PDF Discovering Childhood in International Relations J. Marshall Beier Download
PDF Discovering Childhood in International Relations J. Marshall Beier Download
PDF Discovering Childhood in International Relations J. Marshall Beier Download
OR CLICK LINK
https://textbookfull.com/product/discovering-
childhood-in-international-relations-j-marshall-
beier/
Read with Our Free App Audiobook Free Format PFD EBook, Ebooks dowload PDF
with Andible trial, Real book, online, KINDLE , Download[PDF] and Read and Read
Read book Format PDF Ebook, Dowload online, Read book Format PDF Ebook,
[PDF] and Real ONLINE Dowload [PDF] and Real ONLINE
More products digital (pdf, epub, mobi) instant
download maybe you interests ...
https://textbookfull.com/product/international-public-relations-
and-public-diplomacy-communication-and-engagement-1st-edition-
guy-j-golan/
https://textbookfull.com/product/historiographical-
investigations-in-international-relations-brian-c-schmidt/
https://textbookfull.com/product/pessimism-in-international-
relations-provocations-possibilities-politics-tim-stevens/
Peer Play and Relationships in Early Childhood
International Research Perspectives Avis Ridgway
https://textbookfull.com/product/peer-play-and-relationships-in-
early-childhood-international-research-perspectives-avis-ridgway/
https://textbookfull.com/product/research-and-writing-in-
international-relations-3rd-edition-laura-roselle/
https://textbookfull.com/product/research-and-writing-in-
international-relations-3rd-edition-laura-roselle-2/
https://textbookfull.com/product/politics-of-translation-in-
international-relations-zeynep-gulsah-capan-editor/
https://textbookfull.com/product/international-relations-for-
upsc-pavneet-singh/
Discovering Childhood
in International
Relations
Edited by
J. Marshall Beier
Discovering Childhood in International Relations
J. Marshall Beier
Editor
Discovering
Childhood
in International
Relations
Editor
J. Marshall Beier
Department of Political Science
McMaster University
Hamilton, ON, Canada
© The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer
Nature Switzerland AG 2020
This work is subject to copyright. All rights are solely and exclusively licensed by the
Publisher, whether the whole or part of the material is concerned, specifically the rights
of translation, reprinting, reuse of illustrations, recitation, broadcasting, reproduction
on microfilms or in any other physical way, and transmission or information storage and
retrieval, electronic adaptation, computer software, or by similar or dissimilar methodology
now known or hereafter developed.
The use of general descriptive names, registered names, trademarks, service marks, etc. in this
publication does not imply, even in the absence of a specific statement, that such names are
exempt from the relevant protective laws and regulations and therefore free for general use.
The publisher, the authors and the editors are safe to assume that the advice and
information in this book are believed to be true and accurate at the date of publication.
Neither the publisher nor the authors or the editors give a warranty, express or implied,
with respect to the material contained herein or for any errors or omissions that may have
been made. The publisher remains neutral with regard to jurisdictional claims in published
maps and institutional affiliations.
This Palgrave Macmillan imprint is published by the registered company Springer Nature
Switzerland AG
The registered company address is: Gewerbestrasse 11, 6330 Cham, Switzerland
For the young people actively remaking our world
Acknowledgments
vii
viii ACKNOWLEDGMENTS
ix
x CONTENTS
Index 263
Notes on Contributors
xi
xii NOTES ON CONTRIBUTORS
J. Marshall Beier
J. M. Beier (*)
Department of Political Science,
McMaster University, Hamilton, ON, Canada
e-mail: mbeier@mcmaster.ca
fails to ignite that very sense of obligation and the apparent disconnect
between ethical reflection and lived experience, revealed in the experi-
ment, is Singer’s entre to making some weighty propositions on recon-
ciling ethics and self-interest as a route to the ethical life. Beyond the
particular insights Singer urges us to draw from his experiment, though,
it is interesting too for what it leaves unexplored: ironically, the child at
the center of the scenario.
What do we know about Singer’s child? On first gloss, it might seem
precious little. Despite repeated references to her/him/them in the first
paragraphs of the essay, nothing is said to give even the slightest hint
about, for example, age or gender or any other identity characteristic.
Indeed, no physical description of any sort is offered and the child is not
placed in a broader social context. We know that the child’s immedi-
ate situation is urgent but are not able to glean anything about any cir-
cumstances more generally or apart from that specific plight. And, while
Singer’s students are positioned as both the subjects of ethical deliber-
ation and hypothetical would-be rescuers, the child is imbued with no
agency whatsoever. In fact, the only thing said of the child is that he/
she/they is/are drowning. This, however, describes the child’s predic-
ament rather than the child, who is rendered utterly one-dimensional
as, simply, ‘child.’ The ostensible focal point of the scenario seems, par-
adoxically, to warrant no further ascription or elaboration. And yet, from
this it becomes clear that, while we have been told very little, we actually
know quite a lot—so much so, in fact, that the intelligibility of Singer’s
experiment depends on it.
