Predator-prey dynamics: the role of olfaction
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Boca Raton [u.a.]
CRC Pr.
2007
|
| Schlagworte: | |
| Online-Zugang: | Table of contents only Publisher description Inhaltsverzeichnis |
| Beschreibung: | Includes bibliographical references |
| Beschreibung: | 248 S. Ill., graph. Darst. |
| ISBN: | 0849392705 9780849392702 |
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| 100 | 1 | |a Conover, Michael R. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Predator-prey dynamics |b the role of olfaction |c Michael R. Conover |
| 264 | 1 | |a Boca Raton [u.a.] |b CRC Pr. |c 2007 | |
| 300 | |a 248 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Includes bibliographical references | ||
| 650 | 4 | |a Predatory animals |x Sense organs | |
| 650 | 4 | |a Smell | |
| 650 | 4 | |a Predation (Biology) | |
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| 650 | 0 | 7 | |a Geruchssinn |0 (DE-588)4129703-9 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Beute |0 (DE-588)4145106-5 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Räuberische Tiere |0 (DE-588)4176862-0 |2 gnd |9 rswk-swf |
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Datensatz im Suchindex
| _version_ | 1804136456895070208 |
|---|---|
| adam_text | CONTENTS PREFACE XIII ACKNOWLEDGNLENTS XV CHAPTER 1 OLFACTORY PREDATORS
AND ODORANTS 1 OLFACTORY ORGANS OF VERTEBRATES 2 COMPARING THE OLFACTORY
ABILITY OF HUMANS TO OTHER MAMMALS .4 USE OF OLFACTION BY BIRDS TO
LOCATE FOOD 4 WHICH MODALITY IS MOST IMPORTANT TO SNAKES IN LOCATING
PREY? 5 WHICH MODALITY IS MOST IMPORTANT TO PREDATORY MAMMALS IN
LOCATING PREY? 7 CHARACTERISTICS OF ODORANTS 8 PERCEPTION OF ODOR
MIXTURES 9 SOURCES OF ODORANTS FROM MAMMALS AND BIRDS 10 USING ODORS TO
DETECT DIFFERENCES BETWEEN SPECIES OR INDIVIDUALS 11 CAN ANIMALS HIDE
FROM OLFACTORY PREDATORS BY CHANGING THEIR ODOR? 12 CAN ANIMALS HIDE
FROM OLFACTORY PREDATORS BY MASKING THEIR ODOR WITH ANOTHER,
OVERPOWERING ONE? 13 FACTORS INFLUENCING THE EVAPORATION RATE OF
ODORANTS .16 MOVEMENT OF ODORANTS THROUGH THE ATMOSPHERE 19 THE
OLFACTORY CONCEALMENT THEORY 20 CHAPTER 2 DETECTING AND LOCATING PREY
THROUGH DEPOSITIONAL ODOR TRAILS 23 CREATION OF DEPOSITIONAL ODOR TRAILS
23 DETERMINING HOW LONG AGO A TRAIL WAS CREATED 24 DETERMINING THE
DIRECTION OF AN ODOR TRAIL 25 IMPACT OF ENVIRONMENTAL CONDITIONS ON
