Predation in organisms: a distinct phenomenon
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer
2007
|
| Schlagworte: | |
| Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
| Beschreibung: | XIV, 312 S. Ill., graph. Darst. |
| ISBN: | 9783540460442 3540460446 |
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ASHRAFM.T. ELEWA EDITOR PREDATION IN ORGANISMS A DISTINCT PHENOMENON
WITH 48 FIGURES AND 9 TABLES 4Y SPRINGER TABLE OF CONTENTS 1 AN
INTRODUCTION TO PREDATION IN ORGANISMS 1 ASHRAF M. T. ELEWA 1 REFERENCES
5 2 PREDATION DUE TO CHANGES IN ENVIRONMENT: OSTRACOD PROVINCIALITY AT
THE PALEOCENE-EOCENE THERMAL MAXIMUM IN NORTH AND WEST AFRICA AND THE
MIDDLE EAST 7 ASHRAF M. T. ELEWA 7 2.1 ABSTRACT 7 2.2 INTRODUCTION 7 2.3
METHODOLOGY 8 2.4 RESULTS 10 2.5 PALEOENVIRONMENTS 16 2.6 PREDATION AS A
STRONG FACTOR AFFECTING OSTRACOD ABUNDANCES IN THE STUDIED REGIONS 20
2.7 ACKNOWLEDGEMENT 21 REFERENCES 21 3 PREDATION ON MIOCENE OSTRACODS OF
WADI URN ASHTAN, MERSA MATRUH, WESTERN DESERT, EGYPT 27 ASHRAF M. T.
ELEWA 27 3.1 ABSTRACT 27 X TABLE OF CONTENTS 3.2 INTRODUCTION 27 3.3
PREDATION AND SURVIVAL 28 3.4 MATERIAL FOR THE PRESENT STUDY 29 3.5
ECHINOID DRILLHOLES 31 3.6 HOLES BY MARINE FUNGI 32 3.7 DISCUSSION 33
3.8 ACKNOWLEDGEMENT 36 REFERENCES 36 4 OSTRACOD CARNIVORY THROUGH TIME
39 I. WILKINSON 1 , P. WILBY 1 , P. WILLIAMS 2 , D. SIVETER 3 AND J.
VANNIER 4 39 4.1 ABSTRACT 39 4.2 INTRODUCTION 39 4.3 CARNIVORY IN MODERN
OSTRACODS 40 4.3.1 PREDATION 40 4.3.2 SCAVENGING 42 4.3.3 PARASITISM 43
4.4 CARNIVORY IN THE FOSSIL RECORD 44 4.4.1 EARLY CRETACEOUS
PATTERSONCYPRIS MICOPAPILLOSA FROM BRAZIL 45 4.4.2 JURASSIC JURALEBERIS
JUBATA FROM RUSSIA 46 4.4.3 TRIASSIC TRIADOCYPRIS SPITZBERGENSIS FROM
SPITZBERGEN 46 4.4.4 CARBONIFEROUS EOCYPRIDINA CARSINGTONENSIS FROM
CENTRAL ENGLAND 48 4.4.5 EARLY SILURIAN COLYMBOSATHON ECPLECTICOS FROM
HEREFORDSHIRE, ENGLAND 49 4.4.6 LATE ORDOVICIAN MYODOPRIMIGENIA FISTUCA
FROM SOUTH AFRICA 50 4.4.7 CAMBRIAN BRADORIIDS AND THE ORIGIN OF
CARNIVORY 50 4.5 CONCLUSIONS 53 4.6 ACKNOWLEDGEMENTS 53 REFERENCES 53 5
TROPHIC RELATIONSHIPS IN CRUSTACEAN DECAPODS OF A RIVER WITH A
