Titlebook: Avian Energetics and Nutritional Ecology; Cynthia Carey Book 1996 Chapman & Hall 1996 adaptation.development.ecology.evolution.nutrition.r

昏睡中

Avian Energetics, Ecology, and Evolution,unction and activity requires the metabolic transformation of energy. Energy and power (energy transformation per unit time) have been subjected to a variety of direct and indirect measurements, which partly characterize the physiology, behavior, life history, and ecological relationships of organis

修飾語(yǔ)

裂縫

Digestive Plasticity in Avian Energetics and Feeding Ecology,nce and production (growth, storage, and reproduction). There is considerable evidence that digestive features are influenced by factors such as diet quality and quantity in species from many avian orders including the Anseriformes (Ankney 1977; Drobney 1984; Prop and Vulink 1992), Galliformes (Gasa

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Energetic Features of Avian Thermoregulatory Responses,nging thermal conditions, even though migratory movements afford certain species opportunities for evading winter or summer extremes. The thermoregulatory processes that contribute to birds’ maintaining homeostasis in the face of these conditions have received considerable attention (see, e.g., Cald

covert

Militia

Energetics and Nutrition of Molt,on, and locomotion in birds (Stettenheim 1976). The maintenance of the integrity of its feather coat, or plumage, is essential to a bird’s survival. The periodic replacement of all or parts of the plumage is known as molt. Molt undoubtedly requires a wide array of adjustments in the physiology, ener

委屈

expunge

Fibrinogen

FRET