DEPOSITIONAL ODOR TRAILS 27 HOW GOOD ARE PREDATORS AT FOLLOWING A
DEPOSITIONAL ODOR TRAIL? 29 BEHAVIORAL TACTICS USED BY DEER AND HARES TO
ESCAPE FROM TRACKING DOGS 30 LOCATING HOME RANGES USING OLFACTORY CUES
32 WHAT PREY CAN DO TO MINIMIZE THEIR RISK FROM DEPOSITIONAL ODOR TRAILS
33 WHAT OLFACTORY PREDATORS CAN DO TO MAXIMIZE THE USEFULNESS OF
DEPOSITIONAL ODOR TRAILS 33 CHAPTER 3 USING AIRBORNE ODORANTS TO DETECT
THE PRESENCE OF PREY 35 THE CHALLENGE OF USING AIRBORNE ODORANTS TO
DETECT THE PRESENCE OF PREY 35 IMPACT OF A STEADY WIND ON A PREDATOR S
ABILITY TO DETECT AN ODOR PLUME 36 HOW FAR CAN PREDATORS DETECT PREY BY
SENSING THE QUARRY THROUGH ITS ODOR PLUME? 36 CAN PREY REDUCE THEIR
ODORANT EMISSION RATE? 38 IMPACT OF WIND VELOCITY ON ODORANT
CONCENTRATION 39 IMPACT OF TURBULENCE ON ODORANT CONCENTRATION 39
DIFFERENCES IN TIME-AVERAGED AND INSTANTANEOUS VIEWS OF ODOR PLUMES .43
IMPACT OF LATERAL AND VERTICAL TURBULENCE ON THE SIZE OF INSTANTANEOUS
ODOR PLUMES 44 MEASUREMENTS OF TURBULENCE .45 SPATIAL AND TEMPORAL
STRUCTURE OF ODOR PLUMES .46 EFFECT OF ATMOSPHERIC INSTABILITY ON THE
VERTICAL DISPERSION OF ODORANTS .47 DIURNAL CHANGES IN ATMOSPHERIC
STABILITY 50 IMPACT OF ATMOSPHERIC INSTABILITY ON OLFACTORY PREDATORS
AND THEIR PREY 53 CHAPTER 4 USING ODOR PLUMES TO LOCATE PREY AND THE
IMPACT OF CONVECTION .55 LOCATING PREY THROUGH AIRBORNE ODORANTS .55
POTENTIAL METHODS ANIMALS CAN USE TO LOCATE AN ODOR SOURCE .55 HOW MOTHS
LOCATE SOURCES OF ODOR PLUMES .58 HOW TSETSE FLIES USE ODOR PLUMES TO
FIND THEIR HOSTS 59 DO PREDATORS DEVELOP OLFACTORY SEARCH IMAGES OF
THEIR PREY? 60 IMPACT OF WIND VELOCITY ON THE ABILITY OF PREDATORS TO
LOCATE PREY USING ODOR PLUMES 60 IMPACT OF WIND VELOCITY OF OLFACTORY
PREDATORS AND THEIR PREY 62 EFFECT OF VARIABLE WIND SPEED AND DIRECTION
ON USE OF ODOR PLUMES TO LOCATE PREY 62 CONVECTIVE TURBULENCE CAUSED BY
LOCAL TOPOGRAPHY 64 IMPACT OF LOCAL CONVECTIVE CURRENTS ON OLFACTORY
PREDATORS AND THEIR PREY 68 CHAPTER 5 EXPERIMENTAL EVIDENCE THAT
UPDRAFTS AND TURBULENCE HINDER THE ABILITY OF PREDATORS TO FIND PREY
USING OLFACTION 71 EXPERIMENT 1: DO UPDRAFTS AND ATMOSPHERIC TURBULENCE
HINDER THE ABILITY OF DOGS TO FIND BIRDS? .71 METHODS 71 RESULTS 72
DISCUSSION 73 EXPERIMENT 2: ARE NEST PREDATION RATES BY FREE-RANGING
PREDATORS LOWER IN AREAS WHERE UPDRAFTS OCCUR? 73 METLLODS 73 RESULTS 74
