[HTML][HTML] Herbivory of omnivorous fish shapes the food web structure of a Chinese tropical eutrophic lake: Evidence from stable isotope and fish gut content analyses
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - Water, 2017 - mdpi.com
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
[PDF][PDF] Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content …
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - scholar.archive.org
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
[PDF][PDF] Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content …
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - researchgate.net
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content Analyses
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - Water, 2017 - search.proquest.com
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
Herbivory of omnivorous fish shapes the food web structure of a Chinese tropical eutrophic lake: Evidence from stable isotope and fish gut content analyses
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - Water, 2017 - pure.au.dk
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content Analyses.
J Gao, P Zhong, J Ning, Z Liu… - Water (20734441), 2017 - search.ebscohost.com
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
Herbivory of omnivorous fish shapes the food web structure of a Chinese tropical eutrophic lake: evidence from stable isotope and fish gut content analyses.
GJ Gao Jian, ZP Zhong Ping, NJJ Ning JiaJia… - 2017 - cabidigitallibrary.org
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
[PDF][PDF] Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content …
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - pdfs.semanticscholar.org
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content Analyses.
J Gao, P Zhong, J Ning, Z Liu… - Water (20734441), 2017 - search.ebscohost.com
Studies suggest that, unlike the situation in temperate lakes, high biomasses of omnivorous
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
fish are maintained in subtropical and tropical lakes when they shift from a turbid …
[CITATION][C] Herbivory of Omnivorous Fish Shapes the Food Web Structure of a Chinese Tropical Eutrophic Lake: Evidence from Stable Isotope and Fish Gut Content …
J Gao, P Zhong, J Ning, Z Liu, E Jeppesen - 2017