FLOODPLAIN 59 P. COLLINS 1 - 2 -', V. WILLINER 1: AND F. GIRI, 13 59 5.1
ABSTRACT 59 5.2 INTRODUCTION 60 5.2.1 PHYSICAL ENVIRONMENT: A RIVER WITH
A FLOODPLAIN 61 5.2.2 POTENTIAL PREDATORS 62 5.2.3 POTENTIAL PREYS 63
5.3 FEEDING ECOLOGY 66 TABLE OF CONTENTS XI 5.3.1 SELECTIVITY 71 5.3.2
CIRCADIAN RHYTHMS 72 5.3.3 ANNUAL RHYTHMS 76 5.4 HOW DOES CRUSTACEA
DECAPODA OBTAIN ITS FOOD? 76 REFERENCES 79 APPENDIX 1 85 6 THE ROLE OF
PREDATION IN SHAPING BIOLOGICAL COMMUNITIES, WITH PARTICULAR EMPHASIS TO
INSECTS 87 PANOS V. PETRAKIS' AND ANASTASIOS LEGAKIS" 87 6.1 ABSTRACT 87
6.2 PREDATION AND ITS TYPES IN INSECTS 89 6.3 PREY-PREDATOR INTERACTION
SEEN THROUGH MODELS 90 6.4 PREDATION IN RELATION TO COMPETITION,
PARASITISM, CANNIBALISM AND SIZE 95 6.4.1 COMPETITION 95 6.4.2
PARASITISM 97 6.4.3 SIZE AND PREDATION 98 6.4.4 CANNIBALISM 101 6.5 THE
CONTROL OF PREY POPULATION BY PREDATORS 103 6.6 THE RELATION OF
PREDATION TO BIODIVERSITY 106 6.7 THE CHEMICAL ECOLOGY OF THE
PREY-PREDATOR SYSTEMS. 6.8 PREDATOR CONFUSION HYPOTHESIS 6.9 SEARCH
IMAGE BEHAVIOUR 6.10 SENSORY EXPLOITATION HYPOTHESIS 6.11 PREDATOR
INTERFERENCE HYPOTHESIS 6.12 PEST RELEASE HYPOTHESIS 6.13 OPTIMAL
FORAGING THEORY 6.14 CONCLUDING REMARKS REFERENCES 10 14 14 14 15 15 15
16 16 7 BIOLOGICAL CONTROL OF MOSQUITO POPULATIONS: AN APPLIED ASPECT OF
PEST CONTROL BY MEANS OF NATURAL ENEMIES 123 ANNA
SAMANIDOU-VOYADJOGLOU', VASSILIOS ROUSSIS" AND PANOS V. PETRAKIS 3 123
7.1 ABSTRACT 123 7.2 INTRODUCTION 124 7.3 THE BASIC SUPPRESSION AGENTS
OF MOSQUITOES IN NATURAL AND ANTHROPOGENIC ECOSYSTEMS 127 7.4 THE
PROBLEM POSED BY SYNTHETIC CHEMICAL TREATMENTS AND SOME TOXINS FROM
BIOLOGICAL PREPARATIONS 133 7.5 THE CHEMICAL BASIS OF PREDATION ON
MOSQUITOES 137 XII TABLE OF CONTENTS 7.6 TOWARDS AN INTEGRATED SYSTEM OF
MOSQUITO CONTROL 139 7.7 ACKNOWLEDGEMENTS 142 REFERENCES 143 8 A CASE
FOR CANNIBALISM: CONFAMILIAL AND CONSPECIFIC PREDATION BY NATICID
GASTROPODS, CRETACEOUS THROUGH PLEISTOCENE OF THE UNITED STATES COASTAL
PLAIN 151 PATRICIA H. KELLEY 1 AND THOR A. HANSEN 2 151 8.1 ABSTRACT 151
8.2 INTRODUCTION 152 8.3 MATERIALS AND METHODS 154 8.4 RESULTS 157 8.5