DISCUSSION 74 EXPERIMENT 3: DO UPDRAFTS AND TURBULENCE HINDER THE
ABILITY OF FREE-RANGING PREDATORS TO FIND ARTIFICIAL NESTS? .74 METHODS
75 RESULTS 76 DISCUSSION 76 CHAPTER 6 TURBULENCE CAUSED BY ISOLATED
SURFACE FEATURES 77 MECHANICAL TURBULENCE CAUSED BY ISOLATED SURFACE
FEATURES 78 IMPACT OF TURBULENCE CAUSED BY ISOLATED SURFACE FEATURES ON
OLFACTORY PREDATORS AND THEIR PREY 80 MECHANICAL TURBULENCE CAUSED BY AN
ISOLATED PLANT 82 IMPACT OF TURBULENCE CAUSED BY ISOLATED TREES ON
OLFACTORY PREDATORS AND THEIR PREY 88 TURBULENCE CAUSED BY SHELTERBELTS
88 IMPACT OF TURBULENCE ACROSS SHELTERBELTS ON OLFACTORY PREDATORS AND
THEIR PREY 91 CHAPTER 7 TURBULENCE OVER ROUGH SURFACES 95 AERODYNAMIC
ROUGHNESS LENGTH 96 IMPACT OF ZO ON OLFACTORY PREDATORS AND THEIR PREY
98 ZERO-PLANE DISPLACELNENT 99 AIRFLOW ACROSS HABITAT EDGES 101 AIRFLOW
FROM A SMOOTH TO A ROUGH SURFACE 101 AIRFLOW FROM ROUGH TO SMOOTH
SURFACES 103 IMPACT OF TURBULENCE CAUSED BY HABITAT EDGES ON OLFACTORY
PREDATORS AND THEIR PREY L 04 CHAPTER 8 TURBULENCE WITHIN AND BELOW
PLANT CANOPIES 107 CONVECTIVE TURBULENCE WITHIN PLANT CANOPIES 107
MECHANICAL TURBULENCE WITHIN PLANT CANOPIES 108 AIRFLOW AND TURBULENCE
WITHIN FORB AND GRASS CANOPIES 110 MOVEMENT OF A PHEROMONE PLUME WITHIN
A GRAIN FIELD LL1 AIRFLOW WITHIN THE SUBCANOPY OF FORESTS 113
DIFFERENCES IN THE MOVEMENT OF ODOR PLUMES ABOVE GRASS CANOPIES AND
WITHIN FOREST CANOPIES 115 HOW DOES TURBULENCE WITHIN A FOREST
PLANTATION DIFFER FROM A NATURALLY REPRODUCING OR OLD-GROWTH FOREST? 118
IMPACT OF TURBULENCE WITHIN A FOREST SUBCANOPY ON OLFACTORY PREDATORS
AND THEIR PREY 120 AIRFLOW IN SAVANNAS 120 IMPACT OF TURBULENCE IN
FORESTS, PRAIRIES, AND SAVANNAS ON OLFACTORY PREDATORS AND THEIR PREY
124 CHAPTER 9 TRADE-OFFS REQUIRED TO ACHIEVE OPTIMAL HIDING STRATEGIES
125 OPTIMAL HIDING STRATEGIES FOR PREY 125 OPTIMAL FORAGING STRATEGIES
FOR PREDATORS 125 HOW PREDATORS DEVELOP SEARCH IMAGES OF PREY 126 HOW
BIRDS LEARN L THERE TO NEST 127 INTERPLAY BETWEEN A PREDATOR S OPTIMAL
FORAGING STRATEGY AND A PREY S OPTIN1AL HIDING STRATEGY 130 TRADE-OFFS
INVOLVING AVOIDING DETECTION VERSUS CAPTURE 131 TRADE-OFFS REQUIRED TO
AVOID BOTH VISUAL AND OLFACTORY PREDATORS 131 TRADE-OFFS BETWEEN THE
NEED TO AVOID OLFACTORY PREDATORS AND TO MEET THE OTHER NECESSITIES OF
LIFE 134 TRADE-OFFS BETWEEN THE NEED TO REPRODUCE THIS YEAR VERSUS
