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E-grāmata: Animal Physiology: an environmental perspective

(School of Life Sciences, La Trobe University, Melbourne, Australia), (School of Biological Sciences, University of Exeter), (School of Biosciences, University of Birmingham), (Institute of Biological and Environmental Sciences, Univers)
  • Formāts: EPUB+DRM
  • Izdošanas datums: 19-Feb-2021
  • Izdevniecība: Oxford University Press
  • Valoda: eng
  • ISBN-13: 9780192640468
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  • Formāts: EPUB+DRM
  • Izdošanas datums: 19-Feb-2021
  • Izdevniecība: Oxford University Press
  • Valoda: eng
  • ISBN-13: 9780192640468
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Wild animals survive in a variety of complex environments; they are exposed to predictable and unpredictable changes in their particular environment on a daily or seasonal basis. However, we live in a time when almost all natural environments are undergoing relatively rapid change, and many of these changes, such as the pollution of air and water, removal of natural food sources, environment fragmentation, and climate change, are the result of human activity. Animal Physiology: an environmental perspective shows how an understanding of the physiology of animals in their natural habitats helps us to understand not only how and why animals evolved the way they did, but how we can act to protect at least some of them from the extreme effects of the changes affecting their environments.

Part One sets the foundation for the topics covered in the remainder of the book by introducing a range of fundamental processes that are essential to life. It considers the diversity of habitats on Earth in which animals live, and examines animal groups and their evolutionary relationships. It then explores the different feeding strategies used by animals to obtain the energy they require to carry out all the essential functions of life, and how animals convert the chemical energy in food molecules into the energy they need to power all body functions. Finally, it explores the general properties of animal cells, and how animals maintain a suitable internal environment in which their cells are protected from external influences. We then examine those fundamental principles governing the main exchanges between the cells within animals, and between an animal and its environment.

Parts two to four of the book explore how different organ systems - respiratory and circulatory systems, excretory organs and endocrine systems - enable animals to interact with their environment, and how environmental temperature profoundly affects the physiology of animals.

Part five considers how the sensory and nervous systems provide animals with information on their internal as well as their external environment, and how they, together with the endocrine system, are involved in the control and co-ordination of muscles, reproduction, salt and water balance, and the cardio-respiratory systems.

Digital formats and resources

Animal Physiology: an environmental perspective is supported by online resources and is available for students and institutions to purchase in a variety of formats.

The e-book offers a mobile experience and convenient access along with functionality tools, navigation features and links that offer extra learning support: www.oxfordtextbooks.co.uk/ebooks

The book's online resources include:

For students: - Original articles: a list of original articles consulted during the writing of each chapter so that you can explore the original research for yourself. - Additional case studies and experimental approach panels to augment those in the printed book. - Answers to numerical questions: full solutions to numerical questions so that you can verify your working.

For registered adopters of the text: - Digital image library: Includes electronic files in JPG format of every illustration, photo, graph and table from the text

Recenzijas

For a course more focused on animal physiology, this would certainly work as an appropriate, comprehensive textbook, especially as it includes all of the basics that students would, in theory, know before taking a physiology course, but have surely forgotten ... Overall, the volume is a considerable achievement -- and one that I am happy to have, especially in an electronic format. * Theodore Garland Jr., Quarterly Review of Biology * Very clearly explained. Easy and enjoyable to read. * Dr Sheena Cotter, University of Lincoln * The descriptions and explanations are excellent...the best I have read in a long time. * Professor William Velhagen, New York University * The emphasis on the environmental factors influencing physiological processes and the link from this to adaption to change is particularly helpful. * Dr Debbie Bartlett, University of Greenwich *

