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- W2892683760 abstract "To understand how foraging decisions impact individual fitness of herbivores, nutritional ecologists must consider the complex in vivo dynamics of nutrient-nutrient interactions and nutrient-toxin interactions associated with foraging. Mathematical modeling has long been used to make foraging predictions (e.g. optimal foraging theory) but has largely been restricted to a single currency (e.g. energy) or using simple indices of nutrition (e.g. fecal nitrogen) without full consideration of physiologically based interactions among numerous co-ingested phytochemicals. Here, we describe a physiologically based model (PBM) that provides a mechanistic link between foraging decisions and demographic consequences. Including physiological mechanisms of absorption, digestion and metabolism of phytochemicals in PBMs allows us to estimate concentrations of ingested and interacting phytochemicals in the body. Estimated phytochemical concentrations more accurately link intake of phytochemicals to changes in individual fitness than measures of intake alone. Further, we illustrate how estimated physiological parameters can be integrated with the geometric framework of nutrition and into integral projection models and agent-based models to predict fitness and population responses of vertebrate herbivores to ingested phytochemicals. The PBMs will improve our ability to understand the foraging decisions of vertebrate herbivores and consequences of those decisions and may help identify key physiological mechanisms that underlie diet-based ecological adaptations." @default.
- W2892683760 created "2018-10-05" @default.
- W2892683760 creator A5007458174 @default.
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- W2892683760 creator A5087151014 @default.
- W2892683760 creator A5091003981 @default.
- W2892683760 date "2018-01-01" @default.
- W2892683760 modified "2023-09-27" @default.
- W2892683760 title "Review: Using physiologically based models to predict population responses to phytochemicals by wild vertebrate herbivores" @default.
- W2892683760 cites W1549425805 @default.
- W2892683760 cites W1560504065 @default.
- W2892683760 cites W1599740911 @default.
- W2892683760 cites W1608678137 @default.
- W2892683760 cites W1767852169 @default.
- W2892683760 cites W1877341189 @default.
- W2892683760 cites W1898696497 @default.
- W2892683760 cites W1926615333 @default.
- W2892683760 cites W1964156477 @default.
- W2892683760 cites W1964510287 @default.
- W2892683760 cites W1966065902 @default.
- W2892683760 cites W1968635594 @default.
- W2892683760 cites W1969177317 @default.
- W2892683760 cites W1970651023 @default.
- W2892683760 cites W1975951935 @default.
- W2892683760 cites W1977916796 @default.
- W2892683760 cites W1981041891 @default.
- W2892683760 cites W1983096747 @default.
- W2892683760 cites W1984132513 @default.
- W2892683760 cites W1986194836 @default.
- W2892683760 cites W1986307596 @default.
- W2892683760 cites W1988189361 @default.
- W2892683760 cites W1990106629 @default.
- W2892683760 cites W1992026111 @default.
- W2892683760 cites W1995862051 @default.
- W2892683760 cites W2006012747 @default.
- W2892683760 cites W2008166220 @default.
- W2892683760 cites W2008586833 @default.
- W2892683760 cites W2009314972 @default.
- W2892683760 cites W2009951949 @default.
- W2892683760 cites W2010546163 @default.
- W2892683760 cites W2010784884 @default.
- W2892683760 cites W2012771902 @default.
- W2892683760 cites W2015092588 @default.
- W2892683760 cites W2017302114 @default.
- W2892683760 cites W2018256651 @default.
- W2892683760 cites W2027716859 @default.
- W2892683760 cites W2028057171 @default.
- W2892683760 cites W2028355000 @default.
- W2892683760 cites W2030564090 @default.
- W2892683760 cites W2034053655 @default.
- W2892683760 cites W2034081227 @default.
- W2892683760 cites W2037853580 @default.
- W2892683760 cites W2039153962 @default.
- W2892683760 cites W2040233060 @default.
- W2892683760 cites W2040490663 @default.
- W2892683760 cites W2042099048 @default.
- W2892683760 cites W2042438674 @default.
- W2892683760 cites W2051657441 @default.
- W2892683760 cites W2056799204 @default.
- W2892683760 cites W2060580528 @default.
- W2892683760 cites W2060656361 @default.
- W2892683760 cites W2060842690 @default.
- W2892683760 cites W2062296001 @default.
- W2892683760 cites W2065522641 @default.
- W2892683760 cites W2065735069 @default.
- W2892683760 cites W2066171493 @default.
- W2892683760 cites W2066709066 @default.
- W2892683760 cites W2071725877 @default.
- W2892683760 cites W2079879505 @default.
- W2892683760 cites W2082860850 @default.
- W2892683760 cites W2085037738 @default.
- W2892683760 cites W2086861868 @default.
- W2892683760 cites W2086946054 @default.
- W2892683760 cites W2087359170 @default.
- W2892683760 cites W2087369095 @default.
- W2892683760 cites W2089414093 @default.
- W2892683760 cites W2090821599 @default.
- W2892683760 cites W2090890532 @default.
- W2892683760 cites W2091298675 @default.
- W2892683760 cites W2093313531 @default.
- W2892683760 cites W2093481701 @default.
- W2892683760 cites W2097517925 @default.
- W2892683760 cites W2098506849 @default.
- W2892683760 cites W2100614660 @default.
- W2892683760 cites W2102080747 @default.
- W2892683760 cites W2102425271 @default.
- W2892683760 cites W2102953078 @default.
- W2892683760 cites W2103337472 @default.
- W2892683760 cites W2103565873 @default.
- W2892683760 cites W2103606212 @default.
- W2892683760 cites W2104175523 @default.
- W2892683760 cites W2106630050 @default.
- W2892683760 cites W2107476997 @default.
- W2892683760 cites W2107580851 @default.