer will find their way to the apples in
the pie, resulting in a harmonious experience of like flavors. By considering similar
flavors and aromas in groups, you can start bridging deconstructed elements of beers and
foods.
Interactions can also cause problems that derail a pairing, turning it into a dreaded train
wreck. Ever try lemonade with mint cookies? What about red wine and artichokes (see
left)? Or, for a beer example, try an aggressively bitter IPA with simple, undressed salmon.
Identifying train wrecks can be as educational and palate-expanding as finding home runs,
though, so don’t despair if it happens to you.
POTENTIAL INTERACTIONS
Ah, interactions: the interplay of different elements. Kinda like life, right?
Interactions come from aromatic-based elements, basic tastes (sweet, sour, salt,
bitter, and umami), fat, and alcohol, and can even include mouthfeel elements such
as temperature, texture, and sensation. While it’s complicated, when you dial in and
really consciously taste and deconstruct, you just might notice a few patterns when it
comes to how specific elements interact. (Though when multiple interactions happen
at the same time, throw any assumptions to the wind.) The charts that follow will
help you begin to identify some of the potential and individual interactions you may
find.
Beer Taste
SWEET
Sweet-Centric Beer Examples
For sweeter beer styles, try examples with higher residual sugar such as American-style wheat wine, German-style
doppelbock, Scotch ale/wee heavy, American- and British-style barley wine, English-style old ale, American
imperial porter, Baltic-style porter, English-style sweet stout, imperial stout, German-style weizenbock.
+
Interact with Sweet
Additional Comments
Interact with Bitter
Additional Comments
Interact with Umami
Additional Comments
Interact with Chemosensory Irritants
Interactions Cut
Interactions Cut
Additional Comments
Interact with Alcohol
+
Interact with Sweet
Additional Comments
Interact with Bitter
Additional Comments
Interact with Umami
Additional Comments
Interact with Chemosensory Irritants
Interactions Complement
Additional Comments
Interact with Alcohol
+
Interact with Sweet
Additional Comments
Interact with Sour
Additional Comments
Interact with Chemosensory Irritants
Additional Comments
Interact with Tannins
Additional Comments
Interact with Fat
Interact with Alcohol
+
Interact with Sweet
Additional Comments
Interact with Sour
Additional Comments
Interact with Chemosensory Irritants
Additional Comments
Interact with Fat
Interactions Cut
Additional Comments
Interact with Alcohol
+
Interact with Sweet
Interactions Complement
Additional Comments
Interact with Sour
Interact with Salt
Interactions Complement
Additional Comments
Interact with Bitter
Interactions Cut
Additional Comments
Interact with Umami
Interact with Tannins
Interact with Fat
Additional Comments
Interact with Alcohol
Interactions Complement
Additional Comments
CHEMICAL INTERACTIONS
Chemical interactions might sound like something out of your high-school textbooks.
However, you actually experience them more than you realize. Here are a few
examples:
• The protein molecules in dairy products, called casein, are fat-loving and bind
to capsaicin molecules, which are fat-soluble, allowing the painful spicy heat
from things like hot peppers to be washed away. That’s why milk is a go-to
beverage when you eat something that’s too spicy.
• Wine is known to be horrible paired with artichoke because of its interaction
with the chemical compound cynarin contained in artichoke. This organic acid
can make whatever beverage it is paired with taste sweet, and the residual
sugars in wine come off as cloyingly oversweet. (We’d encourage you to try a
Belgian-style saison, German-style Kölsch, or American wheat and steamed
artichoke with tarragon dipping sauce instead.)
• Sodium lauryl sulphate in toothpaste is a foaming agent that has the aftereffect
of making orange juice taste bitter. This chemical compound interacts with
your taste receptors and masks the sweetness of the toothpaste but then
emphasizes the sourness and bitterness of your orange juice. Yuck!
• Salmon and hoppy beers commonly clash. The fish’s omega-3 oil molecules
quickly become unstable when they come into contact with hops. This
oxidation of the fatty acids makes the salmon taste metallic.
Now pretend you’re no longer camping. You’re grilling back at home with a fully
stocked fridge. Picture that same grilled burger with mayonnaise on the bun, Maytag blue
cheese slathered on top, some red onion slivers, and a fresh-cut tomato slice. Each one of
these additions pumps up the intensity and umami savoriness of the burger except the
onion, which brings additional intensity from its acidity. It’s time to step up from APA and
try a Robust Porter or American IPA instead. The porter will have incredible flavor
harmonies with both the grilled beef burger and marbled blue cheese, and it has increased
intensity from the specialty malts (strong chocolate and low coffee roast flavor).
Compared to the APA, the IPA brings more alcohol, more hop flavor, increased bitterness,
and additional residual sugars. It will also harmonize with the burger bun and blue cheese.
So while it still comes down to preference—would you rather have a robust porter or an
IPA?—both of those options are more closely matched with the burger’s intensity than the
APA. Maybe you don’t like blue cheese or onion on your burger (your personal
preference), but whatever you add atop your grilled masterpiece will have an impact on
the overall intensity of your pairing. All the same principles still apply for your beer
pairing choices.
AN INTENSE GABF
Julia: I remember a big intensity match “aha” as the organizer of the Great
American Beer Festival (GABF) media luncheon. This luncheon has huge
importance to the Brewers Association, which is the national nonprofit trade
association for the majority of breweries in the United States. Two hundred people
attend this luncheon, where we not only strive to share news, information, statistics,
and story ideas with the journalists, but we also put beer pairing center stage by
serving a world-class luncheon that strategically pairs GABF award-winning beers
with a variety of foods.
During the test tasting for one of the first luncheons I organized, we wanted to
serve a s’more dessert featuring marshmallows from Lucy Saunder’s book The Best
of American Beer and Food. The chef for the luncheon prepared a test version of the
dessert to sample. I kept digging into the cooler to try to find something that would
pair in a pleasing fashion while I took small bites of the s’more.
We worked our way through most of the beers, trying to find flavor matches, but
nothing seemed to match. This dessert was dense and rich, sweet, and this was no
ordinary s’more; it was intense! We tried an American strong ale, a robust porter,
and a Belgian-style tripel, but none of them seemed to work. The flavors in the beer
kept getting washed away. I finally realized I needed to find a perfect intensity match
in addition to a beer that had flavor harmonies with the dessert.
With this realization in mind I pulled out a bottle of Avery Brewing Company’s
The Reverend. This beer is a Belgian-style quadrupel. Some key components of this
beer include its alcohol level (10 percent ABV) and the fact that Belgian candi sugar
is used (adding browned and burnt sugar flavors, including notes of molasses).
Finally, the clouds parted and our taste buds began to sing. What we had discovered
was a beer that not only echoed the flavors in the s’mores but matched their intensity
as well.
Even last-minute additions to food, such as burger toppings, increase the intensity and impact. Be careful when you match
intensities.
Predetermined Food(s): Just as you can pair a couple of different meals with the same
beer, you can pair the same meal with a couple of different beers. Don’t feel you have to
do this all in one sitting. Try two beers that you think might work, and let them battle it
out over dinner. You might also find that several beers would be appropriate instead of just
one. For this type of tasting:
• Start conceptually, before you’re in the kitchen. Brainstorm which beers could work
with the dish you’re going to cook.
• Have your beers ready to serve.
• If you find a beer that closely works with the dish but is not quite a home run
pairing, think about ways you might tweak the dish get closer to a perfect match.
Since you can’t change the beer recipe, change the food recipe a bit.
Totally Open Slate and Multi-Course Pairings: When the options are wide open or
when you’re planning a whole dinner, start with what you’re excited to try and narrow
down the possibilities from there. For this type of tasting:
• Decide if you want a theme for the meal (see Chapter 8), and then build food menu
and beer options based on this theme.
• Talk out the food and beer options and their possible flavor profiles with family or
friends. Break down and deconstruct all your pairing options and groups. Everyone
wins because everyone’s opinions count!
• Taste your way through some of the beer options to begin to sound out if you like
the direction of these beers. Think about food options and the possible order in
which you’d want to serve the beers. At this point you might encourage your
guests to pick their personal preferences and make this a completely interactive
pairing.
• Eventually, you’ll need to prepare the dishes and try them with the beers. Take
notes so you can use what you deconstruct for future pairings.
GEEK OUT
HEDONICS
Hedonics is another concept that plays into intensity. Simply put, hedonics is the
likeability factor, and it affects our individual perception on how strong or weak
something comes across. You might think to yourself that an element is too sour, but
your friend might think it’s perfect. Remember, we each have different degrees or
measures of intensity, different degrees of how much we like or dislike varying
intensities, and different genes.
The crazy part of this concept is that flavor is not something that can be nailed
down with rules that work for everyone. Our perception of intensity, one part of
flavor, varies based on our personal experience and personal preferences. Take hot
sauce, for example. The Scoville scale measures the amount of the chemical
compound capsaicin that causes the heat of peppers. This scale goes from 0 to over 16
million (pure capsaicin). Tabasco has an estimated 2,500–5,000 Scoville heat units. To
many, that is just about right. After all, Tabasco wouldn’t exist if millions didn’t love
the stuff! However, you’ll no doubt meet many people who think Tabasco is just crazy
hot and something best avoided.
A squeeze of lemon is a quick and easy way to modify a dish and tweak your pairing.
The acidity from the lemon juice cuts and tames salt as well
Squeeze of lemon Fresh seafood as any fishy flavors. Of course, it also brings lemony citrus
flavors to the dish.
Fresh cracked Sprinkles of black pepper lend a sharp spice to each bite of
Many foods
pepper food. The interaction here is increasing flavor.
When the waiter, or you, grates cheese over your pasta, the
Freshly grated
Fresh pasta goal is to up the umami and increase the seductive savory
Parmesan cheese
and salty nature of the dish.
Soy sauce is a vehicle for not only salt but umami as well. It
interacts with whatever you add it to. I sprinkle it over rice,
Anything! (It’s my
Soy sauce add it to beans, and even sneak it into baked dishes that
favorite condiment.)
need a rich boost. If you use a light hand, it can even be a
secret ingredient.
— Robert J. Harrington —
Robert Harrington is a PhD, MBA, and professor of hospitality and wine business
management at Washington State University, Tri-Cities Campus, Richland,
Washington. He’s also the author of Food and Wine Pairing—a book worth its
weight in gold to any foodie.
You’ve come up with twelve amazing pairing relationships in your work with
wine. Could you use the same relationships for beer?
Beer has several characteristics that make it similar to and different from wine. Beer
certainly has taste components, texture, and flavor elements, but some of these differ
from those in wine. For example, the beer taste components of sweetness and acidity
in general have less variability than in wine. But the taste component of bitterness
has much more variability in beer and is more pronounced. Also, in contrast to wine,
all beers have carbonation, which is true of only a minority of wines.
What is your systematic approach to pairing, and how can it help those who
work with beer?
It considers twelve main relationships of food and drink elements that when profiled
create a predicted level of match that is highly correlated to match levels when tasted
together. This systematic process is intended to allow you to identify good to great
food and drink matches to maximize your or your guests’ experience.
Beer and food pairing can be done using the same systematic process but with
some thought to key differences. The basic process starts by looking at the beverage
and food characteristics of sweetness, acidity, saltiness, and bitterness levels. Low to
moderate levels of these characteristics in food provide the most flexibility of
moving to higher levels of match with a variety of wine or (in this case) beer styles.
The second category assesses texture or body in food and beverage. For wine,
these are typically alcohol level, tannin, and overall mouthfeel. For beer, alcohol
level and overall mouthfeel are important, but the overall sense of body can be
greatly affected by the type of beer (wheat beer, ale, stout, etc.) as well as the
carbonation. In particular, nitrogenized beers have a much fuller and creamier
mouthfeel that will impact body-to-body relationships with food.
The final element category is flavor
that is driven by in-mouth smells. These
include the flavor type, intensity, and
persistency. Flavor type can range from
spicy to flowery to fruity, as well as
many others. As with body, intensity and
persistency relate to matching the
beverage complexity with the food
complexity; this is generally perceived
as creating greater harmony, liking, and
overall match than when food
overpowers the beverage or vice versa.
Which of the twelve relationships is
the one you’ve seen the most “aha”
moments from?
While the body-to-body concept and
watching out for higher levels of
sweetness, sourness, and spiciness in
food are important aspects, the ones that
seem to create the most “aha” moments
are those associated with flavor elements
(these can be complementary or
contrasting flavors and assist in adding a
more interesting layering of complexity).
For instance, last semester we embarked
on a student research project pairing beer
and chocolate. This process developed
out of brainstorming on beer styles,
chocolate styles, flavor layering, and
asking, “What seasonal beer flavors can
be used to suggest chocolate flavors that
can create synergies when beer and chocolate are consumed together?” Interestingly,
the two highest ratings were a dark chocolate truffle “explosion” (candied habanero
and Pop Rocks) paired with an amber lager and a white chocolate truffle with toffee
and espresso flavors paired with a Euro-style dark lager.
PALATE TRIPS
W hat is a palate trip? It’s our way of trying different foods with different beers with
thought and intention behind the experience. But that dry description leaves out the
heart of what palate trips are all about: the beauty, the spontaneity, the freedom!
Palate trips are an adventure. Sure, you may have a road map, but it’s a loose guide and
you’re encouraged to take the dirt paths rather than the main road. Your tour guide is a
little bit unhinged, and he isn’t exactly sure how you’ll get where you’re going next. If
there’s a hill that looks interesting, he’ll say, “Let’s go ahead and climb it right now!”
A palate trip is all about experimenting with foods and beers—those you’ve tried
before, sure, but also ones you wouldn’t normally try. It can be based on impulse buys at
the grocery store or on trying new menu items at your favorite restaurant. It’s about letting
down your guard, putting aside any prejudice, and embracing pairing passion. Go ahead:
forget the rules. Forget what anyone told you is “right.” Try something simply because it’s
fun! Unless you’re allergic to something, just eat (or drink) it.
The goal of this chapter is to get you off and running, inventing palate trips for you and
your friends. But what kind of teachers would we be if we didn’t provide plenty of
examples of palate trips first? For each palate trip on the pages that follow, we will
provide you with a food shopping list, as well as a beer style list. Particular beer examples
are just that, examples, and not all are available nationwide. Still, hopefully they will help
you identify something from your local brewery that will work.
We will provide you with some brief notes on what you might expect to experience or
what interactions you might want to focus on, but these are also just to get you off and
running. If you use trips for tasting parties with family or friends, remember that
everyone’s palate is different. Nobody is wrong if they taste or smell something
differently, or if they like or dislike a particular pairing. Oh, and whether you’re tasting in
a group or on your own, don’t forget to take notes. Otherwise, you will certainly forget
some of the specific interactions (and not just because you’re having a couple beers!).
Memory is a great tool, but so is your pen.
We can’t wait to see what palate trips our readers invent. Maybe you want to go to
Mexico, so you spend a night pairing only Mexican food elements. Or maybe it’s summer
and you’re on a barbecue kick, so you keep it all American. Either way, you’re buckling
up for a sensory road trip. Pick up your map: it’s palate trip time!
BEER RECOMMENDATIONS
American IPA: As you have learned, not all IPAs are created equal. For this pairing, look
for an IPA that has aroma notes of citrus, such as grapefruit, and/or tropical fruits to
complement the mango. (This is also a good trip to try two very different IPAs.)
Examples: Ballast Point Sculpin IPA, Firestone Walker Union Jack IPA, Bell’s Two
Hearted Ale, Port Brewing Mongo IPA, and Flying Dog Snake Dog IPA.
Berliner-Style Weisse: Almost any Berliner you find should have wheaty maltiness
and a lactic, tart, lemon-like acidity. Examples: The Bruery Hottenroth, Saint Arnold
Boiler Room, New Glarus Thumbprint, and Bear Republic Tartare.
Barrel-Aged Strong Beer: Try to find one with tannin wood characteristics and a high
level of alcohol warming. Darker roasted, chocolate malt characteristics should come out
as well. Examples: The Lost Abbey Deliverance, Stone Bourbon Barrel-Aged Imperial
Russian Stout, FiftyFifty Eclipse Barrel-Aged Imperial Stout, Heavy Seas Oak-Aged Peg
Leg Imperial Stout, Great Divide Oak-Aged Yeti Imperial Stout, Weyerbacher Heresy
Imperial Stout, and Left Hand Wake Up Dead Barrel-Aged Imperial Stout.
BEER RECOMMENDATIONS
French-Style Bière de Garde: This beer should have sweet, toasted malt flavors along
with earthy and fruity beer elements. Examples: Jolly Pumpkin Bière de Mars, Stillwater
Cellar Door, Schlafly Bière de Garde, The Lost Abbey Avant Garde, New Belgium Bière
de Mars, Stillwater Debutante Bière De Garde.
Palate Trip #2
Beer Styles
French-style Biére de Garde
Belgian-style saison
Belgian-style dubbel
Belgian-style quadrupel
Food Shopping List
Corn chips
Chili-dusted pineapple
Smoked or barbecue pistachios
Sea salt butterscotch caramels
Belgian-Style Saison: Look for saisons with earthy, musty, fruity, and phenolic aromas
with just a bit of biscuity malt for balance. Examples: Crooked Stave Surette Provision
Saison, Hill Farmstead Flora, and Jester King Hibernal Dichotomous, The Lost Abbey
Red Barn, Brooklyn 1/2 Ale, Firestone Walker Opal, Allagash Saison, Ommegang
Crescendo, The Bruery Saison Rue, and Starr Hill Starr Saison.
Belgian-Style Dubbel: Look for a dubbel with sweet caramel, chocolate malt, and
fruity and spicy yeast characteristics, like banana and clove, as well as a hint of raisin or
plum. Examples: Anderson Valley Brother David’s Double Abbey-Style Ale, Captain
Lawrence St. Vincent’s Dubbel, New Belgium Abbey, Tröegs Jovial Belgian-Style
Dubbel, and Devil’s Backbone Dark Abby.
Belgian-Style Quadrupel: Find a quad with plenty of malty caramel sweetness
accompanied by brown fruits such as dates, figs, and raisins, spicy phenolic yeast
characteristics, and warming alcohol. Examples: Brooklyn Quadraceratops, Avery The
Reverend, Deschutes The Stoic, Ommegang Three Philosophers, and Schlafly Quadrupel.
Palate Trip #3
Beer Styles
English-style oatmeal stout
Belgian-style quadrupel
American brown ale
Food Shopping List
Southwest black bean dip
Oatmeal raisin cookies
Sweet and salty peanuts
BEER RECOMMENDATIONS
English-Style Oatmeal Stout: These stouts have caramel, coffee, chocolate, and roasted
malt elements with a smooth and silky mouthfeel plus sweetness from the oatmeal.
Examples: Rogue Ales Shakespeare Oatmeal Stout, Ninkasi Oatis, Odell Gramps Oatmeal
Stout, Breckenridge Oatmeal Stout, and Firestone Walker Velvet Merlin.