Part 1 Animals and their environment
3(120)
1 The diversity of animals and their interactions with natural environments
4(41)
1.1 What is environmental animal physiology?
5(4)
1.2 Natural environments: where and under what conditions do animals live?
9(10)
1.3 How animal groups are related to each other
19(6)
1.4 Animal diversity
25(11)
1.5 Environmental change and animal diversity
36(9)
2 Energy metabolism: generating energy from food
45(46)
2.1 What is energy?
45(3)
2.2 Metabolism, energy metabolism and metabolic rates
48(18)
2.3 Energy intake from food
66(15)
2.4 Intermediary metabolism involved in extracting energy from foodstuff
81(10)
3 Cells and organisms, and their interactions with their environment
91(32)
3.1 Physical principles govern the flow of heat and the movement of ions and molecules in animals
91(8)
3.2 General properties of animal cells
99(14)
3.3 Interactions of animals with their environments
113(10)
Part 2 Water and salts
123(180)
4 Body fluid regulation: principles and processes
124(25)
4.1 Animal body fluids
124(7)
4.2 Transepithelial transport
131(10)
4.3 Regulation of cell volume
141(8)
5 Osmotic and ionic regulation in aquatic animals
149(46)
5.1 Marine animals
149(21)
5.2 Animals living in freshwater habitats
170(15)
5.3 Osmoregulation in changing salinities
185(10)
6 Water balance of land animals
195(48)
6.1 Water loss from animals living on land
195(31)
6.2 Balancing water loss
226(17)
7 Kidneys and excretion
243(60)
7.1 Production of the primary urine
243(13)
7.2 Kidney tubules and their functions
256(19)
7.3 Invertebrate nephridia
275(11)
7.4 Nitrogenous excretion
286(17)
Part 3 Temperature
303(134)
8 Temperature and the principles of heat exchange
304(22)
8.1 The effect of temperature on chemical reactions
304(3)
8.2 The effect of temperature on biological processes
307(6)
8.3 Environmental temperature variation
313(2)
8.4 General processes of heat exchange
315(8)
8.5 How do we describe different thermoregulatory strategies?
323(3)
9 Temperature regulation in ectotherms
326(56)
9.1 Thermal relations of ectotherms with their environments
326(18)
9.2 Surviving cold or subzero conditions
344(20)
9.3 Temperature change over three timeframes: implications for tissue functioning in ectotherms
364(18)
10 Temperature regulation in endotherms
382(55)
10.1 Heat requirements of endotherms
382(3)
10.2 How endotherms regulate their body temperature
385(37)
10.3 Endothermic fish, reptiles and insects
422(15)
Part 4 Oxygen
437(226)
11 The respiratory gases, gas exchange and transport
438(18)
11.1 The respiratory gases
438(11)
11.2 Principles of gas exchange and transport
449(7)
12 Respiratory systems
456(55)
12.1 Types of gas exchanger
456(1)
12.2 Gas exchange in water
457(12)
12.3 Gas exchange in air
469(29)
12.4 Tracheal system of insects
498(13)
13 Transport in respiratory systems and acid-base balance
511(42)
13.1 Transport of oxygen and carbon dioxide
511(25)
13.2 Transport and storage of metabolic substrates
536(6)
13.3 Acid--base balance
542(11)
14 Cardiovascular systems
553(51)
14.1 General characteristics of circulatory systems
553(18)
14.2 Fluid dynamics
571(6)
14.3 Circulatory systems of invertebrates
577(6)
14.4 Circulatory systems of vertebrates
583(21)
15 Environmental and behavioural influences on the cardiorespiratory system
604(59)
15.1 Responding to a change in oxygen demand and supply
604(1)
15.2 Responding to an increase in demand for oxygen
605(31)
15.3 Responding to a decrease in oxygen supply
636(19)
15.4 Responding to a decrease in oxygen demand---hibernation
655(8)
Part 5 Coordination and integration
663(382)
16 Neurons, nerves and nervous systems
664(61)
16.1 Nervous systems in animals
664(19)
16.2 The ionic basis of electrical activity in neurons
683(21)
16.3 How neurons communicate with one another
704(21)
17 How animals sense their environments
725(58)
17.1 Principles of sensory processing
725(6)
17.2 Photoreception
731(19)
17.3 Chemoreception
750(9)
17.4 Mechanoreception
759(12)
17.5 Thermoreception
771(1)
17.6 Nociception
772(1)
17.7 Electroreception
773(4)
17.8 Magnetoreception
777(6)
18 Muscles and animal movement
783(59)
18.1 Muscle form and function
783(12)
18.2 Voluntary muscle fibres: trusted followers of the nervous system
795(11)
18.3 Cardiac myocytes: muscle cells that never pause to rest
806(5)
18.4 Smooth muscle fibres: the `invisible' achievers
811(5)
18.5 The muscular system is the engine that provides the power for an animals movements and behaviour
816(8)
18.6 Animal locomotion
824(18)
19 Hormones
842(57)
19.1 Dynamics of hormonal processes
842(12)
19.2 Central control processes of vertebrates---the hypothalamus, pituitary gland and pineal gland
854(10)
19.3 The vertebrate adrenal gland and stress
864(10)
19.4 The vertebrate thyroid gland
874(13)
19.5 Invertebrate hormones
887(12)
20 Reproduction
899(47)
20.1 Characteristics of sexual reproduction
899(16)
20.2 Sex determination and sexual differentiation
915(7)
20.3 Vertebrate male reproductive systems
922(6)
20.4 Female reproductive systems of vertebrates
928(6)
20.5 Fertilization and subsequent events
934(7)
20.6 Asexual reproduction
941(5)
21 Control of sodium, water and calcium balance
946(51)
21.1 Control of sodium and water balance among vertebrates
946(29)
21.2 Calcium balance
975(22)
22 Integration of the respiratory and circulatory systems
997(48)
22.1 Generation of the respiratory rhythm
997(12)
22.2 Control of the respiratory system
1009(15)
22.3 Generation of the cardiac rhythm
1024(5)
22.4 Control of the cardiovascular system
1029(8)
22.5 Central terminations of respiratory and cardiovascular sense organs and their interactions in vertebrates
1037(8)
Appendix 1045(2)
Index 1047
Patrick J. Butler is Emeritus Professor of Comparative Physiology in the School of Biosciences, University of Birmingham



J. Anne Brown is Emeritus Professor in the School of Biological Sciences, University of Exeter



D. George Stephenson is Emeritus Professor in the School of Life Sciences, La Trobe University, Melbourne, Australia





John R. Speakman is Professor of Zoology in the Institute of Biological and Environmental Sciences at the University of Aberdeen.