DISCUSSION 161 8.6 CONCLUSIONS 166 8.7 ACKNOWLEDGEMENTS 167 REFERENCES
167 9 ON MODELS FOR THE DYNAMICS OF PREDATOR-PREY INTERACTION 171
RICHARD A. REYMENT 171 9.1 ABSTRACT 171 REFERENCES 175 10 EVOLUTIONARY
CONSEQUENCES OF PREDATION: AVOIDANCE, ESCAPE, REPRODUCTION, AND
DIVERSIFICATION 177 R. BRIAN LANGERHANS 177 10.1 ABSTRACT 177 10.2
INTRODUCTION 178 10.3 SOLVING THE PROBLEM OF BEING EATEN: AVOIDANCE AND
ESCAPE . 180 10.4 PREDATOR AVOIDANCE: WINNING WITHOUT A FIGHT 182
10.4.1 STEERING CLEAR OF A PREDATOR'S REALM: AVOIDING A PREDATOR'S
SENSORY FIELD 183 10.4.2 HIDING IN PLAIN SIGHT: AVOIDING DETECTION
WITHIN A PREDATOR'S SENSORY FIELD 184 10.5 PREDATOR ESCAPE: PREY FIGHT
BACK 185 10.5.1 DON'T EVEN THINK ABOUT IT: ATTACK DETERRENCE 185 10.5.2
CATCH ME IF YOU CAN: CAPTURE DETERRENCE 187 10.5.3 GO AHEAD, TRY AND EAT
ME: CONSUMPTION DETERRENCE 189 10.5.4 MULTITASKING PREY: ALL-PURPOSE
ANTIPREDATOR TRAITS 190 10.6 REPRODUCTIVE STRATEGIES: TRANSCENDING
PREDATORS THROUGH LIFE HISTORY TRAITS 192 10.6.1 KNOW WHEN TO HOLD 'EM,
KNOW WHEN TO FOLD "EM: REPRODUCTIVE TIMING 193 TABLE OF CONTENTS XIII
10.6.2 PUTTING ALL YOUR EGGS IN ONE BASKET AND FLOODING THE MARKET:
REPRODUCTIVE EFFORT 193 10.7 PREDATORS SPAWN PHENOTYPIC DIVERSITY OF
PREY: PLASTICITY, DIVERGENCE, AND SPECIATION 195 10.7.1 TO INDUCE OR NOT
TO INDUCE: TRADEOFFS CAN DRIVE PREDATOR-INDUCED PLASTICITY 196 10.7.2
DIVERGENT SELECTION BETWEEN PREDATOR REGIMES: EVOLUTIONARY DIVERGENCE
AMONG PREY 197 10.7.3 DIVERGENT SELECTION WITHIN PREDATOR REGIMES: THE
SEARCH FOR ENEMY-FREE SPACE 202 10.7.4 DIVERGENT SELECTION INVOLVING
OTHER SELECTIVE AGENT(S): PREDATION AS A CONTEXT SHIFT 203 10.7.5
PREDATION AS A DRIVER OF SPECIATION: EATING INDIVIDUALS, SPITTING OUT
SPECIES 204 10.8 CONCLUSIONS AND FUTURE DIRECTIONS 205 10.9
ACKNOWLEDGEMENTS 206 REFERENCES 206 11 PREDATION IMPACTS AND MANAGEMENT
STRATEGIES FOR WILDLIFE PROTECTION 221 MICHAEL J. BODENCHUK 1 AND DAVID
J. HAYES 2 221 11.1 ABSTRACT 221 11.2 INTRODUCTION 221 11.3
PREDATOR-PREY RELATIONSHIPS 223 11.4 HABITAT V. PREDATORS 227 11.5
PREDATION AND MANAGEMENT EFFECTS 227 11.5.1 DEER 229 11.5.2 PRONGHORN