Belgian-Style Quadrupel: Look for malty caramel sweetness accompanied by brown
fruits such as dates, figs, and raisins, spicy phenolic yeast characteristics, and warming
alcohol. Examples: Brooklyn Quadraceratops, Avery 5 Monks, The Lost Abbey Judgment
Day, New Belgium Cascara Quad, and Ommegang Three Philosophers.
American Brown Ale: Track down a brown that’s medium nutty, with hints of caramel
and chocolate-sweet malts, earthy dark bread–like characters, and medium hop bitterness.
Examples: Big Sky Moose Drool, Shmaltz He’Brew Messiah Nut Brown Ale, Brooklyn
Brown Ale, Avery Ellie’s Brown Ale, and Dogfish Head Indian Brown Ale.
BEER RECOMMENDATIONS
Belgian-Style Dubbel: Look for a dubbel with sweet caramel, chocolate malt, and fruity
and spicy yeast characteristics such as banana and clove, as well as a hint of raisin or
plum. Examples: Anderson Valley Brother David’s Double Abbey-Style Ale, Captain
Lawrence St. Vincent’s Dubbel, Drop-In Brewing The Selling of Indulgences Belgian-
Style Dubbel, Flying Fish Belgian Abbey Dubbel, and The Lost Abbey Lost & Found
Abbey Ale.
Palate Trip #4
Beer Styles
Belgian-style dubbel
California common
American imperial/double IPA
Food Shopping List
Sun-dried tomatoes
Roasted seaweed
Roasted red pepper hummus
Pita chips
Big, bold blue cheese
California Common: In most you’ll find caramel, toasted sweet malt with slight fruity
hop elements. Examples: Anchor Steam, Steamworks Steam Engine Lager, Flying Dog
Old Scratch Amber Lager, and Real Ale Cut California Common.
Imperial IPA: Look for malty, alcohol warming, and dank, piney, citrus hop bitter beer
elements. Examples: Russian River Pliny the Elder, Sierra Nevada Hoptimum, Green
Flash Imperial, Bell’s Hopslam, D.C. Brau On the Wings of Armageddon, Dogfish Head
90 Minute Double IPA, and Port Brewing Mongo.
Even the nice and easy palate trip (see page 96) provides plenty of new flavor combinations.
Palate Trip #5
Beer Styles
German-style hefeweizen
American India pale ale
American imperial stout
German-style Märzen/Oktoberfest
Food Shopping List
Raspberry jam
Key lime (fudge, cookie or pie)
Aged cheddar
Dark chocolate–covered pecans
BEER RECOMMENDATIONS
German-Style Hefeweizen: Look for classic versions of the style with sweet wheat malt
and fruity spiciness such as nutmeg, clove, and banana from the yeast. Examples: Harpoon
UFO Hefeweizen, Flying Dog In-Heat Wheat, Karbach Weisse Versa Wheat, Tröegs
DreamWeaver Wheat, Saint Arnold Weedwacker, and Dry Dock Hefeweizen.
American IPA: Look for dank IPAs with citrus notes and/or a tropical fruit hop
element. Examples: Ballast Point Big Eye IPA, Great Divide Titan IPA, Founders
Centennial IPA, Bear Republic Racer 5 IPA, and Avery IPA.
American Imperial Stout: Find a stout with big roasted, chocolate, and coffee
character and with balanced alcohol warming. Examples: Great Divide Yeti Imperial
Stout, Dogfish Head World Wide Stout, Oskar Blues Ten Fidy, Port Brewing Old
Viscosity, and Founders Breakfast Stout.
German-Style Märzen/Oktoberfest: Look for Märzens with sweet, toasted bread-like
malt characteristics. Examples: Flying Dog Dogtoberfest, SurlyFest, Samuel Adams
Octoberfest, Summit Oktoberfest, and Great Lakes Oktoberfest.
BEER RECOMMENDATIONS
Belgian-Style Pale Strong Ale: Look for a pale ale with fruity sweet notes, slight
phenolic spice, high carbonation, and a drying finish. Examples: Russian River
Damnation, North Coast Pranqster, The Lost Abbey Inferno, Brooklyn Local 1, Great
Divide Hades, Allagash Confluence Ale, and Ommegang Gnomegang.
Palate Trip #6
Beer Styles
Belgian-style pale stong ale
American pale ale
Belgian-style wit
American India pale ale
Food Shopping List
Basil breadsticks
Artichoke hearts (non-marinated)
Green olive or wasabi almonds
Lemon cake or bars
American Pale Ale: Pick a classic pale with caramel malt and medium floral, fruity, or
citrus hop elements. Examples: Sierra Nevada Pale Ale, Deschutes Mirror Pond, Oskar
Blues Dale’s Pale Ale, Boulevard Pale Ale, Ninkasi Quantum, Alaskan Freeride American
Pale Ale.
Belgian-Style Wit: Look for creamy malt notes from wheat and oats, spices such as
coriander and orange peel, and tangy acidic beer elements. Examples: Allagash White,
Saint Archer White Ale, Harpoon UFO White, New Belgium Mothership Wit, Drop-In
Katarina Wit, and Funkwerks White.
American IPA: Find an IPA with big hop aroma: you want tropical, floral, dank,
and/or citrus hop elements. Examples: AleSmith IPA, Lagunitas IPA, Firestone Walker
Union Jack, Odell IPA, SweetWater IPA, Alpine Duet IPA, Smuttynose Finestkind IPA,
and Cigar City Jai Alai IPA.
BELGIAN-STYLE WIT
ABOUT THE STYLE
Belgian-style wits are brewed using
unmalted wheat (and sometimes oats) as
well as malted barley. However, what most
people notice first is the spicing,
traditionally coriander and orange peel.
Wits may also have a low background base
note of lactic acidity. A style that dates back
hundreds of years, wit fell into relative
obscurity until it was revived by Belgian
brewer Pierre Celis in the 1960s. This style
is currently enjoying quite a renaissance,
especially in the American market.
Quantitative Style Statistics
• OG: 1.044–1.050
• FG: 1.006–1.010
• Apparent Attenuation: 80–86 percent
• ABV: 4.8–5.6 percent
• IBU: 10–17
• Color/SRM: 2–4 (straw to pale)
US Commercial Examples: Allagash White, Avery White Rascal, Boulevard Zōn,
Harpoon UFO White, Anchorage Whiteout Wit
Country of Origin: Belgium
Beer Sensory Notes
• Intensity: Low
• Malt: Pilsener, flaked wheat, unmalted wheat, and occasionally oats and malted
barley
• Hops: German noble
• Yeast: Ale
GERMAN-STYLE HEFEWEIZEN
ABOUT THE STYLE
Weizen means “wheat” and hefe means “yeast,” so it should be no surprise that German-
style hefeweizens are yeasty and wheaty in character. Typically you’ll find they’re straw to
amber in color and made with at least 50 percent malted wheat. Sometimes called
weissbeer, the aroma and flavor come largely from the yeast and are decidedly fruity
(banana) and phenolic (clove, white pepper, vanilla, and even smoke). This is commonly a
very highly carbonated style with a long-lasting collar of foam.
If you find you’re a fan of hefeweizens,
there are multiple variations of the style to
explore. Filtered versions are known as
kristalweizen, and darker versions are
referred to as dunkels, with a stronger,
bock-like version called weizenbock.
Quantitative Style Statistics
• OG: 1.047–1.056
• FG: 1.008–1.016
• Apparent Attenuation: 71–83 percent
• ABV: 4.9–5.6 percent
• IBU: 10–15
• Color/SRM: 3–9 (straw to medium
amber)
US Commercial Examples: CB & Potts
Big Horn Hefeweizen, Harpoon UFO
Hefeweizen, Schlafly Hefeweizen,
Flying Dog In-Heat Wheat, Spoetzel Shiner Hefeweizen
Country of Origin: Germany
Beer Sensory Notes
• Intensity: Low
• Malt: Pilsener, malted wheat
• Hops: German noble
• Yeast: Ale
Try This First: Fresh Tomatoes or Carrot, Tomato, and Basil Soup
Tomato and hefeweizen create an umami-filled pairing all on their own. If you can get
your hands on a fresh in-season tomato, try it! You’ll find this combination actually makes
you salivate as you are eating it.
If you want to take things further, or if fresh tomatoes simply aren’t in season, try the
hefe with tomato soup. But we’re not talking about a glob of condensed canned soup here.
We’re talking homemade tomato soup, the kind from childhood, but with pureed carrots.
Why add the carrot? You’ll find they not only add a full, creamy mouthfeel but also amp
up the overall sweetness of the soup while cutting some of the acidity from the tomato.
For the pairing, sweet fruity and spice elements from the beer, such as clove and
banana, complement the sweet of the carrot while cutting through the acid of the tomato.
Earthy notes from the carrot balance with the toasted breadiness of the hefeweizen. If you
really want to kick this pairing to the highest level, add a grilled sourdough and goat
cheese sandwich. It may seem like a lot of flavor, but we feel it all comes together
perfectly. The sourdough acts like a wedge of lemon to the hefeweizen, and the bread and
goat cheese flavors bridge to the beer’s pilsener and wheat malt. The high carbonation of
the hefe lifts the dairy fat of the goat cheese off the tongue and refreshes the palate.
BERLINER-STYLE WEISSE
ABOUT THE STYLE
Low in alcohol, refreshingly tart, and
sometimes served with a flavored syrup
such as woodruff or raspberry, this German
wheat ale presents a harmony between
yeast and lactic acid. These beers are very
pale in color and may be cloudy, as they are
often unfiltered. Hops are not a feature of
this style, but these beers often do showcase
esters. Traditional versions often use
Brettanomyces yeast, but many today are
brewed using ale yeast and lactobacillus.
Berliner-style weisse is a style growing
in popularity in the United States, where
many brewers are adding traditional and
exotic fruits to the recipe, resulting in
flavorful finishes with striking, colorful
hues. These beers are simply incredible
when pairing. Bitterness, alcohol, and
residual sugar are very low, allowing the
beer’s acidity, white bread, and graham
cracker malt flavors to shine. Carbonation
is very high, adding to the refreshment factor this style delivers. Many examples of this
style contain little to no hops, and none have significant hop aroma or flavor.
Quantitative Style Statistics
• OG: 1.028–1.032
• FG: 1.004–1.060
• Apparent Attenuation: 81–86 percent
• ABV: 2.8–3.4 percent
• IBU: 3–6
• Color/SRM: 2–4 (straw to pale)
US Commercial Examples: Nodding Head Berliner Weisse, Southampton Berliner
Weisse, The Bruery Hottenroth Berliner Weisse, New Glarus Thumbprint Berliner
Weisse, Firestone Walker Bretta Weisse
Country of Origin: Germany
Beer Sensory Notes
• Intensity: Low
• Malt: Pilsener, malted wheat
• Hops: German noble
• Yeast: Ale
Try This First: Poached Eggs or Eggs Florentine with Spinach and Goat Cheese
Eggs have a great deal of umami richness and are one of our favorite sources of daily
protein. When it comes to flavor, they are buttery when cooked in a pan with butter, but to
describe the flavor of the egg itself is somewhat difficult. Still, there’s no need for us to
stress over it: you already know what eggs taste like!
Poached eggs are incredible with wheat beers of all types. And it makes sense if you
think about it: butter (eggs) on bread (beer). Berliner weisse has wheat in its base, plus it
has a strong lactic acidity that mirrors lemon.
Going further, Florentine is our recommendation here, as spinach lessens the intensity
compared to eggs Benedict, which has ham or Canadian bacon instead. The Berliner
weisse would also go great with eggs Benedict, but the home run match to us is the less-
intense Florentine. The goat cheese brings funk to this otherwise very smooth and silky
dish. Since traditional versions of Berliner have Brettanamyces, you may find your beer
does a firm and impressive handshake with the goat cheese, creating a connection of
flavor echoes that circle round and round.
The hollandaise sauce, with its emulsified egg yolk and liquefied butter, is the flashiest
thing about this creation. But lemon is used to brighten and lighten the entire dish, and it
can find harmony with the lemon-like tartness of Berliners.
With all this happening, the spinach is then left to shine, which is great if you like the
flavors of this leafy green. Especially with the added acidity boost from the beer, the
spinach creates a rest (see page 22) that stops everything going on in your palate and
allows your brain to say, “Hey, I can actually taste the spinach, and I kinda like it!”
BOHEMIAN-STYLE PILSENER
ABOUT THE STYLE
Bohemian-style pilseners have a slightly
sweet malt character and a toasted, biscuit-
like, bready malt character. Hop bitterness
is medium, with a medium-low level of
Saaz hop aroma and flavor. This style
originated in 1842, with pilsener originally
indicating an appellation in the Czech
Republic. Classic examples of this style
used to be conditioned in wooden tanks and
have a less-sharp hop bitterness despite the
similar IBU ranges to German-style pils.
Bohemian-style pilseners can be darker in
color and bigger in final gravity that their
German counterparts as well. The water
content also comes into play, creating
distinct differences between the two styles.
Bohemians come from very low ion water
known to be “soft.” German pils beers have
water with higher levels of sulfate, which
concentrates the bitterness of the Spalt
hops.
Quantitative Style Statistics
• OG: 1.044–1.056
• FG: 1.014–1.020
• Apparent Attenuation: 64–68 percent
• ABV: 4.1–5.1 percent
• IBU: 30–45
• Color/SRM: 3–7 (straw to light amber)
US Commercial Examples: Ninkasi Bohemian Pilsner, Dock Street Bohemian Pilsner,
Lagunitas Pils, Oskar Blues Mama’s Little Yella Pils
Country of Origin: Czech Republic
Beer Sensory Notes
• Intensity: Medium-low to medium
• Malt: Pilsener, Carapils
• Hops: Czech Saaz
• Yeast: Lager
Try This First: Salmon Sushi with Wasabi Paste and Sliced Ginger
This sultry and silky fish brings some fat to the table, and also umami. Salmon has a
unique mouthfeel as well; it’s like soft ribbons of silk. Juxtapose this with the sharp
impact of wasabi and ginger, which both pack some tingling heat, and you’ve got taste
elements and textures positioned for impact. The slightly moist and starchy rice serves as a
nutty-tinged buffer and also as a vehicle of slight acidity because of its vinegar. (The
acidity helps mop up some of the soy sauce salinity so other flavors sing more strongly.)
If you pair the sushi with water, you are still left with wasabi sting. If you try it with a
beer that is too high in bitterness or alcohol, you’ll get a clash—maybe even a train wreck.
However, try it with the pilsener and you’ve got it: enough bitterness to balance the fat
and umami so you can better taste the flavor of the fresh salmon. The residual sweetness
of this beer style also helps to stave off heat. And while overall this is more of a contrast
pairing, the pilsener’s graham cracker malt flavor helps embrace the nutty flavor of the
rice as well as the wheat and soybean-based soy sauce.
GERMAN-STYLE MÄRZEN/OKTOBERFEST
ABOUT THE STYLE
A beer rich in malt with a balance of clean hop bitterness. Bread or biscuit-like malt aroma
and flavor is common. Originating in Germany, this style used to be seasonally available
in the spring (Märzen means “March”), with the fest-style versions tapped in October.
Quantitative Style Statistics
• OG: 1.050–1.060
• FG: 1.012–1.020
• Apparent Attenuation: 67–76 percent
• ABV: 5.1 –6.0 percent
• IBU: 18–25
• Color/SRM: 4–15 (pale to light brown)
US Commercial Examples: Victory Festbier, Spoetzl Shiner Oktoberfest, Karl Strauss
Oktoberfest, Gordon Biersch FestBier, Great Lakes Oktoberfest, Sun King Brewing
Oktoberfest, seasonal Oktoberfest from your favorite local brewpub
Country of Origin: Germany
Beer Sensory Notes
• Intensity: Medium-low
• Malt: Pilsener, Vienna, Munich
• Hops: German noble hops
• Yeast: Lager
Try This First: Fish Tacos with Sour Cream and Pico de Gallo
Lime and cilantro–spiked sour cream, mahimahi fillets, corn tortillas, shredded cabbage,
and pico de gallo: fish tacos have a lot of tasty and diverse ingredients. Yet fish tacos, as a
whole, come across as medium in intensity. There is some richness from the flavorful sour
cream and of course some amount of spice, depending on how the fish is prepared and
what the pico is like. The bitterness of an APA cuts through that fat, and the sweetness
cools any heat at the same time.
Flavor bridges include pale malt flavors that sync with the browned corn tortilla as well
as the grilled fish fillets. Any kiss of char flavor on both tortilla and fillet will also work
with the pale ale’s malt. The citrus and pine notes from the hops will echo the freshly
chopped cilantro as well as both the sour cream and any fresh lime juice. The fat of the
fish will be wiped clean by the carbonation and medium bitterness of the beer.
BELGIAN-STYLE DUBBEL
ABOUT THE STYLE
Belgian-style dubbels range from brown to
very dark in color. They have a malty
sweetness and can have chocolate, caramel,
toffee, raisin, and plum flavors. Hop
bitterness is medium-low to medium. Yeast-
generated fruity esters (especially banana)
can be apparent. Often bottle-conditioned, a
slight yeast haze and flavor may be
noticeable as well. As you might expect, a
dubbel is the younger sibling to the
Belgian-style quadrupel.
Quantitative Style Statistics
• OG: 1.060–1.075
• FG: 1.012–1.017
• Apparent Attenuation: 79–80 percent
• ABV: 6.3–7.6 percent
• IBU: 20–30
• Color/SRM: 16–36 (brown to very
dark)
US Commercial Examples: Anderson Valley Brother David’s Double, New Belgium
Abbey, The Lost Abbey Lost & Found Abbey Ale, Allagash Dubbel, Boulevard
Nommo Dubbel, Weyerbacher Althea
Country of Origin: Belgium
Beer Sensory Notes
• Intensity: Medium
• Malt: Pilsener, CaraMunich, Special B
• Hops: Tettnang
• Yeast: Ale
ROBUST PORTER
ABOUT THE STYLE
The robust porter often features more bitter and roasted malt flavor than a brown porter,
but not quite as much as a stout. Robust porters have an aroma reminiscent of cocoa, but
no roast barley flavor. Their caramel, malty sweetness is in harmony with the sharp
bitterness of black malt. Hop bitterness is there as well. With US craft brewers doing so
much experimentation in beer styles and ingredients, the lines between certain stouts and
porters are often blurred. Yet it’s safe to expect a different character from robust porters
than from Russian imperial stouts.