DURING FUTURE YEARS 136 TRADE-OFFS INVOLVING THE TIMING OF DANGEROUS
ACTIVITIES 137 TRADE-OFFS AMONG INJURIES, ILLNESS, STARVATION, AND
PREDATORS 139 SUMMARY 142 CHAPTER 10 IMPACT OF OLFACTORY PREDATORS ON
THE BEHAVIOR OF FEMALE UNGULATES DURING PARTURITION AND ON THE BEHAVIOR
OF THEIR YOUNG 143 DO FEMALES REDUCE THEIR PRODUCTION OF ODORANTS AT
PARTURITION SITES OR THE BEDDING SITES OF THEIR YOUNG? 146 IS THE
BEHAVIOR OF NEONATES DESIGNED TO HINDER THE ABILITY OF PREDATORS TO FIND
THEM USING OLFACTION? 147 DO FAWNS ADJUST THE TIMING OF THEIR MOVEMENTS
TO AVOID ATTRACTING THE ATTENTION OF VISUAL OR OLFACTORY PREDATORS? 150
DO FEMALE UNGULATES SELECT PARTURITION SITES, AND DO YOUNG SELECT
BEDDING GROUNDS WHERE OLFACTORY PREDATORS VOULD HAVE A HARD TIME
FINDING THEM? 150 PRONGHORN 150 ROE LIEER 152 WHITE-TAILED DEER 152 MULE
DEER 152 ELK 154 CARIBOU 155 DA]] S SHEEP AND BIGHORN SHEEP 156 CHAPTER
11 DO NEST SITE CHARACTERISTICS INFLUENCE NEST PREDATION RATES BY
OLFACTORY PREDATORS? 159 IMPACT OF AVIAN MASS, SURFACE AREA, AND
METABOLIC RATES ON OLFACTORY PREDATORS 159 IMPACT OF NEST
CHARACTERISTICS ON OLFACTORY PREDATORS 162 CHAPTER 12 DO WEATHER,
CONVECTION, ISOLATED SURFACE FEATURES, OR SHELTERBELTS INFLUENCE NEST
PREDATION RATES OF OLFACTORY PREDATORS? 171 IMPACT OF WEATHER ON
OLFACTORY PREDATORS 171 IMPACT OF CONVECTION ON OLFACTORY PREDATORS 173
IMPACT OF ISOLATED SURFACE FEATURES ON OLFACTORY PREDATORS 175 IMPACT OF
SHELTERBELTS ON OLFACTORY PREDATORS 178 CHAPTER 13 DO PRAIRIES,
SAVANNAS, FORESTS, OR EDGE HABITATS INFLUENCE NEST PREDATION RATES OF
OLFACTORY PREDATORS? 181 NEST PREDATION BY OLFACTORY PREDATORS IN
PRAIRIES AND OPEN FIELDS 181 NEST PREDATION BY OLFACTORY PREDATORS IN
SAVANNAS 189 NEST PREDATION BY OLFACTORY PREDATORS WITHIN FORESTS 189
IMPACT OF EDGE HABITAT ON OLFACTORY PREDATORS 192 CHAPTER 14 USING THE
PHYSICS OF AIRFLOW TO REDEFINE COMMON ECOLOGICAL TERMS 195 EXAMPLES FROM
FOREST ECOLOGY OF THE CONFUSION THAT CAN BE CREATED BY AMBIGUOUS
DEFINITIONS 195 WHAT IS A FOREST PATCH OR HABITAT PATCH? 195 WHAT IS A
FOREST INTERIOR? 196 WHAT IS A FOREST EDGE? 196 HOW FAR DOES A FOREST
EDGE EXTEND INTO A FOREST? 196 WHAT IS A FOREST CLEARING? 196 BENEFITS
OF DEFINING ECOLOGICAL TERMS BASED ON THE PHYSICS OF AIRFLOW 197 CHAPTER
15 EPILOGUE 201 DANGERS POSED BY DEPOSITIONAL ODOR TRAILS 201 DANGERS
POSED BY ODOR PLUMES 201 CAN THE OLFACTORY-CONCEALMENT THEORY HELP GUIDE
