Environmental Physiology of AnimalsJohn Wiley & Sons, 12. 3. 2009 - Počet stran: 784 The new and updated edition of this accessible text provides a comprehensive overview of the comparative physiology of animals within an environmental context.
A companion site for this book with artwork for downloading is available at: www.blackwellpublishing.com/willmer/ |
Obsah
10 Hormones and Chemical Control Systems | 342 |
102 Endocrine systems | 347 |
103 Control of water and osmotic balance | 360 |
104 Control of ion balance and pH | 363 |
105 Control of development and growth | 364 |
106 Control of metabolism temperature and color | 370 |
107 Control of sex and reproduction | 372 |
aggression territoriality and migration | 381 |
26 | |
28 | |
26 Conclusions | 35 |
3 The Problems of Size and Scale | 36 |
33 Allometric scaling | 37 |
34 Scaling of metabolic rate | 40 |
35 Scaling of locomotion | 42 |
is there a right size to be? | 46 |
FURTHER READING | 47 |
PART 2 Central Issues in Comparative Physiology | 49 |
4 Water Ions and Osmotic Physiology | 51 |
43 Passive movements of water and solutes | 55 |
44 Nonpassive solute movements | 61 |
45 Concentrations of cell contents | 70 |
46 Overall regulation of cell contents | 71 |
47 Conclusions | 74 |
5 Animal Water Balance Osmoregulation and Excretion | 76 |
52 Exchanges occurring at the outer body surface | 80 |
53 Osmoregulation at external surfaces | 84 |
54 Osmoregulatory organs and their excretory products | 88 |
55 Water regulation via the gut | 102 |
56 Regulation of respiratory water exchanges | 103 |
57 Water loss in reproductive systems | 105 |
58 Water gain | 107 |
59 Costs and energetics of regulating water and ion balance | 108 |
510 Roles of nervous systems and hormones | 109 |
FURTHER READING | 110 |
6 Metabolism and Energy Supply | 112 |
63 Anaerobic metabolic pathways | 115 |
64 Aerobic metabolism | 119 |
65 Metabolic rates | 126 |
66 Energy budgets | 133 |
FURTHER READING | 139 |
7 Respiration and Circulation | 141 |
72 Uptake and loss of gases across respiratory surfaces | 144 |
73 Ventilation systems to improve exchange rates | 149 |
74 Circulatory systems | 154 |
75 Delivering and transferring gases to the tissues | 162 |
76 Coping with hypoxia and anoxia | 169 |
77 Control of respiration | 170 |
FURTHER READING | 173 |
8 Temperature and its Effects | 175 |
82 Biochemical effects of temperature | 176 |
83 Physiological effects of temperature | 183 |
84 Terminology and strategies in thermal biology | 188 |
85 Thermal environments and thermal exchanges | 192 |
86 Avoidance tolerance and acclimation in thermal biology | 196 |
87 Regulating heat gain and keeping warm | 202 |
88 Regulating heat loss and keeping cool | 208 |
evasion systems in space or time | 212 |
nerves and hormones | 217 |
811 Evolution and advantages of varying thermal strategies | 218 |
FURTHER READING | 221 |
Nervous Systems and Muscles | 223 |
93 Synaptic transmission | 232 |
94 Nervous systems | 247 |
95 Neural integration and higher neural processes | 254 |
96 Neuronal development | 261 |
mechanisms and principles | 266 |
98 Specific senses and sense organs | 268 |
MUSCLES | 290 |
910 Muscle structure | 291 |
911 Muscle contraction | 298 |
912 Muscle mechanics | 305 |
913 Muscle types and diversity | 312 |
NERVES AND MUSCLES WORKING TOGETHER | 318 |
915 Locomotion using muscles | 325 |
916 Conclusions | 340 |
1010 Conclusions | 386 |
FURTHER READING | 387 |
PART 3 Coping with the Environment | 389 |
Introduction | 391 |
11 Marine Life | 393 |
112 Ionic and osmotic adaptation | 396 |
113 Thermal adaptation | 400 |
114 Respiratory adaptation | 408 |
115 Reproductive and lifecycle adaptation | 411 |
116 Depth problems buoyancy and locomotion | 415 |
marine signaling | 423 |
118 Feeding and being fed on | 429 |
119 Anthropogenic problems | 430 |
marine vertebrates | 432 |
1111 Conclusions | 442 |
12 Shorelines and Estuaries | 444 |
122 Ionic and osmotic adaptation and water balance | 455 |
123 Thermal adaptation | 466 |
124 Respiratory adaptation | 471 |
125 Reproductive and lifecycle adaptation | 475 |
126 Mechanical locomotory and sensory systems | 476 |
127 Feeding and being fed on | 480 |
128 Anthropogenic problems | 481 |
129 Conclusions | 483 |
FURTHER READING | 485 |
13 Fresh Water | 487 |
132 Ionic and osmotic adaptation and water balance | 495 |
133 Thermal adaptation | 502 |
134 Respiratory adaptation | 505 |
135 Reproductive and lifecycle adaptation | 511 |
136 Mechanical locomotory and sensory adaptations | 514 |
137 Feeding and being fed on | 515 |
138 Anthropogenic problems | 518 |
139 Conclusions | 524 |
FURTHER READING | 525 |
14 Special Aquatic Habitats | 526 |
143 Osmotically peculiar habitats | 529 |
144 Thermally extreme waters | 535 |
FURTHER READING | 539 |
15 Terrestrial Life | 541 |
152 Ionic and osmotic adaptation and water balance | 552 |
153 Thermal adaptation | 565 |
154 Respiratory adaptation | 581 |
155 Reproductive and lifecycle adaptation | 586 |
156 Locomotion and mechanical adaptations | 596 |
157 Sensory adaptations | 599 |
158 Feeding and being fed upon | 602 |
159 Anthropogenic problems | 609 |
1510 Conclusions | 617 |
FURTHER READING | 618 |
16 Extreme Terrestrial Habitats | 620 |
deserts | 621 |
163 Very cold habitats | 645 |
164 Highaltitude habitats | 663 |
165 Aerial habitats | 671 |
166 Conclusions | 673 |
17 Parasitic Habitats | 675 |
172 Parasite environments | 677 |
173 Basic parasite physiology | 680 |
174 Reproduction and transmission | 688 |
175 Parasite sensory abilities | 692 |
176 Parasite regulation of host physiology | 694 |
hostparasite conflicts | 696 |
178 Conclusions | 704 |
FURTHER READING | 705 |
706 | |
713 | |
Další vydání - Zobrazit všechny
Environmental Physiology of Animals Pat Willmer,Graham Stone,Ian Johnston Náhled není k dispozici. - 2004 |
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