Quantitative Style Statistics
• OG: 1.045–1.060
• FG: 1.008–1.016
• Apparent Attenuation: 73–82 percent
• ABV: 5.1–6.6 percent
• IBU: 25–40
• Color/SRM: 30+ (very dark to black)
US Commercial Examples: Deschutes Black Butte Porter, Iron Hill Pig Iron Porter, Rock
Bottom Moonlight Porter, Southern Tier Porter, Smuttynose Robust Porter
Country of Origin: United Kingdom
Beer Sensory Notes
• Intensity: Medium
• Malt: Munich, crystal, chocolate, black patent
• Hops: Kent Goldings, Fuggle
• Yeast: Ale
AMERICAN STOUT
ABOUT THE STYLE
This is a coffee- and chocolate-forward ale, but with a noticeable hop aroma and flavor,
often from a citrus-forward variety. American stouts are bold, with a distinctive dry-
roasted bitterness in the finish. Fruity esters should be low, but head retention is high.
Oatmeal is a common ingredient in American stouts, lending additional body and head
retention. Dark-roasted barley is the ingredient that truly differentiates these beers from
porters.
Quantitative Style Statistics
• OG: 1.050–1.075
• FG: 1.010–1.022
• Apparent Attenuation: 71–80 percent
• ABV: 5.7–8.9 percent
• IBU: 35–60
• Color/SRM: 40+ (black)
US Commercial Examples: Rogue Ales
Shakespeare Oatmeal Stout, Bison
Organic Chocolate Stout, Mad River
Steelhead Extra Stout, Big Wood
Morning Wood, Left Coast Black Magic
Stout
Country of Origin: United States
Beer Sensory Notes
• Intensity: Medium to medium-high
• Malt: Pale, black roasted barley,
chocolate, crystal
• Hops: Horizon, Centennial
• Yeast: Ale
BELGIAN-STYLE SAISON
ABOUT THE STYLE
Commonly called farmhouse ales and
originating as summertime beers in
Belgium, saisons are not just warm-weather
treats. US craft brewers brew them year-
round and have taken to adding a variety of
additional ingredients. Often bottle-
conditioned, with some yeast character and
high carbonation, Belgian-style saison may
have Brettanomyces or lactic character and
fruity, horsey, goaty, and/or leather-like
aromas and flavors. Specialty ingredients,
including spices, may contribute a unique
signature character that varies greatly by
brewery.
Quantitative Style Statistics
• OG: 1.055–1.080
• FG: 1.004–1.016
• Apparent Attenuation: 80–93 percent
• ABV: 4.4–8.4 percent
• IBU: 20–40
• Color/SRM: 4–14 (pale to light brown)
US Commercial Examples: Funkwerks Saison, The Lost Abbey Red Barn Ale,
Ommegang Hennepin, Allagash Saison, Brooklyn Sorachi Ace
Country of Origin: Belgium
Beer Sensory Notes
• Intensity: Medium-high
• Malt: Pilsener, Munich, malted wheat
• Hops: Noble, Styrian or East Kent Goldings
• Yeast: Ale
Try This First: Goat Cheese with Hot Pepper Jelly or Vegetable Pad Thai
Buy a goat cheese that’s simple, clean, and acidic, but with that touch of goat milk funk.
Or go ahead and get one with more “goat” if you’d like! The hot pepper jelly should bring
sweetness and a bite of spice. The two will complement each other in every way. Creamy
texture, tart acid, and a hint of salt from the cheese will balance to perfection with the
sweetness and spiciness from the jelly. What could make it any better?
Beer, of course! Specifically saison. The carbonation, bitterness, tartness, and moderate
alcohol level of the saison complements the creamy, clean acidity of the goat cheese and
balances the sweet and spice in the jelly. You might even be fooled into thinking you are
eating a Thai dish.
Hey, did we say Thai food? We are going with vegetable pad Thai and tofu that’s on the
spicy side for our next pairing. The combination of pepper, ginger, and/or cilantro; umami
and salt from soy sauce; creamy sweetness from sugar and coconut milk; earthiness from
vegetables; and some sour from lime makes this a complex dish. When saison is thrown
into the sensory picture, there is a complement of malt and yeast, fruity sweetness to go
with the sugar and coconut, and all that is balanced by the umami and salt from the dish.
Vegetable earthiness and musty, earthy yeast elements work together as well. And the tart
and spice from the beer balances with lime acidity and pepper spice for a marriage of
harmony.
AMERICAN BARLEY WINE
ABOUT THE STYLE
These ales range from amber to deep red or
copper-garnet in color. A caramel and toffee
aroma and flavor are often part of the malt
character, along with high residual malty
sweetness. This is often a boozy but
deliciously complex beer, and the fruity-
ester character is often high as well. As
with many American versions of a style,
this barley wine is typically more hop-
forward and bitter than its British
counterpart. Low levels of age-induced
oxidation can harmonize with other flavors
and enhance the overall experience because
the beer is cellared for longer periods of
time. In fact, some breweries sell them as
vintage releases.
Quantitative Style Statistics
• OG: 1.090–1.120
• FG: 1.024–1.028
• Apparent Attenuation: 73–76 percent
• ABV: 8.5–12.2 percent
• IBU: 60–100
• Color/SRM: 11–18 (copper to dark brown)
US Commercial Examples: Anchor Old Foghorn Ale, Tröegs Flying Mouflan, AleSmith
Old Numbskull, Uinta Cockeyed Cooper, Hair of the Dog Doggie Claws, Sierra
Nevada Bigfoot
Country of Origin: United States
Beer Sensory Notes
• Intensity: High
• Malt: Pale, crystal, pale chocolate, Special B
• Hops: Magnum, Chinook, Centennial, Amarillo
• Yeast: Ale
BELGIAN-STYLE FLANDERS
ABOUT THE STYLE
If ever there was a beer style to convert
wine drinkers, it’s the Belgian-style
Flanders. Overall, these beers are
characterized by slight to strong lactic
sourness. This style is a marvel in flavor
complexity, combining malt, yeast,
microorganisms, acidity, and low
astringency from barrel aging. Cherry-like
flavors are often found, and sometimes a
cocoa-like character as well. Oak or other
wood-like flavors may be present, even if
the beer was not aged in barrels. Even
Brettanomyces-produced flavors may be
there at a low level—that funk we just
talked about above.
Quantitative Style Statistics
• OG: 1.044–1.056
• FG: 1.008–1.016
• Apparent Attenuation: 71–82 percent
• ABV: 4.8–6.6 percent
• IBU: 8–25
• Color/SRM: 12–25 (copper to very dark)
US Commercial Examples: New Glarus Oud Bruin, The Bruery Oude Tart, New
Belgium La Folie
Country of Origin: Belgium
Beer Sensory Notes
• Intensity: Medium-high
• Malt: Vienna, Munich, Special B, aromatic
• Hops: Kent Goldings
• Yeast: Ale, Brettanomyces
GERMAN-STYLE DOPPELBOCK
ABOUT THE STYLE
Originally made by monks in Munich, this style is very food-friendly and rich in
melanoidins (see page 205) reminiscent of toasted bread. This copper to dark brown beer
is a showcase for malty sweetness—but that’s not to say it’s cloying. The malt character
should be fresh and lightly toasted, showcasing Munich malt more so than caramel or
toffee. Doppelbocks are full-bodied, and their alcoholic strength is on the higher end.
Since doppel means “double,” it’s clear this style is a bigger and stronger version of the
lower-gravity German-style bock beers.
Quantitative Style Statistics
• OG: 1.074–1.080
• FG: 1.014–1.020
• Apparent Attenuation: 75–81 percent
• ABV: 6.6–7.9 percent
• IBU: 17–27
• Color/SRM: 12–30 (copper to very dark)
US Commercial Examples: Samuel Adams Double Bock, Great Dane Uber Bock, Bell’s
Consecrator Doppelbock, Tommyknocker Butt Head Bock, Starr Hill Snow Blind
Country of Origin: Germany
Beer Sensory Notes
• Intensity: Medium-high
• Malt: Pilsener, Munich, Vienna, CaraMunich
• Hops: German noble
• Yeast: Lager
Try This First: Devils on Horseback (Goat Cheese–Stuffed Dates Wrapped in Bacon)
Cheese stuffed and bacon wrapped should be enough to get anyone moving toward the
grocery store. As you’d expect, the intensity of these morsels is pretty high, and thus we
need a big enough beer style with hopefully some flavor resonance to match. As far as
flavors are concerned, we’re talking both date and fig flavors, a subtle creaminess from
the goat cheese, and sweet, salty bacon.
Doppelbock’s browned malt and pruney flavors make a great match with both the
browned bacon and the date. Intensity-wise, doppelbock packs enough of a punch both in
flavor and in alcohol. The higher residual sweetness in the beer even helps counter the
perceived sweetness of the dates, so you get more date flavor and find your way to the
gooey goat cheese.
BARREL-AGED BEERS
ABOUT THE STYLE
A wood- or barrel-aged beer is any lager, ale, or hybrid beer, either a traditional style or a
unique experimental beer, that has been aged for a period of time in a wooden barrel or in
contact with wood (chips, spirals, or cubes). The brewer’s intention is to impart the beer
with the unique character of the wood and/or the flavor of what has previously been in the
barrel, such as bourbon. A variety of types of wood are used including oak, apple, alder,
hickory, and more.
Quantitative Style Statistics
• Barrel-aged beers come in a variety of styles, so the range of style statistics
accompany what style the beer was brewed in.
• OG: Varies
• FG: Varies
• Apparent Attenuation: Varies
• ABV: Varies
• IBU: Varies
• Color/SRM: Varies
US Commercial Examples: Port Brewing Older Viscosity Ale, Ballast Point Victory at
Sea Rum Barrel-Aged, Anderson Valley Bourbon Barrel Stout, Avery’s Black Tot
Imperial Oatmeal Stout, Deschutes The Abyss, Brooklyn Black Ops
Country of Origin: Undetermined
Beer Sensory Notes
• Intensity: Varies
• Malt: Varies
• Hops: Varies
• Yeast: Varies
Barrel-aged beers often take on the character of the wood as well as the character of the spirit that was previously aged in
the barrel.
Try This First: Dark Chocolate–Covered Fruit and Nuts or Black Bean Mole Chili
Remember, there are no rules, so if you want to start dinner with chocolate, then start it
with chocolate! With such a huge variation when it comes to barrel-aged beers, why not
throw in something that should stand up to whatever the barrel and the beer might be? The
chocolate is sure to complement any vanilla, coconut, and chocolate elements from the
barrel. Various nuts such as pecans, walnuts, almonds, and hazelnuts should make for
another complement. Fruit is interesting because it can work really well by
complementing the fruity characteristics of the beer, or it can be a bit of a contrast if the
alcohol is on the very high side. Either way, it is an interesting and a learning experience,
and hey, you started your meal with chocolate!
As for the mole, we think they’re best when you can add a bit of the beer to the mix
when you cook it. Smoked characteristics from the chilies in combination with a hint of
bitterness from dark cocoa really can hold up to a big barrel-aged beer. Use different
peppers in addition to poblanos (when dried, they’re referred to as anchos), such as
pasillas and guajillos. In this dish we are looking more for medium smoky heat and a ton
of flavor. Mix black beans, beer, broth, cocoa, and chilies with garlic, salt, a dash of
cinnamon, olive oil, and tomatoes, and you have one fine mole.
For the purpose of this pairing, we are going to use a dark beer that could have been
aged in bourbon, rye, rum, brandy, or another spirit barrel. The roasted elements of the
malt balance with the roasted, smoky characteristics of the chilies. Those same malts also
complement the umami flavors of the black beans. Bitterness from the cocoa contrasts
with the sweetness of caramel malts and vanilla from the oak. This pairing is a warm one,
not just from the chilies but from the alcohol as well.
CHEESE, CHOCOLATE BEER AND OTHER SURE THINGS
CHEESE
You might not know it, but cheese and beer are quite similar. Sure, beer’s basic ingredients
are water, malted barley, hops, and yeast whereas cheese’s basic ingredients are water,
lactose (milk sugar), fat, protein, and minerals. But barley is in the grass family and cows
eat grass, bringing the two closer together … and that’s before you consider that both beer
and cheese go through fermentation and then have to age in order to properly condition or
ripen. Both are living foods that need to be stored properly. And both come in hundreds of
varieties and contain a multitude of aromas, tastes, and textures.
At many points in history, the two have also overlapped on the production side. They
were both farmhouse-produced products. They were both produced at monasteries. And in
more recent times, in the 1970s and 1980s, cheese went through a revolution much like the
one that’s ongoing for craft beer. Artisans chose to break away from the mainstream and
start making small batches of farmstead cheeses as a rebellion against the yellow slices of
“cheese” in the supermarket.
GEEK OUT
Cow Milk: When it comes to dairy, most people think of products made from cow milk
first. It is by far the most common milk for everything from yogurt to cheese.
When it comes to cheese, cow milk has a variety of built-in flavors. It can be mild and
buttery, earthy and barnyard, acidic, fruity, salty, caramel, and grassy. Hundreds of types
of cow milk cheeses are produced. It’s safe to assume that almost all of the most common
cheeses are made from cow milk, unless the label says otherwise. Some of the most
common cow milk cheeses are cheddar, Brie, Camembert, Gruyère, Stilton, Gorgonzola,
Gouda, Muenster, Havarti, and Parmesan. They have a huge range of textures and flavors,
from mild cheeses such as mozzarella and Monterey Jack all the way to strong, aged
cheeses such as Gorgonzola and Danish blue.
There are as many different types of cheese as there are beer styles.
Cow milk is naturally unhomogenized (cream rises to the top), and the fat globules are
large, so most milk has to be mixed to fuse the cream with the milk. You will see that
other animal milks differ in this regard.
Goat Milk: Although goats typically eat grass, they’ve also been known to eat herbs,
trees, shrubs, and bark—you name it, goats will eat it. While this varied diet will affect
milk flavor, and hence cheese flavor, there’s no denying that goat milk and cheeses have a
distinctive set of tastes and aromas.
Although goat milk tends to be low in fat, it does contain a very high percentage of
fatty acids such as caproic, caprylic, and capric acid. (Capra is Latin for “goat.”) These
fatty acids are what give the milk and cheese that “goaty” aroma. Additionally, goat milk
does not contain the protein agglutinin, allowing fat globules to stay mixed in suspension
in the milk, or naturally homogenized. The smaller fat globules and natural
homogenization help set the lower fat content of the milk. About ten pounds of goat milk
is required per one pound of cheese, like cow milk.
Goat milk cheese typically has a creamy and smooth texture; tangy, tart, citrus, and
earthy notes; and a clay-like consistency. Some of the most common goat milk cheeses are
chèvre style (chèvre is the French word for goat) such as Garrotxa and Humboldt Fog, but
you can also find goat cheese varieties of feta, Gouda, blue, and cheddar as well.
Sheep Milk: Sheep were actually raised for milk before cows, but they produce less
milk than cows overall. In an age of efficiency, this matters to the people raising animals
for milk or milk products. Still, sheep milk will yield more cheese percentage-wise than
cow or goat milk. On average, it takes six pounds of sheep milk to make one pound of
cheese, compared to up to ten pounds of cow milk per pound of cheese. This is because of
the high concentration of fat solids, or curds, in sheep milk. That means cheeses made
with sheep milk have a higher fat concentration than goat or cow milk cheese, yet it is
typically easier to digest sheep milk cheeses because the fat globules are small and
concentrated.
Sheep, like cows, are grazers that tend to eat plants located near the ground, including
grass, clover, etc. Sheep milk cheese has characteristics such as earthy, sweet, nutty, rich,
and soft, as well as funky and gamey. Typical sheep milk cheeses include feta, ricotta,
Manchego, Roquefort, Pecorino Toscano, and Pecorino Sardo (pecora is Italian for
“sheep”).
Unripened, unaged; no rind; short shelf life; high moisture; mild, lactic, or acidic; sweet,
DESCRIPTION
lemony, or citrus; possibly grassy and herbal
BEER PAIRING
Fruit beer, wheat, Belgian-style wit, pilsener, blonde ale, Kölsch
POSSIBILITIES
Fresh and aged to encourage mold growth on exterior to create rind; ripens from outside
DESCRIPTION
in; bloomy, creamy, hay, mushroom, pepper, earthy, and butter
Brie, Camembert, aged chèvre, Cowgirl Creamery Inverness, Cypress Grove Humboldt
CHEESE EXAMPLES
Fog, Mt. Townsend Seastack, Bucherondin, Sharpham
BEER PAIRING Bière de Garde, brown ale, Belgian-style white, abbey dubbel, Belgian-style strong
POSSIBILITIES golden, saison, sour ale, Belgian-style tripel
Moisture content decreases with age; little or no rind; smooth, creamy, becomes more
DESCRIPTION
firm with age; mild, nutty, herbal, pungent
CHEESE EXAMPLES Monterey Jack, brick, Muenster, fontina, Havarti, Swiss, Port Salut
BEER PAIRING Hoppy pilsener, brown ale, Bière de Garde, doppelbock; abbey dubbel, amber lager,
POSSIBILITIES saison, pale ale
DESCRIPTION Rind forms spontaneously from whatever is in the environment; mild, sweet, floral, nutty
BEER PAIRING Bitter, brown ale, blonde, saison, abbey dubbel, amber ale, pale ale, Belgian-style tripel,
POSSIBILITIES Belgian-style strong golden, Märzen
Washed with brine and/or alcohol; specific molds (esp. B. linens) encouraged to break
DESCRIPTION
down the interior of cheese; orange/pink rind; pungent, barnyard, meaty, garlicy; smoky
CHEESE EXAMPLES Chimay, Taleggio, Époisses, Livarot, Cowgirl Creamery Red Hawk, Stinking Bishop
BEER PAIRING Abbey dubbel, quadrupel, and tripel, Belgian-style strong golden, barley wine, Belgian-
POSSIBILITIES style pale ale
STYLE Semi-hard
DESCRIPTION Still has some moisture and is usually firm and/or crumbly; could be soft when young,
hard as aged; Swiss-style included; sweet, spicy, nutty, buttery, etc.
CHEESE EXAMPLES Gouda, cheddar, Colby, Edam, Swiss, Gruyère, Manchego, Comté, Appenzeller
BEER PAIRING Pale, brown ale, bock, abbey dubbel, Belgian-style quadrupel, amber lager, doppelbock,
POSSIBILITIES ESB, Belgian-style strong golden, Märzen
STYLE Hard
Low moisture content or dry in texture; long shelf life of one year or more; can crumble
DESCRIPTION
or be grated; granular, grainy, crunchy, caramelized, nutty
CHEESE EXAMPLES Aged cheddar, aged Gouda, Asiago, Bellavitano, Parmesan, Pecorino, Romano, cotija
BEER PAIRING IPA, double/imperial IPA, barley wine, Bière de Garde, Belgian-style dark strong,
POSSIBILITIES dunkle, imperial stout
Any cheese that has been smoked to give it a unique smoky flavor; cheese may have
DESCRIPTION
seeds, herbs, nuts, fruit added for flavor
BEER PAIRING
Dependent on cheese style
POSSIBILITIES
Innoculated with Penicillium and pierced to allow oxygen, which promotes mold growth
DESCRIPTION inside and outside; found in all categories except fresh; can be creamy, dense, buttery,
spicy, tangy, metallic, herbal, salty, gritty
CHEESE EXAMPLES Cambozola, Gorgonzola, Stilton, Roquefort, Danish blue, Maytag blue, Vaquero
BEER PAIRING Barley wine, Belgian-style tripel, Belgian-style strong, imperial/double IPA, Rauchbier
POSSIBILITIES (smoked), imperial stout
Information found in the chart above is a style/type generalization based mostly on texture and mold growth or rind but is
a combination of information from a plethora of different resources (Gwen’s own research, the American Cheese Society,
www.cheese.com, www.world-of-cheese.com, www.cheese-types.com, www.cheeselibrary.com, Cheese & Beer by Janet
Fletcher, Tasting Beer by Randy Mosher, and anything (book, lecture, podcast) from Garrett Oliver, who is our beer and food
pairing hero).
