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• W2033993015 abstract "The paper is aimed at a theoretical explanation of the following phenomenon. In biological pest control in greenhouses, if an omnivore agent is released before the arrival of the pest, the agent may be able to colonize, feeding only on plant and then control its arriving prey to a low density. If the pest arrives before the release of the agent, then it tends to reach a high density, in spite of the action of the agent. This means that according to the initial state, the system displays different stable equilibria, i.e. bistable coexistence is observed. Based on the biological situation, the explaining theoretical model must take into account the stoichiometry of different nutrients and the optimal foraging of the omnivore agent. We introduce an optimal numerical response which depends on the optimal functional responses and on the ‘mixed diet–fitness’ correspondence determined by ‘egg stoichiometry’, in our case by Liebig's Law; moreover we also study the dynamical consequences of the latter when the plant is “inexhaustible”. In our model, we found that under Holling type II functional response, the omnivore–prey system has a unique equilibrium, while for Holling type III, we obtained bistable coexistence. The latter fact also explains the above phenomenon that an omnivore agent may control the pest to different levels, according to the timing of the release of the agent." @default.
• W2033993015 created "2016-06-24" @default.
• W2033993015 creator A5033263682 @default.
• W2033993015 creator A5041675973 @default.
• W2033993015 creator A5050140230 @default.
• W2033993015 creator A5090050329 @default.
• W2033993015 date "2012-10-01" @default.
• W2033993015 modified "2023-10-17" @default.
• W2033993015 title "Optimal nutrient foraging strategy of an omnivore: Liebig's law determining numerical response" @default.
• W2033993015 cites W1946886856 @default.
• W2033993015 cites W1965829193 @default.
• W2033993015 cites W1968302182 @default.
• W2033993015 cites W1974244940 @default.
• W2033993015 cites W1975852050 @default.
• W2033993015 cites W1977827701 @default.
• W2033993015 cites W1980780893 @default.
• W2033993015 cites W1982083978 @default.
• W2033993015 cites W1997951271 @default.
• W2033993015 cites W1999118693 @default.
• W2033993015 cites W2001164416 @default.
• W2033993015 cites W2004342173 @default.
• W2033993015 cites W2008345880 @default.
• W2033993015 cites W2018332868 @default.
• W2033993015 cites W2018912367 @default.
• W2033993015 cites W2018928246 @default.
• W2033993015 cites W2021468335 @default.
• W2033993015 cites W2024882325 @default.
• W2033993015 cites W2025171747 @default.
• W2033993015 cites W2028304041 @default.
• W2033993015 cites W2031844997 @default.
• W2033993015 cites W2036652884 @default.
• W2033993015 cites W2039330162 @default.
• W2033993015 cites W2041591832 @default.
• W2033993015 cites W2043575166 @default.
• W2033993015 cites W2053865237 @default.
• W2033993015 cites W2056313485 @default.
• W2033993015 cites W2062858040 @default.
• W2033993015 cites W2067866324 @default.
• W2033993015 cites W2070464762 @default.
• W2033993015 cites W2074833784 @default.
• W2033993015 cites W2077679270 @default.
• W2033993015 cites W2078353730 @default.
• W2033993015 cites W2079873381 @default.
• W2033993015 cites W2083098112 @default.
• W2033993015 cites W2084072980 @default.
• W2033993015 cites W2085319525 @default.
• W2033993015 cites W2085558791 @default.
• W2033993015 cites W2086946054 @default.
• W2033993015 cites W2090413088 @default.
• W2033993015 cites W2091440538 @default.
• W2033993015 cites W2096361843 @default.
• W2033993015 cites W2096757720 @default.
• W2033993015 cites W2100013772 @default.
• W2033993015 cites W2100396854 @default.
• W2033993015 cites W2101468470 @default.
• W2033993015 cites W2102378924 @default.
• W2033993015 cites W2102425271 @default.
• W2033993015 cites W2103393468 @default.
• W2033993015 cites W2107615946 @default.
• W2033993015 cites W2112140822 @default.
• W2033993015 cites W2112200011 @default.
• W2033993015 cites W2112405959 @default.
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• W2033993015 cites W2116284763 @default.
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• W2033993015 cites W2124441893 @default.
• W2033993015 cites W2125222828 @default.
• W2033993015 cites W2128077925 @default.
• W2033993015 cites W2134514266 @default.
• W2033993015 cites W2134517247 @default.
• W2033993015 cites W2139969991 @default.
• W2033993015 cites W2140611459 @default.
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• W2033993015 doi "https://doi.org/10.1016/j.jtbi.2012.06.021" @default.
• W2033993015 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22750633" @default.
• W2033993015 hasPublicationYear "2012" @default.
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