Animal Energetics Animal Energetics

Animal Energetics

Volume 2: Bivalvia Through Reptilia

    • 49,99 €
    • 49,99 €

Description de l’éditeur

Bivalvia through Reptilia is part of a two-volume treatise focusing on the integrated picture of the energy transformation process at the organismic level. Since it is almost impossible to restrict meaningful discussions to only one level of organization, some reference is made to population energetics as well as to the suborganismic level. The bioenergetics of both vertebrate and invertebrate groups are discussed. Specifically, the bioenergetics of bivalves, gastropods, bryozoans, pogonophorans, echinoderms, lower chordates, fishes, amphibians, and reptiles are covered. This book aims to provide many keys to a broader understanding of biology as well as open untrodden avenues to biologists with the quest for newer energy sources and efficient methods of energy utilization.

GENRE
Science et nature
SORTIE
1987
1 janvier
LANGUE
EN
Anglais
LONGUEUR
646
Pages
ÉDITIONS
Elsevier Science
TAILLE
69,3
Mo

Plus de livres similaires

ICES Zooplankton Methodology Manual ICES Zooplankton Methodology Manual
2000
Physiology Physiology
2013
The Physiology of Crustacea: Volume I The Physiology of Crustacea: Volume I
1960
Physiological Mammalogy: Volume II - Mammalian Reactions to Stressful Environments Physiological Mammalogy: Volume II - Mammalian Reactions to Stressful Environments
1965
Ecological Methods Ecological Methods
2016
Physiology of Molluscs Physiology of Molluscs
2021

Plus de livres par T. J. Pandian & F. John Vernberg

Evolution and Speciation in Animals Evolution and Speciation in Animals
2021
Reproduction and Development in Platyhelminthes Reproduction and Development in Platyhelminthes
2020
Reproduction and Development in Mollusca Reproduction and Development in Mollusca
2018
Reproduction and Development in Annelida Reproduction and Development in Annelida
2019
Reproduction and Development in Echinodermata and Prochordata Reproduction and Development in Echinodermata and Prochordata
2018