Move over, wine—beer and cheese are natural companions!
When it comes to the cheeses with rinds, simply move from natural to bloomy and then
to washed. Any blues should be last, with a few exceptions. (Blues vary in pungency, and
that pungency increases with age. So you can work a creamy and mild Cambozola, Blue
Castello, or Saga into the middle of a tasting.)
You could also go in the order of milk type, starting with the milder fresh or chèvre
goat cheese; then go to a sheep milk cheese, which is nutty, earthy, and slightly funky; and
finally try a cow milk cheese that is aged and hard with grassy barnyard notes—or a
smoky blue. Whatever you decide, tasting each cheese prior to pairing is always your best
bet for choosing the best order.
— Fred Bueltmann —
Fred Bueltmann is a maverick presence in both beer and food and is the owner of
New Holland Brewing Company. His book, Beervangelist’s Guide to the Galaxy, has
many pairing gems.
What’s your pairing mantra?
I believe mindfulness is the most important tool in learning to pair intuitively.
Tasting and pairing is personal, tactile, and romantic, so much so that a comparison
to sex sheds an interesting light on the topic. If you think about it, they have a lot in
common. We indulge in the delight and pleasure of our senses, and both can please
us emotionally. Most importantly, you know the difference between when something
is deeply personal and when it’s mechanical. It’s difficult to list or describe, but you
know it when you feel it, and when it’s good … you want to do it again!
Well said, Fred. What about some general best practices or rules?
Well, in my book you’ll find my patented galactic travel rules on pairing. They
include:
Listen to your palate (your brain is a liar).
Honor ingredients; use good techniques.
It’s not about you.
You’re not alone.
Flavor first.
How would you define pairing?
Pairing, whether intentional or not, is when the beer and the food excite something
in each other. They can harmonize and accentuate signature flavors, or they can
contrast with each other in dynamic and pleasing counterpoint. Sometimes the beer
changes your perception of the food; other times, it’s the other way around.
Directing the change is something of a skill, but it all starts with recognizing that
you are looking for an exchange of energy or flavor between the two.
When it comes to teaching, you’re well known for a particular rant on how
hard it can be to communicate taste. Will you share that with us?
At the heart of it is something I believe in, which is describe flavors to
communicate, not to impress.
Describing food is similar to the way a good novelist might describe a wooded
path. She might describe the color of the leaves or the way the light shines through
the trees … perhaps the smell of yesterday’s rain. As a reader and a human, I am
completely capable of deciding whether I like the sound of that path or not, though
—the writer doesn’t need to tell me how to feel about it. She just needs to get me to
imagine the path as if I were there. The same goes for food and for beer.
SERVING SIZES
Since we are talking about cheese and are about to get into chocolate as well, this
seems like a great place to mention serving sizes. When you are doing a
pairing/tasting that involves many beers and food items, remember that smaller
portions are better for you and your guests’ enjoyment. Quickly burning out from
either food or beer is highly likely if you serve too much. For your beer, you do not
need more than four ounces, and really two to three ounces is even better if you are
sampling more than four beers. Cheese and chocolate are both recommended in one-
ounce tasting portions.
CHOCOLATE
The history of chocolate as we know it is a complex journey, but it’s safe to say chocolate
has been a treasured food for a long, long time. The Mayan and Aztec cultures used cacao
pods for currency and trading. Residue on pottery from excavations in places such as
Honduras has shown that cacao was fermented into an alcoholic drink. Through the
nineteenth century, chocolate was refined and eventually made more consistent thanks to
Dutch processing. (Dutching is when cocoa beans have been washed with an alkaline
solution that neutralizes the beans’ overall acidity and gives chocolate a milder, mellower
flavor, as well as a darker color.) Perhaps it’s no surprise that in recent history, chocolate
has had an artisanal revolution of its own as people look for less-processed, sustainably
sourced chocolates as opposed to mass-made milk chocolate bars. (If you really want to
nerd out on chocolate history, we recommend The True History of Chocolate by Sophie
and Michael Coe.)
Chocolates can vary greatly based on how they’re made, other ingredients, and fillings.
MAKING CHOCOLATE
Chocolate begins as bean pods on the Theobroma cacao tree. Each tree has anywhere
from twenty to sixty pods, and each pod has thirty to forty seeds. Once these pods are
harvested, they are split open and placed in bins or baskets. Yeast and bacteria begin the
fermentation process, which can take two to eight days. Ethanol, lactic acid, and acetic
acid will be produced. The longer the fermentation time, the less astringent and bitter and
the more fruity and floral the cacao will be. Beans are generally dried for five to seven
days after fermentation ends and then shipped off to a chocolate manufacturer.
Beans are then cleaned, roasted, and graded before the shell is removed to extract the
nib. Now we are getting to the meat of the cocoa bean: the nibs! Nibs can be used in some
chocolate confections as is, but they are mostly ground into a paste, which is called cocoa
or chocolate liquor (though no alcohol is present). In about equal parts, the chocolate
liquor is made up of cocoa butter, which is fat, and cocoa solids. At this point in the
process, you basically have what we consider unsweetened chocolate.
To get to the next step in making chocolate, the cocoa liquor is heated so it can be
poured into blocks. Chocolate liquor is then blended with cocoa butter in varying
quantities to make different types of chocolate. The chocolate liquor may also be pressed
to remove a portion of cocoa butter (fat), leaving the cocoa solids. Cocoa butter is used to
make finished chocolate or for other products, such as cosmetics and pharmaceuticals. The
cocoa solids can be crushed into cocoa powder.
TRUFFLE AND BEER PAIRING
Gwen: While at Flying Dog Brewery I had the great fortune of working with an
amazing chocolatier by the name of Randy Olmstead. He has made artisanal
chocolates that have been served in the White House, at Washington embassies, and
at several SAVOR events in Washington, DC. He uses ingredients that include spirits
and beer, as well as balsamic vinegar, lavender, Old Bay Seasoning, teas of various
flavors, passion fruit, wasabi, chilies, ginger, bacon, blood orange, and more.
Anyway, once a month at the brewery we would do an evening of strange
pairings to introduce locals to the beer as well as to vendors in the area and, best of
all, how beer pairs with virtually anything. The focus would be on a theme such as
cheese, chocolate, cupcakes, candy, ice cream, soups, chicken wings, etc. We were
open to whatever vendors wanted to do. Some of the pairing evening themes were
weirder than others, and at the end of the evening I would always ask for a show of
hands for who thought this pairing night surely wasn’t going to work. It could range
from a quarter to well over half.
Chocolate was something we did several times. Randy taught me that when you
talk about the percentage in chocolates, you are referring to the total chocolate from
the bean. That means the cocoa solids (powder) and the cocoa butter. When a
chocolate is labeled as 70 percent cocoa, that might mean 35 percent cocoa solids
and 35 percent cocoa butter, but it also might mean 25 percent cocoa solids and 50
percent cocoa butter. The flavor of a higher percentage of pure chocolate will be
more bitter and intense overall, but Randy says that the division of cocoa solids to
butter, as well as the nib quality and roasting process, will all play a factor in aroma
and flavor.
However, his creative truffles had all sorts of flavors beyond chocolate. Here are
some examples of beer and chocolate pairings we did together:
• Salted dark chocolate caramel truffle/peanut butter truffle with American amber
lager: Sweet, toasted malt, sweet caramel and peanut butter, and the balance of
salt. This is like the best peanut butter cup you’ve ever had.
• Maple truffle/hazelnut dark chocolate truffle/espresso truffle with American
imperial porter: Nutty, roasted, slightly drying, with a smooth, creamy finish.
• Old Bay milk chocolate truffle/key lime truffle with German-style hefeweizen:
Acidic, toasted, citrus, spicy, clean and crisp finish.
• Cayenne truffle with Belgian-style IPA: Fruity and creamy with sweet malt and
chocolate.
• Irish coffee truffle with English brown ale: Pleasant roasted bitterness
throughout, with a creamy finish.
• Lavender truffle with Belgian-style tripel: Herbal and fruity with toast and
roasted notes; finishes with a lingering, pleasant herbal bite.
• Pistachio white chocolate truffle with smoked lager: Nutty, roasted, toasted, and
smoky, with all the elements harmoniously balanced.
• Passion fruit dark chocolate truffle with American IPA: The tropical fruit is
magically in this pairing from the chocolate and the hops. So refreshing.
• Wasabi ginger truffle with Belgian-style wit: This one is surprisingly nutty and
not overwhelming spicy, with a slight sweet finish.
The last process is called conching, and this is where the chocolate paste is kneaded to
develop the chocolatier’s desired texture and flavors. Time and temperature will play a big
role in how the final chocolate turns out.
Knowing where chocolate comes from and how it is made will help you deconstruct
how different chocolates’ aromas and flavors are going to play out when paired with beer.
Above, I mentioned that baking chocolate is unsweetened chocolate, pure chocolate liquor
that has no sugar added, but it may have added emulsifiers such as lecithin and possibly
vanilla for some flavor. Cocoa powder is what remains after the cocoa butter has been
pressed out of the cocoa liquor. Residual fat levels in cocoa powder can vary, so the flavor
can also vary. Unsweetened or bitter chocolate is the liquid cocoa liquor poured and
molded into blocks.
Beer’s kilned and roasted malts have many flavor synergies with chocolate.
Each country has different regulations that define what should constitute types of
chocolate. The US FDA divides the identity standards for chocolate and chocolate
ingredients into the following categories: cacao nibs, chocolate liquor, sweet chocolate,
milk chocolate, buttermilk chocolate, skim milk chocolate, mixed dairy product chocolate,
and bittersweet chocolate. Bittersweet and semisweet chocolate should have a minimum
of 35 percent chocolate solids with the addition of sugar, more cocoa butter, and vanilla.
Milk chocolate is at least 10 percent cocoa liquor, cocoa butter, 12 percent milk or milk
solids, sugar, and flavorings such as vanilla. Sweet chocolate should have a minimum of
15 percent cocoa liquor, cocoa butter, more sweetener than semisweet chocolate, and
flavoring additives. White chocolate does not contain cocoa liquor. It is made up of a
minimum of 20 percent cocoa butter, less than 55 percent sugar, 14 percent milk or milk
solids, vanilla, and lecithin. The US FDA has not set a regulation or definition for
chocolate that is labeled dark chocolate. The European Union has defined dark chocolate
as containing a minimum of 35 percent of cocoa liquor, cocoa butter, sugar, and
sometimes vanilla. What about truffles? These are ganache, and the base is semisweet
chocolate and cream, butter, sugar, and liqueur, if you like (I do mean alcohol now) coated
with cocoa powder, sugar, or nuts. They can also involve dark, milk, or white chocolate.
CHOCOLATE TYPE Unsweetened/bitter
WHAT’S IN THE Raw, unadulterated chocolate: 100 percent refined cocoa liquor with 50–55 percent
CHOCOLATE cocoa butter, no added sugar
CHOCOLATE Dark, intense, bitter, roasted chocolate. Used mostly in baking, but why not try it for
DESCRIPTORS pairing?
BEER PAIRING
Fruited lambic or any sour; Belgian-style dubbel or quadrupel
POSSIBILITIES
WHAT’S IN THE Chocolate liquor (range is 30–90 percent), sugar, additional cocoa butter, vanilla,
CHOCOLATE emulsifiers, and no milk solids
CHOCOLATE
Very dark in color, rich, bitter chocolate, slight sweetness, high in creamy cocoa butter
DESCRIPTORS
BEER PAIRING Stout, porter, Belgian-style dubbel, imperial IPA, barrel-aged strong beer, imperial stout,
POSSIBILITIES barley wine, sour and fruited sour
Considered dark chocolate: chocolate liquor, sugar, additional cocoa butter, vanilla,
WHAT’S IN THE
emulsifiers, and no milk solids. Must contain a minimum of 35 percent cocoa solids;
CHOCOLATE
higher quality equals higher cocoa solid percentage
CHOCOLATE
Rich dark chocolate with additional sugar sweetness and smooth, creamy cocoa butter
DESCRIPTORS
BEER PAIRING Stout, porter, imperial IPA, Belgian-style saison, dubbel, quadruple, or tripel, German-
POSSIBILITIES style hefeweizen, lambic
Considered dark chocolate: chocolate liquor, sugar, additional cocoa butter, vanilla,
WHAT’S IN THE
emulsifiers, and no milk solids. Must contain a minimum of 15–35 percent cocoa solids;
CHOCOLATE
higher quality equals higher cocoa solid percentage
CHOCOLATE Rich dark chocolate with a bit more additional sugar sweetness than bittersweet and
DESCRIPTORS smooth, creamy cocoa butter
BEER PAIRING ESB, stout, porter, English-style sweet stout (oatmeal, chocolate, milk), American IPA
POSSIBILITIES and pale ale, Belgian-style dubbel or quadrupel
WHAT’S IN THE Cocoa liquor (10–25 percent minimum), additional cocoa butter, sugar, lecithin, more
CHOCOLATE than 12 percent milk solids
CHOCOLATE
Sweeter, lighter color, milk addition, mild, less-intense chocolate
DESCRIPTORS
BEER PAIRING German-style doppelbock, American or English pale ale, American brown ale, German-
POSSIBILITIES style Märzen/Oktoberfest, American amber ale
WHAT’S IN THE
Cocoa butter, sugar, milk solids, vanilla, emulsifiers. Contains no cocoa liquor.
CHOCOLATE
CHOCOLATE High quality will be ivory white to cream colored, milky sweet, smooth, creamy, no
DESCRIPTORS chocolate flavor
BEER PAIRING
Belgian-style wit, sweet stout, brown ale, fruited lambic, fruited wheat
POSSIBILITIES
SWEET PAIRINGS
As we continue to look at pairings, you have by now realized that we are ultimately
looking for the potential interaction of the key ingredients that are concentration- or
intensity-driven. However, you’ve also realized that perception often equals reality. For
example, on at least a weekly basis I hear someone in the tasting room make the comment,
“Oh, I don’t like dark beer.” So I ask if they like chocolate and coffee. They say yes. Then
I hand them an American brown ale brewed with chocolate and coffee, and what do you
know? That person is now interested in dark beer and more open to possibilities.
This same principle applies to pairings. Use particular foods or particular beers to get
people over the hump. Whether it’s the nostalgia of Girl Scout cookies or someone’s
favorite Halloween candy, use their perceptions and prejudices to the advantage of the
pairing.
CAKE
Whether it’s a birthday, a holiday, or just a Thursday night, there’s no wrong time for a
cake and beer pairing. You can use mini cupcakes or cut the cake into bite-size pieces for
easy sampling. Keep in mind that cake is more complex than you might think. The cake,
any filling, and the frosting or icing choice will all play a huge role in these pairings. Use
the following to get started, but feel free to customize and tailor to match your own cake
preferences.
• Lemon cake and buttercream icing with a German-style hefeweizen: The creamy
mouthfeel from the icing and the yeast combines with the slightly acidic fruity and
citrus notes perfectly. You’ll find the sweet toasted malt and lemon characteristics
pop out and the finish is light and refreshing.
• Red velvet cake and buttercream icing with a British-style barley wine: There’s a
balance of sweetness from the cake and the beer, with hints of brown fruits,
including plums, dates, and cherries. Then the alcohol cuts through the buttercream
elements of the cake. It’s magic in your mouth!
• Carrot cake with cream cheese icing and an American IPA or American pale ale:
There’s a complete balance and harmony from the sweetness of the cake with the
hoppy bitterness of the beer.
• Peanut butter cake with vanilla icing and an oatmeal stout: Nutty, vanilla aromas
mingle with the stout’s full, creamy mouthfeel and subtle roast.
• Cheesecake with raspberry glaze and a framboise: The acid from the beer cuts
through the fat from the cheesecake. Lactose tartness and raspberry sweetness
from both beer and cheesecake make for a wonderful complement.
• Chocolate bourbon cake with buttercream icing and an American imperial stout:
Big, bold chocolate and roast with the sweet complement of buttercream. You
might think this sounds like too much, but try it and you’ll find with this pairing,
too much is just enough.
ICE CREAM
I scream, you scream, let’s pair some ice cream, frozen yogurts, and sorbets! Ice cream
comes in so many flavors with so many different ingredients, the possibilities are endless.
Although wine and ice cream are often an awkward match, beers can create some stunning
pairings. Not only that, but the carbonation in beer is going to really help cut through the
richness of the cream in ice cream.
• Lemon sorbet with a Belgian-style wit: Citrus with a bit of sweet malt in the beer
combines with the lemony tartness of the ice cream for a most refreshing pairing.
• Hazelnut ice cream with a coffee beer or English-style milk stout: Creamy, nutty,
and roasted coffee notes get together to create the perception of a hazelnut latte.
• Salted caramel ice cream with a Belgian-style dubbel: Salty, creamy, raisiny,
caramely, salty, and vanilla sweet … it’s a flavor explosion of basic tastes!
• Mint chocolate-chip ice cream and American imperial stout: The crunchy addition
of chocolate chip bits is a fun texture treat. When the chocolate, roasted
characteristics of the stout are combined with them, and with the mint aroma,
you’ll feel like you just ate the best peppermint patty ever.
• Pineapple Greek frozen yogurt (not low fat!) with a dry-hopped pilsener: Sweet
pineapple and sweet toasted malt complement each other, while the slightly hoppy
bitterness and the carbonation lift the creaminess off your palate.
You’ll find there’s a surprising amount of flavor and aroma complexity in chips and dips when you pair them with beer.
SAVORY PAIRINGS
It’s so fun to explore the sweet side, but let’s not forget about the savory! Chips and dips,
nuts, pizza, wings—there are so many delicious possibilities for every one of these foods.
And let’s not forget about cheese. Whether you’re making a pepper jack grilled cheese or a
bowl of gorgonzola mac-and-cheese, there’s a beer for that!
PIZZA
Pizza is one of those foods that everyone can agree to order, but then try agreeing on
toppings. Since there are so many varieties of pizza, approach pairing by pizza type and
refine from there.
• Cheese pizza with an American amber ale: Let’s start with the classic pizza and
classic beer for pizza pairings. Sweet toasted malts are sure to complement the
baked crust and the cheeses, hops will cut through tomato acidity, and carbonation
will lift and balance fat. This extremely simple pizza can be easily overwhelmed,
so play this pairing safe if you choose a different beer.