ANTELOPE 230 11.5.3 SAGE GROUSE 232 11.5.4 RING-NECKED PHEASANTS AND
TURKEYS 234 11.5.5 WATERFOWL 235 .6 FACTORS AFFECTING PREDATION RATES
236 1.6.1 HABITAT FACTORS 236 1.6.2 PREY FACTORS 238 1.6.3 PREDATOR
FACTORS 239 .7 SPECIFIC STRATEGIES 242 1.7.1 NON-LETHAL STRATEGIES 242
1.7.2 MULE DEER PROTECTION STRATEGIES 243 1.7.3 PRONGHORN ANTELOPE
PROTECTION STRATEGIES 245 1.7.4 BIGHORN SHEEP PROTECTION STRATEGIES 245
1.7.5 SAGE GROUSE PROTECTION STRATEGIES 246 11.7.6 RING-NECKED PHEASANT
PROTECTION STRATEGIES 247 XIV TABLE OF CONTENTS 11.7.7 WATERFOWL AND
SHORE BIRD PROTECTION STRATEGIES 247 11.7.8 ENDANGERED AND THREATENED
SPECIES PROTECTION STRATEGIES 248 11.8 CONCLUSION 250 11.9
ACKNOWLEDGEMENT 252 REFERENCES 252 12 INVASIVE PREDATORS: A SYNTHESIS OF
THE PAST, PRESENT, AND FUTURE .265 WILLIAM C. PITT 1 AND GARY W. WITMER
2 265 12.1 ABSTRACT 265 12.2 INTRODUCTION 266 12.3 SPECIES PROFILES 268
12.3.1 MAMMALS 269 12.3.2 BIRDS 275 12.3.3 REPTILES 277 12.3.4
AMPHIBIANS 279 12.3.5 FISH 281 12.4 REGULATION OF INVASIVE SPECIES 282
12.5 PRIORITIES OF INVASIVE SPECIES 283 REFERENCES 285 13 PREDATOR-PREY
INTERACTION OF BRAZILIAN CRETACEOUS TOOTHED PTEROSAURS: A CASE EXAMPLE
295 ANDRE J. VELDMEIJER 1 , MARCO SIGNORE 2 AND ENRICO BUCCF 295 13.1
ABSTRACT 295 13.2 INTRODUCTION 295 13.3 PTEROSAURS AS PREY 296 13.4
PTEROSAURS AS PREDATOR 297 13.5 FISHING TECHNIQUE: THE MODEL 300 13.6
CONCLUSIONS 305 13.7 ACKNOWLEDGEMENTS 306 REFERENCES 307 INDEX 309 |
| adam_txt |
ASHRAFM.T. ELEWA EDITOR PREDATION IN ORGANISMS A DISTINCT PHENOMENON
WITH 48 FIGURES AND 9 TABLES 4Y SPRINGER TABLE OF CONTENTS 1 AN
INTRODUCTION TO PREDATION IN ORGANISMS 1 ASHRAF M. T. ELEWA 1 REFERENCES
5 2 PREDATION DUE TO CHANGES IN ENVIRONMENT: OSTRACOD PROVINCIALITY AT
THE PALEOCENE-EOCENE THERMAL MAXIMUM IN NORTH AND WEST AFRICA AND THE
MIDDLE EAST 7 ASHRAF M. T. ELEWA 7 2.1 ABSTRACT 7 2.2 INTRODUCTION 7 2.3
METHODOLOGY 8 2.4 RESULTS 10 2.5 PALEOENVIRONMENTS 16 2.6 PREDATION AS A
STRONG FACTOR AFFECTING OSTRACOD ABUNDANCES IN THE STUDIED REGIONS 20
2.7 ACKNOWLEDGEMENT 21 REFERENCES 21 3 PREDATION ON MIOCENE OSTRACODS OF
WADI URN ASHTAN, MERSA MATRUH, WESTERN DESERT, EGYPT 27 ASHRAF M. T.
