Here, we constructed an energy-optimisation model to predict the optimal digestive strategy (i.e. the strategy that maximised the rate of net energy gain) for an infrequently-feeding snake of a given mass in a given prey environment.
In this review, we highlight recent research on many of these aspects of snakes, particularly research published after the last major review of feeding in snakes by Cundall and Greene (2000).
We conducted a phylogenetically explicit meta-analysis, which included ca. 100 species, to test this paradigm of snake feeding ecology. We gathered data on prey size by inducing regurgitation by palpation in free-ranging snakes and by examining the stomach contents of preserved museum specimens. Here, we assemble a dataset on snake diets (34,060 observations on the diets of 882 species) to investigate the history and dynamics of the multidimensional trophic niche during the global radiation of snakes. dietary habits of sea snakes cannot be categorized according to the snakes' three genetic lineages. Eels, mullet-like, rabbitfish-like and goby-like fish forms are taken three lineages. Two or three snake species are generalists, and numerous ones on eels, goby-like fish or catfish. Learn about the veterinary topic of Nutrition in Snakes. Find specific details on this topic and related topics from the MSD Vet Manual.
dietary habits of sea snakes cannot be categorized according to the snakes' three genetic lineages. Eels, mullet-like, rabbitfish-like and goby-like fish forms are taken three lineages. Two or three snake species are generalists, and numerous ones on eels, goby-like fish or catfish.
Learn about the veterinary topic of Nutrition in Snakes. Find specific details on this topic and related topics from the MSD Vet Manual.