• Spicy pizza with American pale ale: If the sauce on the pizza is kicked up with
spice or if you load up your pizza with toppings such as jalapeños, spicy sausage,
or crushed red pepper, you should find a good match in a pale ale. The subtle sweet
and malty backbone of the pale will cut through the capsaicin heat and leave you
with a balance of sweet umami tomato, rich cheese, and toasted bread.
• Barbecue pizza with a Belgian-style dubbel: Barbecue pizzas feature barbecue
sauce and often different cheeses such as Gouda. You’ll find the sweet of the
dubbel’s malt balances with the sweet of the switched-out sauce. The fruity and
nutty qualities of the beer are sure to complement barbecue-friendly cheeses, as
well as any smoke notes.
• Pepperoni, sausage, and other meaty pizza with an English-style IPA: A more
intense pizza calls for a more intense beer. IPAs, especially those with earthy and
spicy hops, will complement the same characteristics in the meats while the
alcohol and carbonation will cut through the fat and grease.
• Pesto pizzas (often with artichoke hearts, sun-dried tomatoes, etc., as toppings) with
a Belgian-style golden strong ale: Lemon-like citrus, herbal pesto, and fruity
sweetness all get along, and you’ll find the salt is emphasized yet balanced. If you
have sun-dried tomatoes on top as well, you’ll have additional complexity with
tomato acid, umami, and sweetness.
NUTS
Nuts are good for you, and they have a plethora of textures and flavors that include
buttery, creamy, bitter, sweet, caramel-like, crunchy, roasted, salted, and so on. Sounds
like a pairing about to happen!
• Salted, roasted peanuts and Bohemian-style pilsener: The salt on the nuts cuts
through the bitterness of the hops, allowing the sweetness of the malt and the
sweetness of the nuts to balance each other perfectly.
• Sweet pecans with a Belgian-style dubbel or quad: Two beers with one nut are a
great contrast in how interactions change your perception. Paired with the dubbel,
there is a salty and savory overall perception, but with the quad it’s so sweet and
bready, you’ll feel like you’re eating pecan pie.
• Jalapeño cheddar almonds and pecans with an American IPA: The nut and sweet
malt make for a great creamy complement that helps cut through the spice of the
pepper. Hops make sure the spicy pepper still has a tiny punch, though. With really
spicy nuts, it can be kind of a challenge to see if this pairing will get too hot for
you to handle.
• Bloody Mary–flavored peanuts and a German-style hefeweizen: Toasted malts and
salty peanuts with the fruity spice of the yeast and the sweet of the tomato all make
for a balanced and complex pairing. These flavored peanuts are not a specific
brand, because everyone seems to be making them. Now that you are on the
lookout for crazy pairing partners, we’re just guessing you will notice these
everywhere.
• Ridiculously spicy over-the-top nut mix with an American amber ale: Think of
those “hotter than hell” or “spicy enough to burn your face off” nut mixes you see
in the store and think “do I need to try those?” Now you have a reason. Let the
sweet malt and sweet nutty flavor cut through that spicy assault and leave you with
a creamy, almost roasted impression.
GEEK OUT
WINGS
We aren’t talking about the run-of-the-mill pub hot wings, although if you are pairing
buffalo wings, go with an American pale ale to cut through the heat and emphasize the
sweet or a Bohemian-style pilsener that can still cut the heat but gives a crisp, clean finish.
The hops in both these beers will help to cut the grease as well. Nevertheless, we are
talking about wings that focus on different spices and sauces to give you the variety and
sensory experience you are craving. The sauces are really what you are focusing on,
because that is where your pairing ingredient is most important.
• Raspberry wings with a Belgian-style tripel: Berry fruitiness from the sauce and the
fruity notes from the yeast in the beer complement and balance each other with a
bouquet of sweetness, not to mention that the high carbonation helps lift and
harmonize the flavors. If you can’t find wings with this kind of sauce, then use
plain wings with a raspberry glaze or jam on the side.
• Barbecue honey mustard wings and a German-style Helles: Yum to the sweet,
acidic, and spicy sauce as it blends with the beer’s sweet toast of malt and then
finishes with kiss of hop bitterness. A bit of sour bite from the mustard is the
perfect ending on this pairing.
• Thai peanut wings with a California common: This one is definitely a crowd-
pleaser. Nutty peanut sauce that has a hint of caramel combines and balances with
the sweet toasted malt and leaves you with a creamy pepper mouthfeel. You will be
addicted and wanting more.
• Santa Fe chipotle wings with an imperial porter: This pairing is so complex because
it is continuously changing. It starts with chocolate malt and smoked pepper spice,
similar to a mole sauce, then you’ll find it gets more roasted and sweet, with a sun-
dried tomato finish.
• Jamaican jerk with a British-style barley wine: The sweetness of the malt and the
sweetness of the sauce complement each other and emphasize the garlic and
ginger. Alcohol cuts through the spicy pepper, and the finish is sweet like candy.
A round the world there are millions of meals paired with beer each year. Yet a beer
with dinner is different from a beer dinner. A beer dinner can be many things. It can
be as informal as a picnic or as formal as a multicourse meal at a fancy restaurant, and
anything in between. What makes a beer dinner a beer dinner, though, is the thought, care,
and pride behind it: the focus on the way beer and food work together.
When hosting a beer dinner—or lunch, breakfast, or brunch, for that matter—the goal
is to take beers and food to the next level. But you can’t let perfection intimidate you. No
matter if you feel your pairing skills are ready for prime time or not, the only true way to
learn is to practice, practice, practice, practice, practice.
When you get right down to it, a beer pairing event is just like any other event: it’s all
about the experience for your guests. If you approach hosting a beer dinner with that in
mind, you’re guaranteed success. This means when planning a dinner, you should not only
consider the beer and food menu, but also the location, atmosphere, and so on. Guests will
be eating and drinking, sure, but they’ll soak up other details that affect whether they leave
happy or not. They’ll leave with different impressions of the event based on whether it had
a loud, party-like atmosphere or a quiet, intimate feel. They’ll certainly remember the
company, whether it was old friends or a bunch of new people. In short, there are many,
many layers to any experience, and at a pairing event you should consider more than just
the food and drink, because after all, the goal should be to make a memory.
Whether you’re trying to host an intimate tasting with a few friends or a large, formal
event with plenty of beer experts, this chapter will put you on the path to success.
THEMES
Ever hear of a newspaper article without an angle, a play without a story, or a fund-raising
event without a cause? So, too, should all pairing events have some form of theme. There
are so many possible themes, it can be tough to narrow it down and pick one. As with all
aspects of a beer dinner, consider the type of event you want to have and the size—and
level of beer experience—of your audience when selecting a theme. For example, beer
nerds may love a Maillard-mania beer dinner, where browned flavor reactions are the star
of the show, or an evening of sour beers. However, your friends who are new to craft beer
would probably have more fun with a theme such as beers from your state or a dinner
where each guest selects a beer and you provide the pairings.
GEEK OUT
Try only US breweries, only breweries from your state, East Coast vs.
Beer by geography
West Coast, or Belgium vs. America.
Craft beer vs. wine Serve a craft beer and wine option with each course.
Draw a line: try beers that are only under 6 percent ABV or the
ABV
reverse.
Here the two organizers each pick one beer to be served with each
course, and guests vote on which they like better.
People Other options: chef vs. chef dinner, Cicerone vs. sommelier, brewer
vs. brewer, brewer vs. homebrewer, husband vs. wife (yikes!), mother
vs. son, father vs. daughter, Republican vs. Democrat, you get the
idea.
Pair to types of food such as off the hoof, from the sea, vegetarian, or
Types of food
gluten free.
Craft brewers in the United States commonly use their beers as a tool
to raise money for other causes. A great added theme to any beer
Fundraiser pairing occasion would be to use it as a chance to support a good
cause. Note: If you’re doing this officially, for tax purposes be sure to
follow proper donation procedures tied to nonprofit causes.
There’s something for every season: a fall harvest field party, winter
ales and winter vegetables, spring seasonals and spring dishes, and
Seasonal
summer saisons and summer dishes. In fact, that brings us to seasonal
menus!
SEASONAL THINKING
Seasonal beers are some of the most popular beers in the United States. Perhaps it’s
because these beers are not always available year-round and their ingredients, flavor
profile, or inspiration is tied to the season of release. If you pick a theme tied to the
season, you open up the option of presenting a meal that showcases flavors of the moment
both in beer and in food. The big caveat is that any of these beer styles might be made and
be available at other times of the year. Unlike wine, beer is made all year long because
hops can be dried and preserved along with malted barley. So when it comes to seasonal
beers, there might be tradition, but there are no hard-and-fast rules on when production
has to happen.
Note: Be wary of a beer marketed as a seasonal when it’s on the shelves or menu after the
season it’s tied to. Most brewers are organized enough to release their seasonals early (in
the weeks or month prior to the start of that season), but unfortunately some retailers do
not track out-of-date beers or ones that are past their prime. Think of beers like bread or
milk (but with a longer expiration date). Store them cold and drink them fresh unless you
know they’re meant to be cellared. The first place to check is the bottle or can of beer.
Hopefully, the brewery has packaged it with key dates, either the date the beer was made,
the “best by” date, or both. Many brewery websites share their shelf life for specific beers
as well. Third-party sites also provide information on beer brands that are widely
available.
BEER FOOD
Course 1: French Onion Soup Paired with Ska Buster Nut Brown Ale and Samuel
Adams Double Bock
Three ounces each in small rocks glasses served at 42°F (take out of the refrigerator
fifteen minutes before service)
Your guests will be welcomed to the table by a warming bowl of French onion soup.
The soup has browned flavors from the reduced beef stock, umami from the stock, and the
cheese, and it also has bread flavors from the slice of bread that is cradled between stock
and cheese.
The stock base will bridge nicely to the toasted bread crust–flavored Munich malts of
the double bock and the pale malt flavors of the nut brown ale. The umami-rich soup
flavors cry for a richer, more robust beer. The double bock’s 9.5 percent ABV deliver
similar intensity as the soup. On the other hand, the Ska brown ale is an English-style
brown ale that has much lower alcohol, 5.1 percent ABV. This beer is lighter and drier
than the Samuel Adams, with nutty bread crust notes from its Victory and Munich malt
base that complement and echo the flavors of the stock and bread. The brown ale proves
that a lower ABV beer does not always get pummeled by increased food intensity. Try it
and you will see!
Course 2: Smoked Arctic Char en Papillote (in Parchment), Walla Walla Onions,
Apples, and Fromage Blanc Paired with Funkwerks Saison
Four ounces served in Belgian-style tulip glass at 50°F (take out of the refrigerator
twenty-five minutes before service)
Funkwerks Saison is 6.8 percent, medium in alcohol intensity. The saison’s pepper
phenols, and flavors of lemon, orange, and ginger are like the spicing the char would beg
from a creative chef. Char is in a similar flavor family as Atlantic salmon and will do well
with a medium-intensity beer with a sturdy by not aggressive bitterness. The bitterness
will calm down the richness (fat) of the fish, letting more of the smoke flavors carry over,
and will also help cut the fat from the fromage blanc. The smoke of the fish will also
marry with the yeast notes of the saison. The lingering sweetness of the onions will find
any residual sugar from the sasion to match. The saison’s drying finish should refresh and
leave one’s palate more dialed in to sensing the apple, too.
Course 3: Coffee-Stuffed Donuts, Espresso, Crunchy Coffee Ice Cream, and Hot
Fudge paired with Stone Coffee Milk Stout
Four-ounces served in white wine glass at 45°F (take out of the refrigerator 15 minutes
before service)
For dessert, the beer is high on coffee, meaning the coffee flavor is strong and
exhilarating. Other ingredients include British mild ale malt and lactose milk sugar. It’s
only a 4.2 percent ABV beer, but still has girth due to the medium body and lingering
sugar. It has 40 IBUs, so there is some significant bitterness, too.
There are so many flavor harmonies in this pairing, especially between the beer’s
coffee and roasted malt and the dessert’s espresso. And of course, there’s the hot fudge,
which marries beautifully with the milk sugar and pale malts of the stout. The beer’s
bitterness matches the espresso bitterness to help tame it, thus featuring the other flavors
even more.
By the way, you may think, what is the theme on the above pairing menu? The dishes
and beers present a meal to remind the world that US craft brewers make world-class beer
that can stand up to any dish from a variety of nations.
OTHER CONSIDERATIONS
WATER
Although not commonly listed on the menu, water is key to successful beer dinners.
Letting your guests have as much water as they want in between sips of beer lets everyone
consume more responsibly. Staying hydrated is important, as it not only helps flush your
body of toxins, it also slows down your rate of consumption.
Note: We recommend serving water without ice. When water is colder, almost
everyone tends to consume less of it.
Julia: I’ll never forget one huge day of beer appreciation when I attended All About
Beer Magazine’s World Beer Festival in Durham, North Carolina. This festival is
fantastic. The venue is the Durham Bulls Athletic Park, where everything is set up on the
actual baseball field. The event has three hundred beers and two back-to-back tasting
sessions in one day. When I attended, I presented at both sessions, walked the festival
grounds and sampled, plus in between festival sessions and after, I toured breweries. For
the curious, the breweries I toured that day were Fullsteam (a self-dubbed plow-to-pint
brewery and very food/agriculture focused) and Bull City Burger and Brewery (a very
green and locally minded brewery. Try their pretzel-crusted pickles—not to be missed!).
Wow, it was a crazy, huge, fun tasting-filled day. How did I get through it? Simple. I
kept refilling a water bottle that I had with me, and I only would take one or two sips of
each sample (it’s OK to pour out extra beer from your glass and not finish it). When I was
at the breweries, I certainly sampled but would order flights, which are usually small four-
ounce glasses of several different beers.
Anyhoo … I sampled a lot that day, but because my appreciation was spread out over a
long period of time and the festival had good access to water (which was frequently
refilled), I was able to maintain my composure and simpy have a great time without
getting blotto.
Water with ice looks refreshing, but you’ll find that guests consume more water when it’s served without ice.
A welcome beer can set the tone, even if it’s just a small sample.
GLASSWARE PLACEMENT
For seated dinners, tell your servers or guests to place the most recent beer served right
above the plate and knife. That way, if you are discussing a specific beer for the most
recent course, everyone has a point of reference. Many beer styles can look alike, too, so a
strategy on which beer is placed where is a smart one. Beers from a previous course can
be shifted right as the meal progresses.
MENU ALTERNATIVES
This is a valuable base to cover. At minimum, most dinners we’ve hosted and attended
have accounted for the vegetarians (with Gwen being one of them!). This will ensure
things are more thought through. If working with a chef, he or she should help with this
effort and present you with a vision for the courses gone veggie. From there, getting an
idea from your guests regarding who is a vegetarian will help ensure you have the right
amount of food.
We’ve run into situations where we ask invited guests in advance to indicate if they are
vegetarian, but then during meal service, more than that total number ask for the veggie
meal. Dilemma! If you are hosting a dinner at a venue, have some sort of ticketing system
to confirm the number of vegetarians, or assign predetermined seats for vegetarians to
help prevent issues. That way, those who asked in advance for the veggie meal get one and
you don’t come up short because new people decide on the fly that they wanted one too.
Beyond that, there are dangerous allergies that chefs are used to accommodating but we
at home might not think of, for example shellfish, nuts, dairy, wheat, and more. Give your
guests (and chef) a chance to work around food restrictions by finding this information out
in advance, and remember to also consider how those restrictions might alter the pairing.
Today there are many adults with a gluten intolerance or celiac disease. The good news is
there is an ever-increasing number of gluten-reduced and gluten-free beers in a variety of
styles.
SESSION BEER
For the welcome beer, consider a session beer. Any style of beer can be made as a
session beer—lower in strength—but that will not guarantee it’s a winner. The goal
should be to reach a balance between the style’s character and the lower alcohol
content. Drinkability is a factor in the overall balance of these beers. Session beer
should not exceed 5 percent ABV. This beer style is not defined by specific flavors
or aromas, which can place it in almost any style category. Instead, what makes a
session beer is primarily refreshment and drinkability.
Quantitative Style Statistics
• OG: 1.034–1.040
• FG: 1.004–1.010
• Apparent Attenuation: 75–88 percent
• ABV: 4.0–5.0 percent
• IBU: 10–30
• Color/SRM: 2+ (straw)
Examples
Full Sail Session Premium Lager: This was one of, if not the first, session beers in
the post-Prohibition era marketed as such. It helped spur the session beer movement.
We love everything about this beer, including the chunky bottle and the easy,
throwback quenching yet flavorful qualities. Feeling lucky? Bet against the rock-
paper-scissors under the cap.
21st Amendment Hell or High Watermelon Wheat: Available only April through
September, with watermelon added after the initial fermentation. This beer is light
yet packed with pleasing fruit flavor and aroma.
Odell Loose Leaf: An American pale ale at 4.5 percent ABV. Toast and earthy
malt with a slight touch of sweet balanced with grassy, citrus, fruity hops, and a crisp
finish. Great carbonation and a pleasant subtle bitter aftertaste make this beer
refreshing anytime.
Saint Arnold Fancy Lawnmower: An ale style beer fermented at cooler lager
temperatures, the Lawnmower centers on spicy Hallertau hops. Bagging two past
Great American Beer Festival gold medals in the Kölsch category (2010 and 2007)
is no small feat. One taste of this beer, and you will tangibly have an understanding
of what sessionable is.
Julia: Utah Provo Girl is a 2011 gold medal winner for the session beer category
at the Great American Beer Festival. The base style is a German-style pilsener. This
beer works well as a session beer, as we watched in motion when we served it at a
media dinner we hosted at Colicchio & Sons in New York City.
Our suggestion is to list both of these questions somewhere, such as on the RSVP form,
or ask when confirming the reservation or seat at the dinner. Prompt attendees to contact
you by a specified date if they have specific allergies or food restrictions.
Keep in mind beer pairing synergies when dishes are changed up. Many a chef can be
your guide on what alternative menu items will still provide flavor harmonies with the
beer chosen for the listed main course.
EXECUTION
We’ve talked about the philosophy behind pairing meals, the importance of access to the
chef, striving to conduct a test tasting (see page 77), picking a theme, and more. Now let’s
talk execution.
1. During the meal, formally present each food course and beer. This is not considered
interruptive and is in fact what the people came to hear! If you skip this, your guests
miss getting the behind-the-scenes information. If the chef is on hand, have him or her,
or a representative from the establishment, speak about the food when it is served. If
this is a home meal, you should fill this role. Also, somebody should be ready to
present the beers, including the story behind the brand, the flavor profiles of the beer,
any special ingredients and unique brewing processes, IBU, and ABV. Be ready to
describe what craft beer and food interactions you perceive so others can relate to what
you are experiencing, and discuss your approach behind each pairing.
