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2006037344 contributor B10450574.
2006037344 contributor B10450575.
2006037344 created "c2007.".
2006037344 date "2007".
2006037344 date "c2007.".
2006037344 dateCopyrighted "c2007.".
2006037344 description "Includes bibliographical references and index.".
2006037344 description "Section 4 : The ecology of postabsorptive nutrient processing -- ch. 7. Postabsorptive processing of nutrients -- 7.1. Overview : The postabsorptive fate of absorbed materials -- 7.2. Controls over postabsorptive processing -- 7.3. Costs of digestive and postabsorptive processing -- 7.4. Feast and famine : the biochemistry of natural fasting and starvation -- 7.5. Biochemical indices of nutritional status and habitat quality -- ch. 8. Isotopic ecology -- 8.1. Basic principles -- 8.2. Mixing models -- 8.3. Isotopic signatures -- 8.4. The dynamics of isotopic incorporation -- 8.5. Stable isotopes and migration -- 8.6. Nitrogen isotopes -- 8.7. Concluding remarks and (yet again) a call for laboratory experiments -- ch. 9. How animals deal with poisons and pollutants -- 9.1. Overview : the postabsorptive fate of absorbed xenobiotics -- 9.2. Distribution of xenobiotics in the body -- 9.3. Biotransformation of absorbed xenobiotics -- 9.4. Elimination of xenobiotics and their metabolites -- 9.5. Costs of xenobiotic biotransformation and elimination -- 9.6. Modeling approaches can integrate the processes of absorption, distribution, and elimination (including biotransformation and excretion) -- 9.7. Models can predict bioaccumulation and biomagnification in ecosystems -- 9.8. Postingestional effects of xenobiotics on feeding behavior -- 9.9. Toxic effects of xenobiotics in wild animals -- 9.10. Toxicogenomics : new methodologies for the integrative study of exposure, postabsorptive processing, and toxicity in animals exposed to natural and manmade toxins --".
2006037344 description "Section 5 : Limiting nutrients -- ch. 10. Ecological stoichiometry -- 10.1. Ecological stoichiometry : the power of elemental analysis -- 10.2. An ecological stoichiometry primer -- 10.3. Are energy and elements two independent currencies? -- ch. 11. Nitrogen and mineral requirements -- 11.1. Nitrogen requirements and limitation in ecology-- 11.2. Mineral requirements and limitation in ecology -- ch. 12. Water requirements and water flux -- 12.1. Water budgets, fluxes, and requirements -- 12.2. Avenues of water loss -- 12.3. The dietary requirement for water -- 12.4. Ingestion of xenobiotics can increase the dietary requirement for water -- 12.5. Is water ecologically limiting? -- 12.6. Testing the evolutionary match between environmental aridity and water relations -- Section 6 : Production in budgets of mass and energy -- ch. 13. Growth budgets of mass and energy -- 13.1. Overview of chapters 13 and 14 -- 13.2. Two approaches are used to evaluate costs of production -- 13.3. Energetics of growth-- 13.4. Rates of growth -- 13.5. Growth in relation to life history transitions -- ch. 14. Reproduction in budgets of mass and energy -- 1.41. Allocation to reproduction : trade-off with development and effects of body size -- 14.2. Approaches for measuring costs of reproduction -- 14.3. Material costs of reproduction -- 14.4. Nutritional control of reproduction -- 14.5. Putting energy and material costs of reproduction in perspective -- Index.".
2006037344 description "ch. 4. Simple guts : the ecological biochemistry and physiology of catalytic digestion -- 4.1. Lots of guts, but only a few basic types -- 4.2. The gut as a bottleneck to energy flow -- 4.3. The gut in energy intake maximizers -- 4.4. Intermittent feeders -- 4.5. The gut in diet switchers -- 4.6. The evolutionary match between digestion, diets, and animal energetics -- 4.7. Summary : the interplay between digestive physiology and ecology -- ch. 5. Photosynthetic animals and gas-powered mussels : the physiological ecology of nutritional symbioses -- 5.1. A symbiotic world -- 5.2. A diversity of nutritional symbioses -- 5.3. Hot vents and cold seeps : chemolithotrophs of the deep sea -- 5.4. The importance of nitrogen in nutritional symbioses -- ch. 6. Digestive symbioses : how insect and vertebrate herbivores cope with low quality plant foods -- 6.1. Fermentation of cell wall materials -- 6.2. Microbial fermentation in insect guts -- 6.3. Terrestrial vertebrates -- 6.4. Herbivory and detritivory in fish --".
2006037344 extent "xiv, 741 p. :".
2006037344 identifier "0691074534 (clothbound : alk. paper)".
2006037344 identifier "9780691074535 (clothbound : alk. paper)".
2006037344 identifier 2006037344-b.html.
2006037344 identifier 2006037344-d.html.