ELEWA 27 3.1 ABSTRACT 27 X TABLE OF CONTENTS 3.2 INTRODUCTION 27 3.3
PREDATION AND SURVIVAL 28 3.4 MATERIAL FOR THE PRESENT STUDY 29 3.5
ECHINOID DRILLHOLES 31 3.6 HOLES BY MARINE FUNGI 32 3.7 DISCUSSION 33
3.8 ACKNOWLEDGEMENT 36 REFERENCES 36 4 OSTRACOD CARNIVORY THROUGH TIME
39 I. WILKINSON 1 , P. WILBY 1 , P. WILLIAMS 2 , D. SIVETER 3 AND J.
VANNIER 4 39 4.1 ABSTRACT 39 4.2 INTRODUCTION 39 4.3 CARNIVORY IN MODERN
OSTRACODS 40 4.3.1 PREDATION 40 4.3.2 SCAVENGING 42 4.3.3 PARASITISM 43
4.4 CARNIVORY IN THE FOSSIL RECORD 44 4.4.1 EARLY CRETACEOUS
PATTERSONCYPRIS MICOPAPILLOSA FROM BRAZIL 45 4.4.2 JURASSIC JURALEBERIS
JUBATA FROM RUSSIA 46 4.4.3 TRIASSIC TRIADOCYPRIS SPITZBERGENSIS FROM
SPITZBERGEN 46 4.4.4 CARBONIFEROUS EOCYPRIDINA CARSINGTONENSIS FROM
CENTRAL ENGLAND 48 4.4.5 EARLY SILURIAN COLYMBOSATHON ECPLECTICOS FROM
HEREFORDSHIRE, ENGLAND 49 4.4.6 LATE ORDOVICIAN MYODOPRIMIGENIA FISTUCA
FROM SOUTH AFRICA 50 4.4.7 CAMBRIAN BRADORIIDS AND THE ORIGIN OF
CARNIVORY 50 4.5 CONCLUSIONS 53 4.6 ACKNOWLEDGEMENTS 53 REFERENCES 53 5
TROPHIC RELATIONSHIPS IN CRUSTACEAN DECAPODS OF A RIVER WITH A
FLOODPLAIN 59 P. COLLINS 1 - 2 -', V. WILLINER 1: AND F. GIRI, 13 59 5.1
ABSTRACT 59 5.2 INTRODUCTION 60 5.2.1 PHYSICAL ENVIRONMENT: A RIVER WITH
A FLOODPLAIN 61 5.2.2 POTENTIAL PREDATORS 62 5.2.3 POTENTIAL PREYS 63
5.3 FEEDING ECOLOGY 66 TABLE OF CONTENTS XI 5.3.1 SELECTIVITY 71 5.3.2
CIRCADIAN RHYTHMS 72 5.3.3 ANNUAL RHYTHMS 76 5.4 HOW DOES CRUSTACEA
DECAPODA OBTAIN ITS FOOD? 76 REFERENCES 79 APPENDIX 1 85 6 THE ROLE OF
PREDATION IN SHAPING BIOLOGICAL COMMUNITIES, WITH PARTICULAR EMPHASIS TO
INSECTS 87 PANOS V. PETRAKIS' AND ANASTASIOS LEGAKIS" 87 6.1 ABSTRACT 87
6.2 PREDATION AND ITS TYPES IN INSECTS 89 6.3 PREY-PREDATOR INTERACTION
SEEN THROUGH MODELS 90 6.4 PREDATION IN RELATION TO COMPETITION,
PARASITISM, CANNIBALISM AND SIZE 95 6.4.1 COMPETITION 95 6.4.2
PARASITISM 97 6.4.3 SIZE AND PREDATION 98 6.4.4 CANNIBALISM 101 6.5 THE
CONTROL OF PREY POPULATION BY PREDATORS 103 6.6 THE RELATION OF
PREDATION TO BIODIVERSITY 106 6.7 THE CHEMICAL ECOLOGY OF THE
PREY-PREDATOR SYSTEMS. 6.8 PREDATOR CONFUSION HYPOTHESIS 6.9 SEARCH
IMAGE BEHAVIOUR 6.10 SENSORY EXPLOITATION HYPOTHESIS 6.11 PREDATOR
INTERFERENCE HYPOTHESIS 6.12 PEST RELEASE HYPOTHESIS 6.13 OPTIMAL
FORAGING THEORY 6.14 CONCLUDING REMARKS REFERENCES 10 14 14 14 15 15 15
16 16 7 BIOLOGICAL CONTROL OF MOSQUITO POPULATIONS: AN APPLIED ASPECT OF
PEST CONTROL BY MEANS OF NATURAL ENEMIES 123 ANNA
SAMANIDOU-VOYADJOGLOU', VASSILIOS ROUSSIS" AND PANOS V. PETRAKIS 3 123
7.1 ABSTRACT 123 7.2 INTRODUCTION 124 7.3 THE BASIC SUPPRESSION AGENTS