Tip: Don’t be afraid to pick up a glass, hold it by its stem, and use a clean fork or knife to
gently tap the glass. This classic technique that we’ve all seen at weddings when the bride
and groom kiss is a sure bet to get people’s attention in a classy way.
2. Shoot for good timing; start and end on time. Busy peeps very much appreciate this,
especially if they paid to attend! The only thing worse than a dinner that is not good is a
dinner that runs way too long that you regret attending in the first place. If you say the
dinner will end at a specific time, work it out so that the meal service and speakers stick
to this.
3. Leave them satisfied but not oversatiated. This point ties to menu development, but it’s
important for beer, too (see Tip 7). In a nutshell, gluttony is not glorious. So serve
reasonable portion sizes of food when you’re serving multiple courses. You want your
guests to leave inspired and refreshed, not tired and overwhelmed. In beer dinners,
nuance and finesse will make or break the overall impression—not sheer quantity.
4. Table setting: Leave the glassware on the table unless prompted by a guest to remove it.
Often a different beer from a previous course is worth trying with additional dishes.
Experiment, experiment, experiment should be the mantra, and guests should have the
opportunity to do so on their own instead of regretting that a beer from the previous
course was pulled from the table too early. The con is you end up with a more crowded
and full table setting, but a second benefit is that less table clearing cuts down on a lot
of distracting noise and lessens conversation interruptions.
THE LARGEST BEER DINNER EVER
Julia: I’ve had the pleasure of attending the largest seated beer dinner ever hosted
by the Brewers Association, for the World Beer Cup in 2012, which was hosted in the
beer mecca of San Diego. Chef Adam Dulye (see page 175), whom I’ve been
privileged to work with for several years, designed the menu. The dinner was
attended by nearly 2,100 people, with many of them in black-tie attire and some in
flip-flops (gotta love brewers’ eclectic ways). Here is the menu to whet your
appetites and inspire your inner pairing gods and goddesses.
BREWERS ASSOCIATION MENU
Saturday, May 5, 2012 World Beer Cup Dinner
5. Should guests pour the beer themselves or have it poured for them? It depends on the
setting. When in a restaurant or bar, you will usually have servers pouring for you. At
home, this is a great chance for people to pour for themselves. Have guests pass the
bottle around. However, when guests serve themselves, make it clear how much they
should pour. You can test this out in advance with a glass of water and the type of glass
you plan to use. Then show your guests the glass filled to the correct level and ask that
they don’t go beyond. This step prevents guests from getting shorted and discourages
overpouring.
6. Leave the bottles on the table. Our joke is that we all like to fondle the bottles, but
actually it’s no joke! So much of what we enjoy about beer goes beyond the flavor and
ties to the story of the producer and the packaging as well. When you’re not serving
draught beer, presenting each bottle or can is a chance for your guests to glean insight
to that story via the label and package. Trust us when we say that if you put one empty
bottle or can of each beer served in reach of the guests, you will see them automatically
pick it up, read the labels, and take pictures of the package for both memory’s sake and
to share on social media. This enhances the educational aspect of the meal and also
helps with memory retention of the brands served.
7. Portion size for beer is very important to consider, whether you’re hosting the meal at
your home or at a venue. Think about it: if you have a dinner that is three to five
courses, you’ll multiply the ounces per course by the number of beers for the total.
Beyond planning purposes regarding how much beer you’ll need, it’s essential for
responsible appreciation to be aware of the number of ounces served per guest. (Some
beer dinners present two beers per course, so that, too, is something to consider.)
3 courses × 1 beer per course (3 ounces per beer) = 9 ounces
3 courses × 2 beers per course (3 ounces per beer) = 18 ounces
4 courses × 1 beer per course (3 ounces per beer) = 12 ounces
4 courses × 2 beers per course (3 ounces per beer) = 24 ounces
5 courses × 1 beer per course (3 ounces per beer) = 15 ounces
5 courses × 2 beers per course (3 ounces per beer) = 30 ounces
Add to the above a welcome beer of four to six ounces, and you can see how quickly the
total ounces per person add up. This also ties into what type of glass to use. Traditional
beer style glassware examples are your best bet when serving a full beer (twelve to sixteen
ounces), but not necessarily when you are presenting small three- to four-ounce pours. The
small amount of beer poured into a larger standard size glass will lose carbonation more
quickly, and not look as appealing.
8. Serving temperature: Depending on the glass shape, thickness, and size, different beer
styles will warm up at different times. Proper serving temperature varies based on beer
style, too. Standard refrigerator temperature is 38 degrees Fahrenheit and the
temperature at which most American lager is meant to be served. However, beers
bigger in alcohol and body will do well to be served warmer, say 42 degrees Fahrenheit
and up. Some, such as robust barrel-aged beers, are best at cellar temperatures (55 to 65
degrees Fahrenheit). To serve beers at 38 degrees, take them straight from the
refrigerator and serve. To get closer to 42, take them out of the refrigerator ten to
fifteen minutes before service. To serve at cellar temperatures, try taking the beers out
of the refrigerator one hour before service.
9. Use glass tags to let guests label what beer is in what glass. This helps lessen confusion
if you’re leaving previously served beers on the table.
10. A common technique is serving two different beers with one course. This technique
helps bring more beers into the mix and creates a fun experience for guests, as there is
always one of the two beers that a person likes more than the other. Or flip the script
and try serving two foods with the same beer. That could set the stage for great
enjoyment and discovery as well.
A well-executed beer dinner leaves everyone talking about the pairings.
Discuss in advance:
• Centerpiece
• Color of tablecloths and napkins
Who is speaking?
Make sure your speakers and the How did you prep them?
venue are all on the same page
and understand your expectations. Have you vetted what they plan to say?
A prep phone call with all Do they know the timing of the meal?
speakers on the call together is a
Will brewer representatives be invited to speak?
very helpful step and ensures
□ Speakers there is a general dynamic Will the chef speak?
between all speakers. What do you plan to say and when?
Also, predetermine if you need How long will they get to talk? (Communicating this item
A/V equipment or not for music, is key.)
microphones, and presentations
(PowerPoint, videos, etc.). Where will they stand?
Will speakers be offered free tickets to bring guests?
Will the venue allow on-site ticket sales if you are not sold
Who will conduct the ticket sales: out in advance? How will this work and where will the
ticket sales happen?
□ Ticket sales the venue, a ticketing service, or
someplace else? Will you accept both credit cards and cash?
Will tickets account for dietary restrictions?
Decide on glassware after you Sometimes beer dinners use so many glasses that the
confirm the beers. venue has to rent them. If necessary, be sure to plan for
□ Glassware Ask the venue what your options this in your budget.
are. See glassware list below for common options.
A s you might expect, we both love cooking with beer. But we’re not alone. In a
CraftBeer.com poll, 36 percent of those surveyed said they cook with beer at least
once a week, and 26 percent said once a month. That means more than 60 percent of us
beer lovers may be cooking with craft beer regularly!
Part of the fun is that you don’t have to be formally schooled when it comes to cooking,
and the same applies to cooking with beer. Beer is a flavor-based ingredient that can be
used on its own (imperial stout ice cream float, anyone?) or as an addition to just about
any recipe. The flavor possibilities are limited only by your imagination.
Julia: Before I start cooking dinner, I like to pull a beer from the fridge without
checking the label and pour a few ounces into a glass. Tasting blind with a fresh palate
lets me dial in to the flavor components of a beer instead of paying heed to preconceived
notions I may have about a beer style or brand. It’s a fantastic way to work on beer style
identification, of course, but it’s also a chance to say, “Hmm, I wonder if this beer could
work its way into my dinner?” Liquid inspiration! Only through experimentation like this,
trying new beers and trying them with and in food, will you develop the instincts needed to
be a better taster and a better chef.
The whole point of adding any ingredient to a dish is to help balance the overall result.
And in this respect, we believe beer has many advantages over liquor or wine. It is
generally lower in alcohol (and thus easier to cook with and avoid big boozy notes), it
delivers deep and complex flavors that have tremendous resonance with so many foods
(grilled, roasted, smoked, herbed, and spiced), it can add bitterness thanks to hops, and it
has residual sweetness that can be very beneficial. Additionally, beer has carbonation, and
based on the style of beer, it has varying acidity. Both these things can be used to your
advantage in many situations.
So what are our surefire places to work beer into your cooking repertoire? There are the
usual suspects, including beer chili, beer-battered fish, beer cheese soup, beer-simmered
bratwurst, beer-steamed clams and mussels, and more. However, since most of us did not
grown up with craft beer in our households, we can go further with our initial attempts.
Take a classic such as beer chili. Why not try making it with a pumpkin beer instead of
a American lager for a subtle hint of spice? Or, if you want to use dark beer in a soup, try
integrating beer into a coconut curried soup rather than creating just the straightforward
beer cheese soup (for which most recipes call for, gasp, “a bottle of beer,” as if to say all
beers are the same). Stouts are made for peanut-butter brownie bars, bacon can be candied
with a wide variety of beers, and a brown-ale vinaigrette brings life to plain buttered
squash.
But those are the dishes to our tastes. In short, we recommend bringing the beers you
love to the dishes you already enjoy cooking and eating. See what simple substitutions can
do, and of course, continue on in this chapter for some helpful information as you
experiment and learn what beer not only brings to the dinner table but also to the dishes
themselves.
ALCOHOL
When cooking with fermented beverages, some alcohol remains in the final dish. The US
Department of Agriculture’s Nutrient Data Laboratory has extensive data on this very
topic. The cooking methods they tested include mixing alcohol into a cold dish, adding
alcohol to a boiling liquid, flaming (lighting the alcohol on fire), and baking for various
lengths of time. The definitive conclusion is that anywhere from a small amount (4
percent) to a large amount (more than 50 percent) of the original alcohol can remain in the
dish, depending on the cooking method, temperature, cooking and standing time, amount
of alcohol added, and other factors. The takeaway: no matter if you use beer, wine, or
spirits, it’s important to share with your guests that you’ve cooked with alcohol.
THE FISH FRY
Julia: The best party I ever hosted was a Friday fish fry in my old mountain
hometown of Nederland, Colorado. It was one of those parties that hit the mark for
me and fired on all cylinders: friends, food, fun, and drink.
My now husband and I had just started dating, and we decided to bypass the ever-
popular potluck in favor of a fish fry for our friends. We brewed homebrew for it,
too, of course. We made an English-style extra special bitter (ESB). We kegged half
the batch and bottled the other half.
We bought the best cod fillets we could find and used the ESB in the fish batter
recipe. With about fifty guests, as the evening went on the fried fish got more and
more flavorful, since the oil became increasingly seasoned with each filet that swam
amid the greasy heat. When the keg kicked that night, we moved on to the bottle-
conditioned ESB. I remember going to snag some of those bottles from their hiding
place under the stairs and offering them up to guests while the height of happiness
(and aroma of frying oil) filled the air.
The flavor harmonies of the ESB’s English pale malt (caramel, biscuit, honey,
and earthy Maris Otter malt notes), the breading in the fish batter, and the fried oil
were simply simpatico! The beer and food fell into each other like two high school
kids on their third date. And I haven’t even mentioned how that earthy English hop
flavor found its way to the dill in the tartar sauce. Trust me when I say this: once you
go homemade tartar, you don’t go back.
High heat burns off alcohol.
Julia: From where I sit as a mother, so little alcohol usually remains that I do not
hesitate to serve dishes that include beer to my young children. As long as it has been
cooked, I’m good with it. However, I will not serve them food that contains beer and has
not been heated.
Sean Paxton, the homebrew chef, shared some additional information on the science of
cooking with alcohol: Water boils at 212 degrees Fahrenheit, whereas ethanol (alcohol)
has an evaporation point of 173 degrees Fahrenheit. So the longer a dish containing
alcohol is held above 173 degrees, the less alcohol will be retained in the finished recipe.
This lower boiling point can be used to your advantage. When cooking with beer or
other forms of alcohol instead of just water, you can affect the texture and outcome of all
sorts of dishes. Take classic beer-battered fish, for example. Since ethanol in the batter
will evaporate before the water in the food will, the beer batter will heat up more quickly.
The battered crust will thus brown quickly while the fish inside cooks evenly at a slower
speed, preventing your fish from drying out and being overcooked.
Demonstration: Bananas Foster is a crazy great dessert that includes butter, brown
sugar, spices, alcohol (banana liquor and also dark rum), and bananas. We love it spooned
over vanilla ice cream. Anyway, if you take any recipe for bananas Foster and mix up the
sauce, take a taste of the sauce before cooking it. You’ll find you taste a lot of the banana
liquor and rum; the flavor is more intense, and it stands apart from the rest of the dish
before it’s cooked. However, once the liquor and dark rum are simmered—or even
intentionally flambéed—you’ll find the flavors now blend much better and the alcohol
component is subtle rather than in your face. That change in flavor came about because
you cooked some of the alcohol out of the dish.
CARBONATION
Beer’s carbonation can be an incredible attribute in batter, too. Tempura batter, crunchy
breadcrumb-based onion ring batter, southern fried chicken batter: the list goes on. Gases,
specifically oxygen in this case, dissolve into solution at low temperatures, so as a cold
beer warms up, carbon dioxide is released. Hence, when you dip the cool beer batter into
the hot oil, carbonation is released quickly.
Beer has a secret advantage over other carbonated beverages because it contains
carbohydrates as well as proteins. These act as natural foaming agents, meaning they bind
to the carbon dioxide gas, holding it for a little longer than, say, champagne, allowing the
batter to fluff up and be more airy. And of course, using beer means that you have another
flavor you can add if you choose. Try using the same beer in your batter that you’re going
to drink with your food, or go with elements such as smoke from a Rauchbier, sweet from
a German-style Märzen/Oktoberfest, or acidic from a sour beer. As always, a test tasting
will reap rewards, since not all recipes are guaranteed to work with all beers.
Batter can be airier, fluffier, and tastier thanks to beer’s carbonation and flavor.
GEEK OUT
Demonstration: Time for you to throw your own fish fry. Beer-battered fish and chips
are a timeless pair that has many variations and approaches, but the common theme is
beer. Use your favorite recipe for beer batter and split it in half. In one version, skip the
beer and just use water in the batter. In the other half, use an English-style bitter or
American amber ale. What you’ll notice is that the batter with beer will not only taste
more appealing, it should also be fluffier and airier thanks to the carbonation.
BITTERNESS
It is commonly known that if you cook something down, meaning you evaporate the
liquid, you concentrate solids and intensify flavors. However, heat also volatizes some
aromatic compounds, so many delicate aromas can leave the dish as it is being heated.
Bitter is not aromatically based. It is one of your basic taste elements, along with its other
friends, sweet, sour, salt and umami. So when beer is cooked and ethanol evaporates, hop
aromatics will be lost, but the bitter flavor remains and is often enhanced.
The most common methods to avoid adding harsh bitterness to your dishes are to either
avoid cooking with beer styles that are higher in bitterness or else skip exposing those
bitter beer styles to heat. Just as you match intensities in pairings, you will need to think
about the intensity of your food when cooking with hoppy beers. Less intense foods call
for lower IBUs. We also recommend that any beer above 50 IBUs stay out of the pan,
even for the biggest, boldest dish; instead, use a high-IBU beer for a last-minute whisk or
drizzle, or, failing that, simply pair it with the dish instead. Additionally, it’s good to be
aware that when a high-temperature burning or charring reaction occurs during cooking
(see page 204), an even harsher bitterness can occur.
Don’t let this scare you when it comes to hops and bitterness. Using bitterness as a
contrast to sweet works great, so why not use subtle hop bitterness together with honey
sweetness for beets, chard, or even green beans? Bitter citrus harmonizes with sweet citrus
in dressings and salads, curry dishes, root vegetables, chicken, and fish. Dishes that use
bitter ingredients, such as chamomile, horehound, ginger, dandelions, thistle, yarrow, and
even cinnamon, are dishes in which beer with higher IBUs could be substituted or used as
a cooking partner for a balance of resinous character. We haven’t even hit on chocolate,
which already has a sweet, fat, salt, and bitter of its own, so why not make a chocolate
beer ganache for a topping? Pickled veggies and mustards are great when infused with
hops. Be adventurous and test the bitter side!
Pickled vegetables come in so many varieties; why stick with just one?
A Marriage of Beer and Pickles: Dogfish Head Craft Brewery and Brooklyn Brine
Company (which makes pickles) teamed up to make Hop-Pickle, which is made with 60
Minute IPA, caramelized onions, and Cascade hops. The recipe is said to have come
together fully when Cascade hop oils were introduced. These pickles are a classic example
of hops being added both as a flavor from the hop oils and as a bittering ingredient from
the IPA.
RESIDUAL SUGAR
As we discussed on page 102, just about all beer has a final gravity higher than water,
thanks to its residual sugar. The average FG for beer styles listed on www.CraftBeer.com
is 1.014, with some styles being as low as 1.000 (Belgian-style lambic) and others being
as high as 1.032 (American-style wheat wine ale).
— Lucy Saunders —
We credit Lucy Saunders, author and educator, with many firsts in beer and food.
Saunders has twenty-five years of experience cooking with beer, studying baking
and pastry followed by apprenticeships at beer-centric restaurants in London and
Brussels. She is a food writer who is passionate about beer and the author of five
cookbooks, most recently Dinner in the Beer Garden and The Best of American Beer
and Food, as well as a frequent guest lecturer and teacher.
What are your favorite types of foods that include beer as an ingredient?
I use beer as an ingredient in braises, baking, and barbecue most often, plus sauces
and marinades made with beer make it so easy to add color and flavor to basic
recipes like chicken breasts and grilled vegetables.
It’s always good to start by tasting your ingredients. For example, taste your fresh
sliced vegetables or herbs with a sip of beer. Knowing which flavors in your raw
ingredients are the most intense lets you balance salt and seasonings and adapt your
cooking technique. A fresh carrot that’s just been picked will taste different from a
carrot that’s been shipped and then refrigerated for weeks. The difference in flavor
will guide your preparation in a recipe, which will also influence the possible
pairings.
What are the things everyone should keep in mind when cooking with beer?
It just drives me nuts when recipes say that to settle out the carbonation, it’s best for
a beer to be opened and set at room temperature overnight, or worst of all, the recipe
says to use stale beer. What you’re really introducing is a host of unpleasant
oxidized flavors. Just get out a really big mixing bowl, decant the beer and whisk it,
and let the foam settle to get a beer that is less carbonated but still retains fresh
flavors.
To me, hoppiness is a greater factor in culinary usage than beer’s acidity. Hops
can be tricky in high-heat techniques. I prefer to use the hoppiest beers in fresh, raw
recipes such as vinaigrettes or IPA white-chocolate whipped cream.
We’ve read that you make refrigerator pickles with beer. What does beer bring
to the table as an ingredient in pickles?
My refrigerator pickles are made with blanched fresh vegetables immersed in a beer
and malt vinegar seasoning blend, and allowed to steep. It’s part marinade, part
pickle, so they must be kept refrigerated for food safety. You can make them even in
an afternoon by slicing the vegetables thinly so the flavors are absorbed quickly.