Singer’s child is the quintessential person in need, understood at once
as the very embodiment of helplessness. Deployed as a rhetorical device,
the child in need of rescue or protection draws on inveterate ideas about
innocent, vulnerable, and precious childhood so pervasive and so deeply
held that they need not be explicitly described. ‘Child’ functions as the
byword of these qualities, which are customarily and reliably taken to
be its defining features, and therefore invites no dithering on questions
of the need for or propriety of intervention. Nothing of the widely var-
ied subject positions or complex intersectionalities of actual lived child-
hoods is held visible in this formulation, nor does Singer reflect on how
they—or, more particularly, their omission—might bear consequentially
on the responses of his students. It matters to the purpose of his sce-
nario that the object of rescue is the one-dimensional child of hegem-
onic imagining and it matters too that Singer’s students will undoubtedly
1 INTRODUCTION: MAKING SENSE OF CHILDHOOD … 3
Discovering Childhood
Even without inquiring too deeply, it seems odd that IR should need to
be called on to discover children. More than a quarter of the world’s
human population, after all, is aged fourteen years and under, rising to
nearly one third when all those under age eighteen are counted (United
Nations 2017). What is more, despite having received little in the way
of focused attention from IR, the governance of children—from rights
regimes, to regulation of bodily autonomy and security, to the social
spaces they (may) occupy, and more—is nevertheless a key constituent
6 J. M. BEIER
The nests of many of these little bees are rich in honey, and they
have a host of enemies from man and monkeys downwards; and as
they do not defend themselves by stinging, it might be supposed
they would have but a poor time of it. From the accounts that have
been published we may, however, gather that they are rich in
devices for the protection of their nests, and for the exclusion of
intruders. Bates has given some particulars as to Melipona interrupta
(fasciculata); it is about one-third shorter than the hive-bee, and its
colonies are composed of an immense number of individuals. The
workers are usually occupied in gathering pollen; but they also
collect clay in a similar manner, and convey it to the nest, where it is
used for building a wall to complete the fortification of the nest, which
is placed either in a suitable bank, or in a trunk of a tree; in either
situation it is completely built in with clay. A nest which Bates saw
opened contained about two quarts of pleasantly-tasted liquid honey.
Forty-five species of these little bees were found in different parts of
the Amazons Valley, the largest kind being half an inch in length, the
smallest very minute, not more than one-twelfth of an inch. These
little creatures are thus masons as well as workers in wax and resin,
and they are also gatherers of nectar, pollen, and resin.
The honey-bee, Apis mellifica (Fig. 6), is considered the highest form
attained by the Anthophilous division of the Hymenoptera. The
differentiation of the three forms, male, female, and worker, is here
carried to a greater degree of perfection than in the other bees. The
drones are the males; the individuals we see gathering honey are
always workers, neither the male nor the female in this species
taking any part in procuring food for themselves or for the colony. In
addition to this the colonies formed may be described as permanent:
they do not come to an end at the close of one season, and
provision is made for the formation of a new colony while the old one
still persists, by means of a peculiar process called swarming. The
life-history of Apis mellifica and its anatomy and physiology have
been discussed in a whole library of works, and we need only notice
the chief features. When a swarm of bees leaves a hive it consists of
the queen-bee or female, and a number of workers, these latter
being, in fact, the surplus population that has been produced in the
hive. The swarm is not a nuptial flight, as is often supposed, but an
act of emigration. When this swarm has been housed, the bees
commence operations in their new quarters, by secreting wax; they
are enabled to do this by having consumed much saccharine food;
the wax is produced by means of glands in the hind-body over the
inner faces of the ventral plates of the abdominal rings, and it makes
its appearance there, after passing from the interior of the body
through some peculiar membranes on the ventral segments, in the
form of thin projecting plates. These the bee takes off with an
apparatus on the hind pair of legs and applies, after working up with
the mandibles, to form the cells in which young ones are to be
reared and food stored. A large number of bees working in common
thus produce the regular and beautiful structure known as the comb;
the queen afterwards lays an egg in each cell, and as these soon
hatch, great labour is thrown on the workers, which have then to
feed the young; this they do by eating honey and pollen, which,
being formed into a sort of pap by a portion of their digestive organs,
is then regurgitated and given to the young, a quantity of it being
placed in the cell, so that the larva is bathed by it, and possibly may
absorb the food by the skin as well as the mouth. When the colony is
in good progress and young bees emerge, these act as nurses, the
older ones cease to prepare food and act as foragers, bringing in
honey and pollen which are each stored in separate cells. The larva
in the cell increases its size and sheds a very delicate skin several
times; when the larva has reached its full size no more food is
supplied, but the worker-bees seal up the cell by means of a cover
formed of pollen and wax, in such a manner as to be pervious to air:
sealed up in the cell the larva spins a cocoon for itself, remains
therein for a little time as a larva, then changes to a pupa, and
thereafter bites its way out through the cover of the cell, and appears
for the first time as a new being in the form of a worker-bee; the
whole process of development from the egg-state to the perfect
condition of the worker-bee occupies about three weeks.