OF MOSQUITOES IN NATURAL AND ANTHROPOGENIC ECOSYSTEMS 127 7.4 THE
PROBLEM POSED BY SYNTHETIC CHEMICAL TREATMENTS AND SOME TOXINS FROM
BIOLOGICAL PREPARATIONS 133 7.5 THE CHEMICAL BASIS OF PREDATION ON
MOSQUITOES 137 XII TABLE OF CONTENTS 7.6 TOWARDS AN INTEGRATED SYSTEM OF
MOSQUITO CONTROL 139 7.7 ACKNOWLEDGEMENTS 142 REFERENCES 143 8 A CASE
FOR CANNIBALISM: CONFAMILIAL AND CONSPECIFIC PREDATION BY NATICID
GASTROPODS, CRETACEOUS THROUGH PLEISTOCENE OF THE UNITED STATES COASTAL
PLAIN 151 PATRICIA H. KELLEY 1 AND THOR A. HANSEN 2 151 8.1 ABSTRACT 151
8.2 INTRODUCTION 152 8.3 MATERIALS AND METHODS 154 8.4 RESULTS 157 8.5
DISCUSSION 161 8.6 CONCLUSIONS 166 8.7 ACKNOWLEDGEMENTS 167 REFERENCES
167 9 ON MODELS FOR THE DYNAMICS OF PREDATOR-PREY INTERACTION 171
RICHARD A. REYMENT 171 9.1 ABSTRACT 171 REFERENCES 175 10 EVOLUTIONARY
CONSEQUENCES OF PREDATION: AVOIDANCE, ESCAPE, REPRODUCTION, AND
DIVERSIFICATION 177 R. BRIAN LANGERHANS 177 10.1 ABSTRACT 177 10.2
INTRODUCTION 178 10.3 SOLVING THE PROBLEM OF BEING EATEN: AVOIDANCE AND
ESCAPE . 180 10.4 PREDATOR AVOIDANCE: WINNING WITHOUT A FIGHT 182
10.4.1 STEERING CLEAR OF A PREDATOR'S REALM: AVOIDING A PREDATOR'S
SENSORY FIELD 183 10.4.2 HIDING IN PLAIN SIGHT: AVOIDING DETECTION
WITHIN A PREDATOR'S SENSORY FIELD 184 10.5 PREDATOR ESCAPE: PREY FIGHT
BACK 185 10.5.1 DON'T EVEN THINK ABOUT IT: ATTACK DETERRENCE 185 10.5.2
CATCH ME IF YOU CAN: CAPTURE DETERRENCE 187 10.5.3 GO AHEAD, TRY AND EAT
ME: CONSUMPTION DETERRENCE 189 10.5.4 MULTITASKING PREY: ALL-PURPOSE
ANTIPREDATOR TRAITS 190 10.6 REPRODUCTIVE STRATEGIES: TRANSCENDING
PREDATORS THROUGH LIFE HISTORY TRAITS 192 10.6.1 KNOW WHEN TO HOLD 'EM,
KNOW WHEN TO FOLD "EM: REPRODUCTIVE TIMING 193 TABLE OF CONTENTS XIII
10.6.2 PUTTING ALL YOUR EGGS IN ONE BASKET AND FLOODING THE MARKET:
REPRODUCTIVE EFFORT 193 10.7 PREDATORS SPAWN PHENOTYPIC DIVERSITY OF
PREY: PLASTICITY, DIVERGENCE, AND SPECIATION 195 10.7.1 TO INDUCE OR NOT
TO INDUCE: TRADEOFFS CAN DRIVE PREDATOR-INDUCED PLASTICITY 196 10.7.2
DIVERGENT SELECTION BETWEEN PREDATOR REGIMES: EVOLUTIONARY DIVERGENCE
AMONG PREY 197 10.7.3 DIVERGENT SELECTION WITHIN PREDATOR REGIMES: THE
SEARCH FOR ENEMY-FREE SPACE 202 10.7.4 DIVERGENT SELECTION INVOLVING
OTHER SELECTIVE AGENT(S): PREDATION AS A CONTEXT SHIFT 203 10.7.5
PREDATION AS A DRIVER OF SPECIATION: EATING INDIVIDUALS, SPITTING OUT
SPECIES 204 10.8 CONCLUSIONS AND FUTURE DIRECTIONS 205 10.9
ACKNOWLEDGEMENTS 206 REFERENCES 206 11 PREDATION IMPACTS AND MANAGEMENT
STRATEGIES FOR WILDLIFE PROTECTION 221 MICHAEL J. BODENCHUK 1 AND DAVID
J. HAYES 2 221 11.1 ABSTRACT 221 11.2 INTRODUCTION 221 11.3