Beer makes it fun, and adds another layer of flavor.
Most beers generally have a higher final gravity and residual sugar content than wine.
Sugar in cooking is an asset, since sugar can balance sweet, tannins, bitter, roast, capsaicin
heat, salt, and acid. So you can use certain beers as a flavored sugar source to help along
dishes that might have called for sugar anyway. Also, as you heat beer, ethanol and water
evaporate, making those residual sugars even more intense.
Beer additions to sauces, dressings, gravy, marinades, batters, brines, and glazes, for
example, can deliver both flavor and residual sugar. Here are some styles to keep in mind
when you need that added sweet boost: American-style wheat wine ale, German-style
doppelbock, Scotch ale/wee heavy, American and British-style barley wine, English-style
old ale, American imperial porter, Baltic-style porter, English-style sweet stout, imperial
stout, and German-style weizenbock.
You’ll really notice the residual sugar in beer when you reduce it to make a beer syrup.
When you experiment using beer to boost sweetness, remember that you may want to
lessen the sugar in the recipe. You can always sweeten the dish some more after it’s done,
as long as the dish is not dependent on sugar as a chemical catalyst while cooking. If beer
is used as a replacement for liquid that is not sweet, including water, vegetable, beef, or
chicken stock, keep this increased sugar in mind while also taking into account the
contrasting bitterness from the beer.
Demonstration: Grab a doppelbock or another sweet and strong beer style, such as an
English-style old ale or a Scotch ale/wee heavy. Slowly simmer the beer down until it’s a
thick syrup; it should coat the back of a spoon. Once cool, taste the syrup and create a
mental profile of all the sweet goodness you get from just one beer. Store the syrup in a
mason jar in your refrigerator and use it whenever you want a jolt of sweet, beery flavor.
Whisk into vinaigrettes, pour it into marinades, or spike sauces to your heart’s content.
ACIDITY
The benefits of using beer’s acidity in cooking is tied to improving taste. Remember how
when pairing, acidity in beer can lessen the impact of salt, fat, and acid in food? The same
principles apply when cooking.
For an example with a light amount of science, let’s look at fondue. You’ll find most
fondue recipes call for the addition of wine because of the tartaric acid. The acid binds to
casein protein from milk in cheese and helps to keep the molecules separated and in liquid
suspension. Without the acid addition, these proteins will clump together and coagulate
into a mass of gloppy cheese. Not very dippable when we are talking about fondue, now is
it? While it’s not overtly as acidic as wine, beer still provides enough acid to work the
same way. And the bonus is you have a wide range of flavors to match with cheeses:
roasted, smoked, sweet, nutty, bready, toasty, or how about some hoppy herbal notes? You
could even go a step further and use sour beer as the liquid base in your fondue.
Brining with beer not only adds flavor to meat, but it also helps keep meat moist as well.
A more extreme example can be found in ceviche. When the acid additions to this
recipe are low enough in the pH range, they denature proteins in the small pieces of
seafood you find in ceviche. Typically, you’d use lemon or lime, but try a very acidic beer
like an American sour ale or Belgian-style lambic next time. Note that this no-heat
“cooking” process does not kill food bacteria (which heat does). At levels below 4.0 pH,
you have a better chance of preventing bacterial growth, though. Also, since lower
temperatures stave off microbes, marinate in the fridge.
Acidic agents such as beer can also preserve the appearance of your foods. When a
recipe tells you to soak your artichokes in lemon water to prevent oxidation, change that
acidic agent to beer and get some added flavor as well.
To sum it up, beers with varying acidity levels can be used as an ingredient when acid
is needed in a dish.
GEEK OUT
pH
Did you know pH stands for “power of hydrogen”? pH is used to express the degree
of acidity and alkalinity in a water solution, usually on a logarithmic scale ranging
from 1–14, with 7 being neutral, 1 being the most acidic, and 14 being the most
alkaline. pH ranges vary, but common ranges for beer are 3–4.5 pH. Now here’s a
cool concept to put pH measurements into perspective. Just like the Richter scale for
earthquakes, pH is logarithmic. What this means is that every point on the scale is ten
times more or less acidic or alkaline than the point next to it. A pH of 3 is 1,000 times
more acidic than a pH of 6. Crazy, huh?
Another item that’s very important to note is that pH levels can and do vary from
beer style to beer style, brand to brand, and batch to batch. So many things alter pH in
beer, including the type of yeast, generation of yeast, addition of yeast nutrient, the
gravity at which a beer finishes, the water used, bottle conditioning, and so much
more. It’s not uncommon for some craft brewers to regularly anticipate a wavering of
pH plus or minus 0.3. So one beer brand could have a pH of 4.1 in one batch and 4.4
in another. This wavering does not tie to quality. It ties to the variability of beer’s
ingredients and its terroir.
Now let’s review acidity ranges for common liquids in the kitchen.
COMMON pH LEVELS OF SOME LIQUIDS
Beer writer and All About Beer magazine editor John Holl has authored a triumph of
a book titled The American Craft Beer Cookbook. In it, he provides 155 recipes from
US brewpubs and breweries, each with thoughtful suggested pairings.
Based on your experience traveling and writing your cookbook, what breweries
stand out for beer and food pairing?
Thankfully, we’re now in an age when that list could fill several books. It’s a far cry
from even a decade ago, but now there is a real effort on behalf of brewers, chefs,
and consumers to find those perfect pairings. On the larger side of craft, places like
the Brooklyn Brewery and Samuel Adams go to great lengths to work with chefs and
make better-than-generic suggestions on food pairings for their specific beers. Their
suggestions are usually inspired.
There are also smaller breweries doing wonderful things. I’m a fan of what
Lakefront Brewery does on Friday with their midwestern fish fry menu. From malty
lagers to hop-forward ales, there is a lot of variety and tons of flavors pulled from
relatively simple foods. The Haymarket Pub and Brewery in Chicago does a great
job coaxing nuances from their Belgian-inspired beers to match their hearty food
menu. Pizza is as versatile as beer, and at Earth Bread + Brewery in Philadelphia,
both are made lovingly and expertly, and finding the right pairing—guided by your
server—is a fun journey.
The fact is this: if a brewery isn’t thinking about food when they are making beer,
and if what’s coming from the kitchen isn’t made to match the liquid, those places
are going to lose a lot of ground very quickly.
What role do you see for chefs at today’s breweries/brewpubs?
In a brewery position, the chefs are really ambassadors for beer and food. They need
to have the knowledge and confidence to articulate the flavors of not only the food
but the beer as well. Showcasing the complements or contrasts in a pairing is
paramount. This is no small feat, because there are so many dynamic flavors that can
be found in a beer, especially when a brewer uses nontraditional ingredients. Finding
food inspiration in a background flavor of a beer can elevate the whole meal
experience. A chef is the first wave in that movement.
What are some of the most unusual beer pairings you’ve ever had, and at what
breweries?
I’ve had Epic Brewing Company beers paired with flavored popcorn, Allagash
Brewing Company sours made into sorbet, all manner of tropical fruits and wild
game expertly prepared and paired with ales of all stripes. Unusual is more and more
common in this diverse beer world, and when done well, it can quickly become a
familiar favorite.
SALT
It’s commonly thought that salt, when used in moderation, is a gateway to goodness
because it acts as a flavor enhancer. Salt can be applied to all kinds of foods, including
chicken, steak, tofu, or veggies, with a variety of techniques for different periods of time
in order to permeate the cells. Salt then denatures, or breaks down, the protein and relaxes
the fibers into submission, also known as tenderizing. Moisture can be lost, gained, or
retained, depending on the duration of contact, medium used, temperature, and size of the
item. Acid acts in a similar fashion to salt in that it also helps break down proteins and acts
as an antimicrobial agent.
Although only one or two beer styles are actually salty (hello, Gose!), beer can be used
in conjunction with salt to enhance flavors even further with a couple of techniques.
Marinating: A marinade is a combination of wet and/or dry ingredients (rubs) used to
infuse flavor into food while also increasing its tenderness. Whatever food you are
marinating will determine the amount of time the food should sit. Most vegetables take
much less time with a marinade than a thick piece of meat would (if you don’t want them
oversalted or overseasoned). If you are using a dry rub, initially water will be drawn out of
the food by osmosis, but once the water mixes with a small amount of salt in the rub, the
same process of osmosis will draw the water back in, along with the salt and seasoning.
With a liquid marinade, you are coating the surface of the food with flavors that will be
cooked in, but you are also denaturing the protein, which helps change how liquid is
retained in the cells.
Since beer is acidic and acid breaks down the protein fibers in food, adding beer helps
food become more susceptible to flavor-inducing ingredients (with beer being one of
them).
For example, chicken marinated in a German-style hefeweizen isn’t just tender and
juicy, that juiciness is now chock-full of fruity and bready characteristics. Or take a
barbecue marinade made with a bourbon barrel-aged stout. It’s sure to infuse some intense
bourbon, vanilla, dark chocolate, and sweet roasted characteristics into steaks or
portobello mushrooms while keeping them moist and flavorful.
Brining: Brining, although similar to marinating, is specifically designed to permeate
all the food cells with salt (commonly there’s up to 10 percent salt in brine). Unlike
marinades, which are primarily focused on the surface area of food, brining penetrates and
saturates the food. The science behind this process is osmosis: because the surrounding
brine has a higher concentration of salt than the internal cells of the food, the salt is drawn
to the area of lower concentration, which is inside the cells. As the item remains in the
brining solution, water flows freely back and forth, and the salt begins to denature the
proteins cells. These denatured protein cells are large molecules and cannot flow back and
forth, and they begin to bond to the water molecules. That means that eventually more
water will be retained inside the food cells. The result is a higher degree of tenderness and
moisture than with a marinade (the moisture retention is especially valuable when brining
large meats that often dry out, such as a whole turkey). And guess what? Beer is a great
addition to brines as well!
For an example, look no further than the Tipsy Turkey, invented by Homebrew Chef
Sean Paxton. Rather than brining as usual, Sean tweaked the recipe to incorporate a
holiday ale or Christmas beer. The brine recipe accentuates the flavor profile brought by
the beer style. The finished turkey will be full-flavored, well-seasoned, incredibly moist,
and have a lingering essence of the brew used in this beer brine. For a video of Julia
making this recipe, see www.craftbeer.com/recipes/tipsy-turkey-video.
HEAT
To heat or not to heat? When cooking with beer, it makes a huge difference. As you’ve
seen in the preceding section, when it comes to beer, heat will intensify some flavor
elements while others will dissipate. Taste elements will become stronger as the liquid is
reduced, and aroma compounds will be cooked out instead. So a beer’s bitter and sweet
tastes will become stronger while any yeasty esters or hop aromas will decrease. But heat
is so important that we have to address it on its own as well. Let’s look at the types of heat
you’ll encounter and some reactions that apply to beer.
Heat causes many reactions in cooking.
Heating is the movement of energy from a hotter object to a cooler object and can be
transferred in three different ways: conduction, convection, and radiation. As energy is
transferred to molecules, they begin to vibrate, which then causes the other molecules to
get excited and begin to vibrate. Conduction is a common form of heat when cooking:
heat is transferred by direct contact with the heat source, so cooking occurs from the
outside to the inside. It’s what happens when you’re pan frying or grilling. The level of
heat on the surface and the time of exposure to the surface will determine how much
energy is transferred to the inside of the food. Convection is when heat is transferred by
liquid or gas/air. For example, blanching, poaching, boiling, deep frying, baking, and
steaming are all forms of convection heat. By cooking with convection heat, items cook
more slowly and evenly throughout, but still from the outside to inside. Radiation is when
heat is transferred through heat waves, light waves, or radio waves and does not require
contact. Radiation causes molecules (water, sugars, fats/oils) to vibrate, causing friction.
The friction becomes heat, which transfers through the inside of the food item, cooking it
evenly. Radio waves are what your microwave uses to cause water molecules to vibrate
and create friction, which in turn creates heat. It also happens when you hold an item near
a heat source but not touching it, like marshmallows on a stick over a campfire. Molecules
will continue to vibrate and change places after being removed from the heat in an attempt
to equalize the cold and hot areas. Time, temperature, thickness, and moisture content are
all going to play a part in when your food is ready.
In addition to the three ways heat is transferred, there are also two different heat types:
dry heat and moist heat. Dry heat uses air or fat; think of everything from broiling and
grilling to roasting and frying a tender cut of meat. Moist heat, on the other hand, applies
water or steam for longer cooking times and is often used for less tender cuts of meat.
Methods for moist heat include braising, simmering, boiling and poaching in water.
MAILLARD REACTION
The Maillard reaction, discovered over 100 years ago by Louis Camille Maillard, is a non-
enzymatic browning reaction. As you might have guessed, no enzyme is required for non-
enzymatic reactions; however, the presence of heat, sugar from carbonyl groups on
carbohydrates, and amino groups on proteins are required to create flavor and color
changes in food and beverages. Put a little more simply, the sugars and amino acids are
separate individual molecules, of which there are many. Then we turn up the heat. Once
the temperature starts to increase, sugars react and hook up with the amino acids. Since
there are different sugar molecules and different amino acid molecules, you end up with a
plethora of resulting flavors—and that is just the beginning of the chemical molecule
rearrangements.
In general, heat above 285 degrees Fahrenheit is required for the reaction to begin, but
Maillard reactions can still occur at lower temperatures. A good example of a reduced
Maillard reaction is self-tanning products, which often brown the skin through the
chemical reaction between amino acids in your skin and ultraviolet light.
However, in this book what we are interested in is what the Maillard reactions produce
in food: for example, the browning of bread and flavors that occur such as cracker, biscuit,
popcorn, or tortilla. There’s also the flavor of meat, which changes from roasting, grilling,
or frying. And don’t forget about the color and flavors of coffee, chocolate, and of course,
beer!
GEEK OUT
CARAMELIZED MALTS
Julia: As a homebrewer, I’d be remiss not to mention other examples of beer’s main
ingredient and how it can also be used in cooking. Caramelized malt (sometimes
called crystal malt) can serve as a great ingredient in food. How is it made? In the
presence of water and kernels of green barley, wheat, or rye that have not been
germinated, malt undergoes a mash in the hull at about 150 degrees Fahrenheit (the
same temperature at which beer is mashed). This converts the grain’s starch to sugar.
The malt is then dried over a higher heat, which crystallizes the sugar. There are zero
enzymes, as with most specialty malts, so it is not a fermentable to beer. In beer, malt
is primarily known for its color, but it can also provide body and mouthfeel (via
dextrins, which are sugars that cannot be fermented by brewing yeast), some
sweetness, and improved foam stability. The sweetness varies by type of caramel
malt. Flavor ranges include a light malty sweetness to an actual caramel flavor, toffee,
dark fruit, raisin, or burnt sugar. Sounds like a food ingredient to me!
Caramel malt, along with many other forms of malt, can serve as a formidable
ingredient in many baked goods (malted cookies, anyone?) or even a base for bread.
To find caramel malt and a plethora of other fun ingredients that happen to also make
beer, walk into any homebrew shop or order online.
Since the original discovery of the Maillard reaction, quite a bit of food chemistry
research has focused on the chemical compounds that create all the interesting aromas,
flavors, and texture and consistency changes in food. At the time of writing, there are
thought to be three stages to the Maillard reaction and thousands of compounds that are
formed! Researchers have discovered that different temperatures, pH levels, ingredient
combinations, and moisture levels all affect the outcome of the aroma and flavors of your
food. With so many amino acid and sugar combination and reaction possibilities, the
complexity of flavors only grows.
If you want to get geeky, the amino acid reactions of valine produce rye-bread aromas,
while proline and cysteine are the primary ones for cereal-like aromas and flavors. Lysine
and cysteine reactions lead to cracker and meat aromas and beer aroma begins with the
reactions of amino acid glycine. Not to mention, chemical rearrangements into compounds
like 2,3-butanedione produce aromas and flavors for both popcorn and grilled red meats.
(If you would like to dive deeper into the science of all the stages, check out the article
The Maillard Reaction Turns 100 published in 2012 in Chemical & Engineering News.
Still, what it all comes down to is that we enjoy the benefits of the Maillard reaction
when we drink beer and eat foods like bread, grilled or roasted meats, coffee, cookies,
chocolate, and so on. Let’s hear it for chemistry!
CARAMELIZATION
Caramelization is also a non-enzymatic browning reaction that requires heat transfer to
remove water and break down sugar into thousands of different molecules. The end result
is toasty, nutty, buttery, and sometimes floral or fruity caramel syrup that can be amber to
brown. It can even be black, but as you push caramel that far it will get quite bitter as well
—that’s more of a burnt sugar syrup than a classic caramel.
The temperature at which caramelization begins is sugar-type dependent. Fructose
caramelizes at 230 degrees Fahrenheit; sucrose, glucose, and galactose at 320 degrees
Fahrenheit; and maltose at 356 degrees Fahrenheit. That last one is important. It means if
you are caramelizing or doing a reduction sauce with beer, you are going to have to get it
up to at least 356 degrees to start caramelizing all the sugars that are available. Of course,
variables such as moisture content, pH, cooking conditions, etc. are going to have an
influence on the amount of time that it takes for caramelization to occur as well.
So how do you know if you’re caramelizing something or if it’s undergoing a Maillard
reaction? Here’s a handy chart.
TECHNIQUE MOIST OR DRY HEAT MALLIARD REACTION
Boiling Moist No
Poaching Moist No
Steaming Moist No
Stewing Moist No
MOIST HEAT:
Dark lagers, pale ales, IPAs, brown ales, Scottish ales, bocks, porters, stouts, strong ales
DRY HEAT:
Wheat beers, pilseners, some Belgian styles, some wild/sour beers
RESOURCES AND WORKS CITED
Chapter 1
del Olmo, Álvaro, Carlos A. Blanco, Laura Palacio, Pedro Prádanos, Antonio Hernández.
“Pervaporation Methodology for Improving Alcohol-Free Beer Quality through Aroma
Recovery.” Journal of Food Engineering (2014): 133.
doi:10.1016/j.jfoodeng.2014.02.014.
Langstaff, S. A., and Lewis, M. J. “The Mouthfeel of Beer—A Review.” Journal of the
Institute Brewing 99 (1993): 31–37. doi:10.1002/j.2050-0416.1993.tb01143.x
Caul, Jean F. The Profile Method of Flavor Analysis New York: Academic Press Inc.,
1957.
Chapter 2
The American Society of Brewing Chemists Beer Flavor Wheel design combines the
original flavor wheel developed by M. C. Meilgaard, C. E. Dalgliesh, and J. F.
Clapperton in 1979 with updated, detailed terminology provided by experts.
www.asbcnet.org/store/Pages/WHEEL1.aspx.
Howard Hughes Medical Institute (HHMI). “Humans Can Distinguish at Least One
Trillion Different Odors.” ScienceDaily, accessed April 1, 2015,
www.sciencedaily.com/releases/2014/03/140320140738.htm.
