about
Stable isotope series from elephant ivory reveal lifetime histories of a true dietary generalistResource partitioning between ungulate populations in arid environments.Coexistence of zoophytophagous and phytozoophagous strategies linked to genotypic diet specialization in plant bugHigh dietary quality of non-toxic cyanobacteria for a benthic grazer and its implications for the control of cyanobacterial biofilms.Assessment of the food habits of the Moroccan dorcas gazelle in M'Sabih Talaa, west central Morocco, using the trnL approachMinerals in the foods eaten by mountain gorillas (Gorilla beringei).Effects of tree species richness and composition on moose winter browsing damage and foraging selectivity: an experimental study.The Effect of Diet Mixing on a Nonselective Herbivore.Versatility and specialization in labrid fishes: ecomorphological implications.Geometric analysis of macronutrient selection in breeds of the domestic dog, Canis lupus familiarisDo wild carnivores forage for prey or for nutrients? Evidence for nutrient-specific foraging in vertebrate predators.Different facets of tree sapling diversity influence browsing intensity by deer dependent on spatial scale.Ontogenetic shifts in a prey's chemical defences influence feeding responses of a snake predator.Geographic host use variability and host range evolutionary dynamics in the phytophagous insect Apagomerella versicolor (Cerambycidae).Physiological effects of diet mixing on consumer fitness: a meta-analysis.Forage intake and weight gain of ewes is affected by roughage mixes during winter in northeastern China.Tree use by koalas in a chemically complex landscape.Forage choice in pasturelands: Influence on cattle foraging behavior and performance.Variation in dietary breadth among groups of black howler monkeys is not associated with the vegetation attributes of forest fragments.Self-medication and homeostatic behaviour in herbivores: learning about the benefits of nature's pharmacy.Early experience with diverse foods increases intake of nonfamiliar flavors and feeds in sheep.Plant Community Chemical Composition Influences Trembling Aspen (Populus tremuloides) Intake by Sheep.Prey diversity, prey composition, and predator population dynamics in experimental microcosms.Optimal foraging for specific nutrients in predatory beetles.Nutrient-specific compensatory feeding in a mammalian carnivore, the mink, Neovison vison.Nutrient-specific compensation following diapause in a predator: implications for intraguild predation.Spatial scale of the patchiness of plant poisons: a critical influence on foraging efficiency.Conflicting demands on detoxification pathways influence how common brushtail possums choose their diets.Does Bertrand's rule apply to macronutrients?Wild reindeer foraging-niche organizationFeeding Patterns and Dietary Profile of Nocturnal Southern Woolly Lemurs (Avahi meridionalis) in Southeast MadagascarPhenological influences on the utilization of woody plants by eland in semi-arid shrublandCoupling bio-logging with nutritional geometry to reveal novel insights into the foraging behaviour of a plunge-diving marine predatorPLANT SECONDARY COMPOUNDS AND THE FREQUENCY OF FOOD TYPES AFFECT FOOD CHOICE BY MAMMALIAN HERBIVORESSelection and intake of algal species in butterfish (Odax pullus; Labridae)
P2860
Q28730009-369D9FFD-04AD-4FD7-9ECB-5FCDFCF95C70Q31132365-36D2BEAA-972F-45A6-BDAF-F67B6919259BQ33637505-0AD3101E-8313-4DE2-A815-EC20934EEFE2Q33705842-020CAA01-5348-494E-A070-C5510DA93D8FQ34256569-D4FBC242-822F-4626-B360-C3201ABCFC64Q34457571-34D23B7E-2EBB-4F88-8046-9768049809A2Q34567433-BE01EE53-46E1-4FBC-AF04-3BE82CC94D5CQ36071527-779A0B08-B45B-42C4-A14B-A04C6939140FQ36313117-C2799E7C-D4DF-4539-B544-EE6CED4F7C11Q36455875-C390B26C-9D49-4061-8FA5-93092F21CFA3Q38376258-2498CD3F-2434-403B-B910-D6E6F35C2F63Q41636302-AD218F6B-F6BF-4D12-B4F8-66707A584ABAQ44550821-CC393334-F83C-4764-A858-5BAEAF220605Q44939648-17642BF4-4FAE-449A-BCEA-6A527EAB6DE9Q44985434-8C36939C-3B14-4286-9AA6-D5D58032B54BQ46449456-222C705A-189E-472E-91F9-BED6A065E1BAQ46511100-2DA60808-6F1D-4742-9E43-2BDFC17CDCA9Q46722803-B516AE87-B4D3-458C-A076-4E36DAD43ED2Q46892574-727ACCE0-427A-4F53-8B60-E1CA636F63BFQ47750046-AD77B1BB-6BA6-441A-9F2A-D0B15F0291BEQ48004355-97A0973B-5CD4-4C8C-8369-8CC49A68EF7FQ48026983-34455327-79CD-4A47-89D5-D00D9333D568Q50125221-450F6C0B-422A-4325-8D38-9AB1A61729ECQ51368798-8D0CC236-C78F-4E21-9349-A0CB214C1407Q51417206-95032D8A-086E-4E26-9926-430005890840Q51698943-69E068FD-710A-4570-BCCF-14A920ED8E40Q51720858-4502E050-F2B1-46EB-8AB2-2773B9CBFA93Q51721808-9E859E39-B598-4B2E-AD1B-2064DCD50B11Q52661874-8F28B0EF-A4B7-4B19-A491-7311FE6531E6Q55968008-2A378FA8-02FC-43A9-88A4-E57BD467E64DQ56749743-38633D7B-4A5E-4194-BD7E-4359EA6BB6E0Q57245908-99C635DF-23FF-4380-944E-0AE1A1EF054DQ57492587-D0AE3C77-4BEA-447D-8D6C-806F00DA400DQ57649076-C5C384C3-BD35-4E3E-AA91-18076F6B60D3Q58862798-7C9C98E5-D251-438A-8261-AB249D7634E8
P2860
description
im Mai 1978 veröffentlichter wissenschaftlicher Artikel
@de
wetenschappelijk artikel
@nl
наукова стаття, опублікована в травні 1978
@uk
name
What are the Biological Bases of Varied Diets?
@en
What are the Biological Bases of Varied Diets?
@nl
type
label
What are the Biological Bases of Varied Diets?
@en
What are the Biological Bases of Varied Diets?
@nl
prefLabel
What are the Biological Bases of Varied Diets?
@en
What are the Biological Bases of Varied Diets?
@nl
P356
P1476
What are the Biological Bases of Varied Diets?
@en
P304
P356
10.1086/283303
P50
P577
1978-05-01T00:00:00Z