When the denizens of a hive are about to produce another queen,
one or more royal cells are formed; these are much larger than the
ordinary worker-cells, and of a quite different form. In this cell is
placed an egg, not differing in any respect from the egg that, if
placed in an ordinary cell, produces a worker; when the egg has
produced a larva this is tended with great care and fed throughout its
life with royal jelly. This food appears to be the same as that supplied
to an ordinary worker-larva when it is first hatched; but there is this
difference, that whereas the worker-larva is weaned, and supplied,
after the first period of its existence, with food consisting largely of
honey, pollen and water, the queen-larva is supplied with the pap or
royal jelly until it is full grown. Some difference of opinion exists as to
this royal jelly, some thinking that it is a different substance from
what the workers are fed with; and it is by no means improbable that
there may be some difference in the secretion of the glands that
furnish a part of the material composing the pap. The queen is
produced more rapidly than workers are, about sixteen days being
occupied in the process of her development. Only one queen is
allowed in a hive at a time; so that when several queen-cells are
formed, and queen-larvae nurtured in them, the first one that is
developed into a perfect queen goes round and stings the royal
nymphs to death while they are still in their cells. The production of
drones is supposed to depend chiefly on the nature of the egg laid
by the queen; it being considered that an unfertilised egg is
deposited for this purpose. There is still some doubt on this point,
however. Though there is no doubt that drones are produced in great
numbers from unfertilised eggs, yet there is not evidence that they
cannot also be produced from fertilised eggs.[38] The drone-cells are
somewhat larger than the ordinary worker-cells, but this is probably
not of much import, and it is said that the larvae intended to produce
drones receive a greater proportion of pap than worker-larvae do:
about twenty-four days are required to produce a drone from the
egg.
From this sketch it will be seen that the production of the worker (or
third sex, as it is improperly called, the workers being really females
atrophied in some points and specially developed in others) is
dependent on the social life, in so far at any rate as the special
feeding is concerned. There is good reason for supposing that A.
mellifica has been kept in a state of domestication or captivity for an
enormous period of time; and this condition has probably led to an
increase of its natural peculiarities, or perhaps we should say to a
change in them to suit a life of confinement. This is certainly the case
in regard to swarming, for this process takes place with comparative
irregularity in Apis mellifica in a wild condition. The killing of
superfluous queens is also probably a phenomenon of captivity, for it
varies even now in accordance with the numbers of the colony. It is
interesting to notice that in confinement when a swarm goes from the
hive it is the old queen that accompanies it, and this swarm as a rule
settles down near the old hive, so that the queen-bee being already
fertilised, the new swarm and its subsequent increase are nothing
but a division of the old hive, the total products of the two having but
a single father and mother. When a second swarm goes off from a
hive it is accompanied by a young queen, who frequently, perhaps,
in the majority of cases, is unfertilised; this swarm is apt to fly for
long distances, so that the probability of cross-fertilisation is greatly
increased, as the fertilisation of the young new queen is effected
during a solitary flight she makes after the colony has settled down.
But in a state of nature the colonies do not send off swarms every
year or once a year, but increase to an enormous extent, going for
years without swarming, and then when their home is really filled up
send off, it may be presumed, a number of swarms in one year. Thus
the phenomena of bee-life in a wild condition differ considerably from
those we see in artificial confinement. And this difference is probably
greatly accentuated by the action of parasites, the proportions of
which to their guests are in a state of nature liable to become very
great; as we have seen to be the case in Bombus.
The queen-bee greatly resembles the worker, but has the hind body
more elongated; she can, however, always be distinguished from the
worker by the absence of the beautiful transverse, comb-like series
of hairs on the inner side of the first joint of the hind foot, the planta,
as it is called by the bee-keeper: she has also no wax plates and
differs in important anatomical peculiarities. The male bee or drone
is very different, being of much broader, more robust build, and with
very large eyes that quite meet in the middle of the upper part of the
head: he also has the hind leg differently shaped. The form of this
limb enables the male of A. mellifica to be distinguished from the
corresponding sex of allied species of the genus.