University of California–Riverside. “How Cells in the Nose Detect Odors: Braking
Mechanism in Olfactory Neurons Helps Generate Amazing Diversity of Sensors.”
ScienceDaily, accessed April 1, 2015,
www.sciencedaily.com/releases/2012/11/121114172941.htm.
Meyerhof, Wolfgang, Claudia Batram, Christina Kuhn, Anne Brockhoff, Elke Chudoba,
Bernd Bufe1, Giovanni Appendino, and Maik Behrens. “The Molecular Receptive
Ranges of Human TAS2R Bitter Taste Receptors. Chem Senses 35, no. 2 (2010): 157–
70. doi:10.1093/chemse/bjp092.
Zhao, Grace Q., Zhang, Y., Hoon, M. A., Chandrashekar, J., Erlenbach, I., Ryba, N. J., and
Zuker, C. S. “The Receptors for Mammalian Sweet and Umami Taste,” Cell 115, no. 3,
(October 31, 2003): (255–66). doi:10.1016/S0092-8674(03)00844-4.
Liman, Emily R. “Thermal Gating of TRP Ion Channels: Food for Thought?”
Sci. STKE 2006, no. 326 (2006): 12. doi:10.1126/stke.3262006pe12.
Chapter 3
CraftBeer.com. “CraftBeer.com Tasting Sheet,” accessed March 30, 2015,
www.craftbeer.com/wp-content/uploads/2015/01/BeerTastingForm12_14.pdf.
Technical Committee of the Brewers Association. Brewers Association, Draught Beer
Quality Manual. 2nd ed. Boulder, Colorado: Brewers Association, 2011.
www.draughtquality.org/wp-content/uploads/2012/01/DQM_Full_Final.pdf.
Chapter 4
Tabasco. “Tabasco FAQ,” accessed March 30, 2015, www.tabasco.com/mcilhenny-
company/faqs-archives/#how-hot-is-each-flavor.
Papazian, Charlie, “Umami: It’s Not About the Marriage—It’s About the Child.”
CraftBeer.com, accessed March 30, 2015, www.craftbeer.com/beer-and-food/umami-
its-not-about-the-marriagemdash-its-about-the-child.
Chapter 6
CraftBeer.com. “CraftBeer.com Beer Styles,” accessed March 30, 2015,
www.craftbeer.com/beer-styles-guide.
Chilicookoff.com. “The Rules and Regulations for Cooks at the World’s Championship,
State, Regional and District Cookoffs,” accessed March 30, 2015,
www.chilicookoff.com/Event/Event_Rules.asp.
Chapter 7
American Cheese Society. “Cheese Glossary,” accessed April 1, 2015,
www.cheesesociety.org/i-heart-cheese/cheese-glossary.
Cheese.com, accessed April 1, 2015, www.cheese.com.
“Cheese Types,” Cheese-types.com, accessed April 1, 2015, www.cheese-types.com.
“Cheese Glossary and Types of Cheese,” CheeseLibrary.com, accessed April 1, 2015,
www.cheeselibrary.com/cheese_glossary.html.
Coe, Sophie D., and Michael D. Coe. The True History of Chocolate, 3rd ed. London:
Thames & Hudson, 2013. 17–32, 253–61.
US Food and Drug Administration. “Code of Federal Regulations Title 21.” Vol. 2,
Subpart B. Requirements for Specific Standardized Cacao Products.
www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfcfr/CFRSearch.cfm?CFRPart=163.
Chapter 8
Adam Dulye and Brewers Association. World Beer Cup dinner menu, Saturday, May 5,
2012.
Chapter 9
“Does Alcohol Really Boil Away in Cooking?” OChef.com, accessed March 30, 2015,
www.ochef.com/165.htm.
“Poll: How Often Do You Cook with Craft Beer?” CraftBeer.com, accessed March 30,
2015, www.craftbeer.com/craft-beer-muses/tips-for-cooking-with-craft-beer.
“What Does pH Stand For?” Chemistry.about.com, accessed March 30, 2015,
http://chemistry.about.com/od/ph/f/What-Does-Ph-Stand-For.htm.
Everts, S. “The Maillard Reaction Turns 100.” Chemical & Engineering News (2012): 58–
60.
Hartings, M. “The Maillard Reaction.” Sciencegeist. http://sciencegeist.net/the-maillard-
reaction/.
“Why Foods Brown—The Maillard Reaction.” Science of Food and Cooking,
http://web.mnstate.edu/provost/BCBT100%20Browning.pdf.
WorldofChemicals.com. “Food Browning by Maillard Reaction.”
www.worldofchemicals.com/456/chemistry-articles/food-browning-by-maillard-
reaction.html
“What is Caramelization?” ScienceOfCooking.com, accessed March 30, 2015,
http://scienceofcooking.com/caramelization.htm.
ACKNOWLEDGMENTS
Thank you to both our chosen charities, which hopefully see a lift from the sales of this
book. Gwen’s chosen charity is Best Friends Animal Society, which has a powerful and
worthy mission to bring about a time when there are no more homeless pets. Julia’s
chosen charity is The Foundation for Alcohol Research, which helps build a base of
knowledge regarding how alcohol affects health, its use in society, and the benefits and
detriments related to consumption. Thank you to Jackie Dodd (http://thebeeroness.com), a
gifted, talented, passionate, and beautiful photographer, writer, and foodie. Thank you to
The Lost Abbey and Jeff Bagby (Babgy Beer Company) for letting us shoot photos at your
amazing locations. We would like to personally thank all of those pioneers who have
plowed the way for the rebirth of craft beer and artisanal foods. Bravo! We also thank
those who are continuing to travel with us, changing laws, rules of production, and being
amazing anarchists in this slow food and beverage movement. Most of all, we give thanks
to those of you who will continue to push the boundaries beyond what we could ever
dream of. We are never bored and always amazed with the creativity of those around us.
Keep inspiring!
Gwen: At the top of my list always is my better half, my rock, and best friend, my
husband Bill. You are the Zen in my life! Thank you to Gene Lee, who taught me to be an
honest taster. Thank you, Julia, for the amazing book journey that was—and will continue
to be—a fun, enlightening adventure. A big thanks to Thom O’Hearn for keeping us
focused and Voyageur Press for believing in our journey. An apology to my sister, Tammi:
I should not have tormented you with foods you didn’t like when we were kids. I was
wrong, and I promise never to do that again!
Julia: Yay for the husbands, and mine is Greg Ucker! Thank you, thank you, and thank
you for the time and patience, belief, and encouragement. Some women buy shoes; I buy
food and drink and want to talk through every morsel—thank you for indulging me. Thank
you to my parents and brother Bill. Thank you to all my coworkers at the Brewers
Association (every single one of you). Thank you to Charlie Papazian, who started a
movement with just a kettle and carboy. Go homebrewers! Thank you to each and every
single craft brewer who brews not only to give us the gift of craft beer but also to make the
world a better place. Rock on, Gwen: you are truly the sensory goddess. As you say,
“Maryland girls rule!” Thank you to Voyageur Press and Thom O’Hearn for your steadfast
yet patient prodding!
ABOUT THE AUTHORS
Julia Herz is the craft beer program director at the Brewers Association and publisher of
CraftBeer.com. She has been featured on The Splendid Table, The Food Network’s
Unwrapped, CNBC’s Closing Bell, Good Morning America Live, and numerous other
national media outlets. She also is a certified Beer Judge Certification Program (BJCP)
beer judge, Certified Cicerone, and devout homebrewer. She tweets about craft beer as
@HerzMuses.
Gwen Conley is the director of brewery production and quality at Port Brewing/The Lost
Abbey in San Marcos, California, one of the most highly regarded and award-winning
breweries in the United States. Previously, she worked as quality assurance and sensory
director at Flying Dog Brewery and as a flavor panel leader for Ball Packaging
Corporation. In a previous life, she was a microbiologist, environmental chemist, and
biology teacher. She is a veteran judge at the World Beer Cup and the Great American
Beer Festival, and an instructor for the American Brewers Guild and the University of
California, San Diego Extension Brewing Certificate program. She tweets about beer as
@SensoryGodess.
INDEX
acidity, 199–200
aftertaste, beer tasting and, 56
alcohol
as flavor element in cooking, 193–194
role in flavor pairings, 69
tasting process and, 46
alcohol by volume (ABV), 46, 103
American amber lager, 114, 116
American barley wine, 137–138
American Brett beer, 138, 140
American brown ale, 92–93, 121–122
American Imperial stout, 96–97
American India pale ale (IPA), 88–90, 96–97, 97–99, 129–130
American pale ale, 58–59, 97–99, 119, 121
American stout, 126
apparent attenuation, 102
aroma
beer tasting and, 54–55
common descriptors, 55
consciousness of, 32–33
role in flavor pairings, 69
sensory vocabulary and, 29–30, 32
taste and, 28–30, 32
as term, 20
barrel-aged beer, 88–90, 143–145
Beaumont, Stephen, 64
beer dinners
beer ingredient cooking, 179
Brewers Association Menu, 182
checklist for, 186–189
communication with chefs, 172
execution considerations, 181, 183, 185
menu alternatives, 179, 181
sample menu for, 174, 176–177
seasonal, 173–174
themes for, 172–173
water and, 177
welcome beers and, 179
beer ingredients
about, 12–13
cooking with, 179
hops, 15–17
intensity scales for evaluation, 56–58
malts, 13, 15
other ingredients, 18–19
water, 18–19
yeast, 17–18
beer tasting
American Pale Ale sample tasting, 58–59
aroma and, 54–55
CraftBeer.com tasting sheet, 60
elements of first sips, 55–56
physical environment, 52–54
pouring, 65
temperature and, 53
visual attributes, 54
See also glassware
Belgian-style dubbel, 90–94, 122, 124
Belgian-style Flanders, 140, 142
Belgian-style pale strong ale, 97–99
Belgian-style quadrupel, 90–92, 92–93
Belgian-style saison, 90–92, 133–134
Belgian-style tripel, 131, 133
Belgian-style wit, 97–99, 105, 107
Berliner-style weisse, 88–90, 110, 112
Bière de Garde, 90–92
bitterness
aroma descriptors for, 55
as flavor element in cooking, 196–197
hops and, 15–16
interactions with, 72–73
as part of tasting process, 40–43
role in beer-cheese pairings, 151
role in flavor pairings, 69
as term, 20
Bohemian-style pilsener, 112, 114
breakfast pairings, 169
bridges
definition, 21
role in pairings, 69–70
brunch pairings, 169
Bueltmann, Fred, 154
cake, 162–163
California common, 93–94
candy corn, 162
caramelized malts, 206
carbonation
as element in cooking, 194, 196
mouthfeel and, 47–49
texture interactions and, 71
casein, 148
cheese
aging and, 150
classification of, 150–152
common elements with beer, 148
milk in, 148–150
pairing beer with, 151–153
production process, 148
sample beer pairings, 155
chemical interactions, 74
chips and dips, 165
chocolate
classification of, 158–159
history of, 155–156
pairing beer with, 159–160
production process, 156–158
truffle-beer pairings, 157
color/standard reference method (SRM), 103–104
complements
definition, 21–22
role in flavor pairings, 70–75
conduction, 205
contrast
definition, 22
role in flavor pairings, 69–75
convection, 205
cooking
acidity in, 199–200
alcohol flavor element, 193–194
bitterness as flavor element in, 196–197
caramelization, 206–207
carbonation as element in, 194, 196
fish fry example, 193
heating beer in, 204–205, 207
Lucy Saunders on, 198
Maillard reaction, 205–207
residual sugars in, 197, 199
residual sugars in, 197, 199
salt flavor element in, 203–204
typical dishes, 192
crystal malts, 206
curds, 148
cut
definition, 22
role in flavor pairings, 70–75
double India pale ale (DIPA), 130–131
dry heat, 205
Dulye, Adam, 175, 182
dunkels, 107
emphasize, definition, 22
English-style oatmeal stout, 92–93
English-style pale ale, 117–119
enhance, definition, 22
essential oils, 16
esters, 16
extra special bitter (ESB), 117, 119
fat
alcohol and, 46
as part of tasting process, 43, 46
role in flavor pairings, 69
final gravity (FG), 102
finish. See aftertaste
flavor
definition, 20
food modifications for, 83
interactions of, 70–71
flavor groups, 21
flavor pairing
Fred Bueltmann on, 154
complementary flavors, 69–70
considering elements separately, 69
descriptive terms for, 80
Adam Dulye on, 175
food flavor modifications, 83
Robert Harrington’s twelve relationships, 84
John Holl on, 202
intensity matching, 75–77
modification, 80–82
overview of, 68
Steve Parkes on, 115
potential interactions, 70–75
taste testing, 77–79
wine and, 76
See also palate trips; savory pairings; sweet pairings
flavored candy corn, 162
foam, 53
French-style Bière de Garde, 90–92
Garneau, Nicole, 44–45
German-style doppelbock, 142–143
German-style hefeweizen, 96–97, 107–108
German-style Märzen/Oktoberfest, 96–97, 116–117
Girl Scout cookies, 160–162
glassware
for beer dinners, 179
cleanliness of, 63
effect of, 61
pouring, 65
Stephen Beaumont on, 64
types of, 61, 63, 65
glutamate, 40
grilled cheese, 168
harmony, definition, 21
Harrington, Robert, 84
hedonics, 79
herbs, pairings with, 19
Holl, John, 202
hops, 15–16
ice cream, 163
imperial India pale ale (IPA), 93–94, 130–131
intensity
beer and cheese pairings, 151
definition, 21
role in flavor pairings, 69, 75–77
International Bitterness Units (IBUs), 15, 103
Isle, Ray, 31
jerky, 167
kristalweizen, 107
mac-and-cheese, 168
Maillard reaction, 205–206
malts
carmelized, in cooking, 206
flavors/aromas, 13, 15
pairings with, 15
role in beer, 13
Meilgaard, Morton, 27
milk
cow, 149
factors affecting, 148–149
goat, 149–150
sheep, 150
moist heat, 205
mouthfeel
beer tasting and, 56
dark beer bias and, 56
definition, 20–21
as part of tasting process, 47–49
role in flavor pairings, 69
nuts, 19, 166–167
Oktoberfest, 96–97, 116–117
Oliver, Garrett, 14–15
Olmstead, Randy, 157
original gravity (OG), 102
orthonasal aroma, 28
pairings. See flavor pairing; savory pairings; sweet pairings
palate trips
about, 88
designing, 99
Number 1 (overview), 88–90
Number 2 (Belgian inspired), 90–92
Number 3 (without guidance), 92–93
Number 4 (strange pairings), 93–94
Number 5 (nice and easy), 96–97
Number 6 (not your average picnic basket), 97–99
Papazian, Charlie, 43
papillae, 34
Parkes, Steve, 115
Paxton, Sean, 194, 203
pH levels, 201
pizza, 165–166
pouring, 65
radiation (type of heating), 205
rennet, 148
residual sugars, 197, 199
rests, 22
retronasal aroma, 28–29, 56
Rheinsheitgebot, 12
robust porter, 125
routines, disrupting, 26–27
salt
alcohol and, 46
aroma descriptors for, 55
as flavor in cooking, 203–204
interactions with, 72–73
as part of tasting process, 37–40
role in beer-cheese pairings, 151
role in flavor pairings, 69
science of in food, 39
as term, 20
Saunders, Lucy, 198
savory pairings
chips and dips, 165
grilled cheese, 168
jerky, 167
mac-and-cheese, 168
nuts, 166–167
pizza, 165–166
wings, 167–168
serving sizes, 155
session beer, 180
sour
aroma descriptors for, 55
different ages and, 37
interactions with, 72–73
as part of tasting process, 37
role in flavor pairings, 69
as term, 20
spices, pairings with, 19
style guidelines
color/standard reference method (SRM), 103–104
numbers used, 102–103
sugar sources
pairings with, 19
types of, 35
suppress, as term, 22
sweet
alcohol and, 46
aroma descriptors for, 55
interactions with, 72–73
as part of tasting process, 27–28, 36–37
role in flavor pairings, 69
as term, 20
sweet pairings
cake, 162–163
flavored candy corn, 162
Girl Scout cookies, 160–162
ice cream, 163
tastes
aroma triggers and, 55
interactions with, 72–73
papillae, 34
recognizing basic, 33–34
role in flavor pairings, 69
tasting exercises for, 34–36
tasting process
aroma and, 27–30, 32–33
components of, 27–28
integrating sensory training and, 49
mouthfeel and, 27–28
personal nature of, 52
sickness and, 42
tastes and, 27–28, 33–43, 46
See also beer tasting; palate trips
temperature, beer tasting and, 53
terminology
craft beer, 13
flavor terms, 20–21
pairing terms, 21–22
texture interactions, 71
TRP channels, 48
umami taste
aroma descriptors for, 55
Charlie Papazian on, 43
interactions with, 72–73
role in pairings, 69
as term, 20
yeast and, 17
visual cues, 27–28
volatile compounds, 33
water
as beer ingredient, 18
flavors/aromas, 18–19
role in beer dinners, 177
weissbeer, 96–97, 107–108
weizenbock, 107
welcome beers, 179
whey, 148
wine, 76
wings, 167–168
wood-aged beer, 143–145
yeast
in bread, 196
flavors/aromas, 17
pairings and, 17–18
role in beer, 17
© 2015 Quarto Publishing Group USA Inc.
Text © 2015 Julia Herz and Gwen Conley
Photography © 2015 Jackie Dodd, unless otherwise noted
First published in 2015 by Voyageur Press, an imprint of Quarto Publishing Group USA Inc.,
400 First Avenue North, Suite 400, Minneapolis, MN 55401 USA.
Telephone: (612) 344-8100 Fax: (612) 344-8692
quartoknows.com
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information supplied. We apologize for any inaccuracies that may have occurred and will resolve inaccurate or missing
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Voyageur Press titles are also available at discounts in bulk quantity for industrial or sales-promotional use.
For details contact the Special Sales Manager at Quarto Publishing Group USA Inc., 400 First Avenue North, Suite 400,
Minneapolis, MN 55401 USA.
Digital edition: 978-1-6278-8822-6
Hardcover edition: 978-0-7603-4843-7
Library of Congress Cataloging-in-Publication Data
Herz, Julia, 1968-
Beer pairing : the essential guide from the pairing pros / Julia Herz, Gwen Conley.
pages cm
ISBN 978-0-7603-4843-7 (hardback)
1. Beer. 2. Food and beer pairing. I. Conley, Gwen, 1966- II. Title.
TP577.H475 2015
641.2’3—dc23
2015020146
Acquiring Editor: Thom O’Hearn
Project Manager: Caitlin Fultz
Art Director: Cindy Samargia Laun
Book Design and Layout: Amelia LeBarron
Cicerone® is a registered certification mark and service mark of the Craft Beer Institute in the United States and a
registered trademark and service mark in the European Union and Canada.