PREDATOR-PREY RELATIONSHIPS 223 11.4 HABITAT V. PREDATORS 227 11.5
PREDATION AND MANAGEMENT EFFECTS 227 11.5.1 DEER 229 11.5.2 PRONGHORN
ANTELOPE 230 11.5.3 SAGE GROUSE 232 11.5.4 RING-NECKED PHEASANTS AND
TURKEYS 234 11.5.5 WATERFOWL 235 .6 FACTORS AFFECTING PREDATION RATES
236 1.6.1 HABITAT FACTORS 236 1.6.2 PREY FACTORS 238 1.6.3 PREDATOR
FACTORS 239 .7 SPECIFIC STRATEGIES 242 1.7.1 NON-LETHAL STRATEGIES 242
1.7.2 MULE DEER PROTECTION STRATEGIES 243 1.7.3 PRONGHORN ANTELOPE
PROTECTION STRATEGIES 245 1.7.4 BIGHORN SHEEP PROTECTION STRATEGIES 245
1.7.5 SAGE GROUSE PROTECTION STRATEGIES 246 11.7.6 RING-NECKED PHEASANT
PROTECTION STRATEGIES 247 XIV TABLE OF CONTENTS 11.7.7 WATERFOWL AND
SHORE BIRD PROTECTION STRATEGIES 247 11.7.8 ENDANGERED AND THREATENED
SPECIES PROTECTION STRATEGIES 248 11.8 CONCLUSION 250 11.9
ACKNOWLEDGEMENT 252 REFERENCES 252 12 INVASIVE PREDATORS: A SYNTHESIS OF
THE PAST, PRESENT, AND FUTURE .265 WILLIAM C. PITT 1 AND GARY W. WITMER
2 265 12.1 ABSTRACT 265 12.2 INTRODUCTION 266 12.3 SPECIES PROFILES 268
12.3.1 MAMMALS 269 12.3.2 BIRDS 275 12.3.3 REPTILES 277 12.3.4
AMPHIBIANS 279 12.3.5 FISH 281 12.4 REGULATION OF INVASIVE SPECIES 282
12.5 PRIORITIES OF INVASIVE SPECIES 283 REFERENCES 285 13 PREDATOR-PREY
INTERACTION OF BRAZILIAN CRETACEOUS TOOTHED PTEROSAURS: A CASE EXAMPLE
295 ANDRE J. VELDMEIJER 1 , MARCO SIGNORE 2 AND ENRICO BUCCF 295 13.1
ABSTRACT 295 13.2 INTRODUCTION 295 13.3 PTEROSAURS AS PREY 296 13.4
PTEROSAURS AS PREDATOR 297 13.5 FISHING TECHNIQUE: THE MODEL 300 13.6
CONCLUSIONS 305 13.7 ACKNOWLEDGEMENTS 306 REFERENCES 307 INDEX 309 |
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| dewey-ones | 591 - Specific topics in natural history of animals |
| dewey-raw | 591.5/3 |
| dewey-search | 591.5/3 |
| dewey-sort | 3591.5 13 |
| dewey-tens | 590 - Animals |
| discipline | Geologie / Paläontologie Biologie |
| discipline_str_mv | Geologie / Paläontologie Biologie |
| format | Book |
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| genre | (DE-588)4143413-4 Aufsatzsammlung gnd-content |
| genre_facet | Aufsatzsammlung |
| id | DE-604.BV021765009 |
| illustrated | Illustrated |
| index_date | 2024-07-02T15:36:27Z |
| indexdate | 2024-07-20T09:08:14Z |
| institution | BVB |
| isbn | 9783540460442 3540460446 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-014978023 |
| oclc_num | 180952485 |
| open_access_boolean | |
| owner | DE-M49 DE-BY-TUM DE-703 DE-188 DE-B16 |
| owner_facet | DE-M49 DE-BY-TUM DE-703 DE-188 DE-B16 |
| physical | XIV, 312 S. Ill., graph. Darst. |
| publishDate | 2007 |
| publishDateSearch | 2007 |
| publishDateSort | 2007 |