This division of Hymenoptera includes the true wasps, but not the
fossorial wasps. The name applied to it has been suggested by the
fact that the front wings become doubled in the long direction when
at rest, so as to make them appear narrower than in most other
Aculeata (Fig. 27). This character is unimportant in function so far as
we know,[40] and it is not quite constant in the division, since some of
the Masaridae do not exhibit it. The character reappears outside the
Diploptera in the genus Leucospis—a member of the Chalcididae in
the parasitic series of Hymenoptera—the species of which greatly
resemble wasps in coloration. A better character is that furnished by
the well-marked angle, formed by the pronotum on the dorsal part
(Fig. 26). By a glance at this part a Diplopterous Insect can always
be readily distinguished.
Claws of the feet toothed or bifid; middle tibiae with only one
spur at tip. Social assemblages are not formed, and there is no
worker-caste, the duties of nest-construction, etc., being
performed solely by the female.
This Insect provisions its cell with small caterpillars to the number of
twenty or upwards (Fig. 28, A.) The egg is deposited before the nest
is stocked with food; it is suspended in such a manner that the
suspensory thread allows the egg to reach well down towards the
bottom of the cell. The caterpillars placed as food in the nest are all
curled up, each forming a ring approximately adapted to the calibre
of the cell. Fabre believes these caterpillars to be partly stupefied by
stinging, but the act has not been observed either by himself,
Réaumur, or Dufour. The first caterpillar is eaten by the wasp-larva
from its point of suspension; after this first meal has been made the
larva is supposed to undergo a change of skin; it then abandons the
assistance of the suspensory thread, taking up a position in the
vacant chamber at the end of the cell and drawing the caterpillars to
itself one by one. This arrangement permits the caterpillars to be
consumed in the order in which they were placed in the cell, so that
the one that is weakest on account of its longer period of starvation
is first devoured. Fabre thinks all the above points are essential to
the successful development of this wasp-larva, the suspension
protecting the egg and the young larva from destruction by pressure
or movement of the caterpillars, while the position of the larva when
it leaves the thread and takes its place on the floor of the cell
ensures its consuming the food in the order of introduction; besides
this the caterpillars used are of a proper size and of a species the
individuals of which have the habit of rolling themselves up in a ring;
while, as the calibre of the tube is but small, they are unable to
straighten themselves and move about, so that their consumption in
proper order is assured. Some interesting points in the habits of an
allied species, O. (Pterocheilus) spinipes have been observed by
Verhoeff; the facts as regards the construction and provisioning of
the cell are almost the same as in O. reniformis. The species of
Odynerus are very subject to the attacks of parasites, and are, it is
well known, destroyed to an enormous extent by Chrysididae.
Verhoeff says that the wasp in question supplied food much infested
by entoparasites; further, that a fly, Argyromoeba sinuata, takes
advantage of the habit of the Odynerus of leaving its nest open
during the process of provisioning, and deposits also an egg in the
nest; the Odynerus seems, however, to have no power of
discovering the fact, or more probably has no knowledge of its
meaning, and so concludes the work of closing the cell in the usual
way; the egg of the Argyromoeba hatches, and the maggot produced
feeds on the caterpillars the wasp intended for its own offspring.
Verhoeff observed that the egg of the wasp-larva is destroyed, but
he does not know whether this was done by the mother
Argyromoeba or by the larva hatched from her egg. Fabre's
observations on allied species of Diptera render it, however, highly
probable that the destruction is effected by the young fly-larva and
not by the mother-fly.
Mr. R. C. L. Perkins once observed several individuals of our British
O. callosus forming their nests in a clay bank, and provisioning them
with larvae, nearly all of which were parasitised, and that to such an
extent as to be evident both to the eye and the touch. In a few days
after the wasps' eggs were laid, swarms of the minute parasites
emerged and left no food for the Odynerus. Curiously, as it would
seem, certain of the parasitised and stored-up larvae attempted (as
parasitised larvae not infrequently do), to pupate. From which, as Mr.
Perkins remarks, we may infer that (owing to distortion) the act of
paralysing by the wasp had been ineffectual. Mr. Perkins has also
observed that some of the numerous species of Hawaiian Odynerus
make a single mud-cell, very like the pot of an Eumenes, but
cylindrical instead of spherical. This little vessel is often placed in a
leaf that a spider curls up; young molluscs of the genus Achatinella
also avail themselves of this shelter, so that a curious colony is
formed, consisting of the Odynerus in its pot, of masses of the young
spiders, and of the little molluscs.
Claws of the feet simple, neither toothed nor bifid, middle tibiae
with two spurs at the tip. Insects living in societies, forming a
common dwelling of a papery or card-like material; each
generation consists of males and females and of workers—
imperfect females—that assist the reproductive female by
carrying on the industrial occupations.