2006037344 identifier 2006037344.html.
2006037344 issued "2007".
2006037344 issued "c2007.".
2006037344 language "eng".
2006037344 publisher "Princeton : Princeton University Press,".
2006037344 subject "591.7 22".
2006037344 subject "Animal ecophysiology.".
2006037344 subject "QP82 .K34 2007".
2006037344 tableOfContents "Section 4 : The ecology of postabsorptive nutrient processing -- ch. 7. Postabsorptive processing of nutrients -- 7.1. Overview : The postabsorptive fate of absorbed materials -- 7.2. Controls over postabsorptive processing -- 7.3. Costs of digestive and postabsorptive processing -- 7.4. Feast and famine : the biochemistry of natural fasting and starvation -- 7.5. Biochemical indices of nutritional status and habitat quality -- ch. 8. Isotopic ecology -- 8.1. Basic principles -- 8.2. Mixing models -- 8.3. Isotopic signatures -- 8.4. The dynamics of isotopic incorporation -- 8.5. Stable isotopes and migration -- 8.6. Nitrogen isotopes -- 8.7. Concluding remarks and (yet again) a call for laboratory experiments -- ch. 9. How animals deal with poisons and pollutants -- 9.1. Overview : the postabsorptive fate of absorbed xenobiotics -- 9.2. Distribution of xenobiotics in the body -- 9.3. Biotransformation of absorbed xenobiotics -- 9.4. Elimination of xenobiotics and their metabolites -- 9.5. Costs of xenobiotic biotransformation and elimination -- 9.6. Modeling approaches can integrate the processes of absorption, distribution, and elimination (including biotransformation and excretion) -- 9.7. Models can predict bioaccumulation and biomagnification in ecosystems -- 9.8. Postingestional effects of xenobiotics on feeding behavior -- 9.9. Toxic effects of xenobiotics in wild animals -- 9.10. Toxicogenomics : new methodologies for the integrative study of exposure, postabsorptive processing, and toxicity in animals exposed to natural and manmade toxins --".
2006037344 tableOfContents "Section 5 : Limiting nutrients -- ch. 10. Ecological stoichiometry -- 10.1. Ecological stoichiometry : the power of elemental analysis -- 10.2. An ecological stoichiometry primer -- 10.3. Are energy and elements two independent currencies? -- ch. 11. Nitrogen and mineral requirements -- 11.1. Nitrogen requirements and limitation in ecology-- 11.2. Mineral requirements and limitation in ecology -- ch. 12. Water requirements and water flux -- 12.1. Water budgets, fluxes, and requirements -- 12.2. Avenues of water loss -- 12.3. The dietary requirement for water -- 12.4. Ingestion of xenobiotics can increase the dietary requirement for water -- 12.5. Is water ecologically limiting? -- 12.6. Testing the evolutionary match between environmental aridity and water relations -- Section 6 : Production in budgets of mass and energy -- ch. 13. Growth budgets of mass and energy -- 13.1. Overview of chapters 13 and 14 -- 13.2. Two approaches are used to evaluate costs of production -- 13.3. Energetics of growth-- 13.4. Rates of growth -- 13.5. Growth in relation to life history transitions -- ch. 14. Reproduction in budgets of mass and energy -- 1.41. Allocation to reproduction : trade-off with development and effects of body size -- 14.2. Approaches for measuring costs of reproduction -- 14.3. Material costs of reproduction -- 14.4. Nutritional control of reproduction -- 14.5. Putting energy and material costs of reproduction in perspective -- Index.".
2006037344 tableOfContents "ch. 4. Simple guts : the ecological biochemistry and physiology of catalytic digestion -- 4.1. Lots of guts, but only a few basic types -- 4.2. The gut as a bottleneck to energy flow -- 4.3. The gut in energy intake maximizers -- 4.4. Intermittent feeders -- 4.5. The gut in diet switchers -- 4.6. The evolutionary match between digestion, diets, and animal energetics -- 4.7. Summary : the interplay between digestive physiology and ecology -- ch. 5. Photosynthetic animals and gas-powered mussels : the physiological ecology of nutritional symbioses -- 5.1. A symbiotic world -- 5.2. A diversity of nutritional symbioses -- 5.3. Hot vents and cold seeps : chemolithotrophs of the deep sea -- 5.4. The importance of nitrogen in nutritional symbioses -- ch. 6. Digestive symbioses : how insect and vertebrate herbivores cope with low quality plant foods -- 6.1. Fermentation of cell wall materials -- 6.2. Microbial fermentation in insect guts -- 6.3. Terrestrial vertebrates -- 6.4. Herbivory and detritivory in fish --".
2006037344 title "Physiological ecology : how animals process energy, nutrients, and toxins / William H. Karasov and Carlos Martínez del Rio.".
2006037344 type "text".