| publisher | Springer |
| record_format | marc |
| spelling | Predation in organisms a distinct phenomenon Ashraf M. T. Elewa, ed. Berlin [u.a.] Springer 2007 XIV, 312 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Organismen gtt Predatie gtt Prédation (Biologie) Predation (Biology) Prädation (DE-588)7558129-2 gnd rswk-swf Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd rswk-swf Beute (DE-588)4145106-5 gnd rswk-swf Räuberische Tiere (DE-588)4176862-0 gnd rswk-swf Parasitismus (DE-588)4173322-8 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Parasitismus (DE-588)4173322-8 s DE-604 Räuberische Tiere (DE-588)4176862-0 s Beute (DE-588)4145106-5 s Prädation (DE-588)7558129-2 s DE-188 Räuber-Beute-Verhältnis (DE-588)4048274-1 s Elewa, Ashraf M. T. Sonstige (DE-588)129076740 oth text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2853636&prov=M&dok_var=1&dok_ext=htm Inhaltstext GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014978023&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Predation in organisms a distinct phenomenon Organismen gtt Predatie gtt Prédation (Biologie) Predation (Biology) Prädation (DE-588)7558129-2 gnd Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd Beute (DE-588)4145106-5 gnd Räuberische Tiere (DE-588)4176862-0 gnd Parasitismus (DE-588)4173322-8 gnd |
| subject_GND | (DE-588)7558129-2 (DE-588)4048274-1 (DE-588)4145106-5 (DE-588)4176862-0 (DE-588)4173322-8 (DE-588)4143413-4 |
| title | Predation in organisms a distinct phenomenon |
| title_auth | Predation in organisms a distinct phenomenon |
| title_exact_search | Predation in organisms a distinct phenomenon |
| title_exact_search_txtP | Predation in organisms a distinct phenomenon |
| title_full | Predation in organisms a distinct phenomenon Ashraf M. T. Elewa, ed. |
| title_fullStr | Predation in organisms a distinct phenomenon Ashraf M. T. Elewa, ed. |
| title_full_unstemmed | Predation in organisms a distinct phenomenon Ashraf M. T. Elewa, ed. |
| title_short | Predation in organisms |
| title_sort | predation in organisms a distinct phenomenon |
| title_sub | a distinct phenomenon |
| topic | Organismen gtt Predatie gtt Prédation (Biologie) Predation (Biology) Prädation (DE-588)7558129-2 gnd Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd Beute (DE-588)4145106-5 gnd Räuberische Tiere (DE-588)4176862-0 gnd Parasitismus (DE-588)4173322-8 gnd |
| topic_facet | Organismen Predatie Prédation (Biologie) Predation (Biology) Prädation Räuber-Beute-Verhältnis Beute Räuberische Tiere Parasitismus Aufsatzsammlung |
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