FUTURE RESEARCH AND PROVIDE ANSWERS TO QUESTIONS THAT HERETOFORE HAVE
LACKED EXPLANATION? 202 DOES THE OLFACTORY-CONCEALMENT THEORY HAVE ANY
APPLIED VALUE? 203 REFERENCES 205 APPENDIX 1 LATIN NAMES OF SPECIES
MENTIONED IN THIS BOOK 223 APPENDIX 2 SYMBOLS USED IN THIS BOOK 229
APPENDIX 3 FORCES CONTROLLING WIND SPEED AND DIRECTION 231 APPENDIX 4
PASQUILL S SYSTEM FOR MEASURING ATMOSPHERIC STABILITY 235 AUTHOR INDEX
237 SPECIES INDEX 241 SUBJECT INDEX 245
|
| adam_txt |
CONTENTS PREFACE XIII ACKNOWLEDGNLENTS XV CHAPTER 1 OLFACTORY PREDATORS
AND ODORANTS 1 OLFACTORY ORGANS OF VERTEBRATES 2 COMPARING THE OLFACTORY
ABILITY OF HUMANS TO OTHER MAMMALS .4 USE OF OLFACTION BY BIRDS TO
LOCATE FOOD 4 WHICH MODALITY IS MOST IMPORTANT TO SNAKES IN LOCATING
PREY? 5 WHICH MODALITY IS MOST IMPORTANT TO PREDATORY MAMMALS IN
LOCATING PREY? 7 CHARACTERISTICS OF ODORANTS 8 PERCEPTION OF ODOR
MIXTURES 9 SOURCES OF ODORANTS FROM MAMMALS AND BIRDS 10 USING ODORS TO
DETECT DIFFERENCES BETWEEN SPECIES OR INDIVIDUALS 11 CAN ANIMALS HIDE
FROM OLFACTORY PREDATORS BY CHANGING THEIR ODOR? 12 CAN ANIMALS HIDE
FROM OLFACTORY PREDATORS BY MASKING THEIR ODOR WITH ANOTHER,
OVERPOWERING ONE? 13 FACTORS INFLUENCING THE EVAPORATION RATE OF
ODORANTS .16 MOVEMENT OF ODORANTS THROUGH THE ATMOSPHERE 19 THE
OLFACTORY CONCEALMENT THEORY 20 CHAPTER 2 DETECTING AND LOCATING PREY
THROUGH DEPOSITIONAL ODOR TRAILS 23 CREATION OF DEPOSITIONAL ODOR TRAILS
23 DETERMINING HOW LONG AGO A TRAIL WAS CREATED 24 DETERMINING THE
DIRECTION OF AN ODOR TRAIL 25 IMPACT OF ENVIRONMENTAL CONDITIONS ON
DEPOSITIONAL ODOR TRAILS 27 HOW GOOD ARE PREDATORS AT FOLLOWING A
DEPOSITIONAL ODOR TRAIL? 29 BEHAVIORAL TACTICS USED BY DEER AND HARES TO
ESCAPE FROM TRACKING DOGS 30 LOCATING HOME RANGES USING OLFACTORY CUES
32 WHAT PREY CAN DO TO MINIMIZE THEIR RISK FROM DEPOSITIONAL ODOR TRAILS
33 WHAT OLFACTORY PREDATORS CAN DO TO MAXIMIZE THE USEFULNESS OF
DEPOSITIONAL ODOR TRAILS 33 CHAPTER 3 USING AIRBORNE ODORANTS TO DETECT
THE PRESENCE OF PREY 35 THE CHALLENGE OF USING AIRBORNE ODORANTS TO
DETECT THE PRESENCE OF PREY 35 IMPACT OF A STEADY WIND ON A PREDATOR'S
ABILITY TO DETECT AN ODOR PLUME 36 HOW FAR CAN PREDATORS DETECT PREY BY
SENSING THE QUARRY THROUGH ITS ODOR PLUME? 36 CAN PREY REDUCE THEIR
ODORANT EMISSION RATE? 38 IMPACT OF WIND VELOCITY ON ODORANT
CONCENTRATION 39 IMPACT OF TURBULENCE ON ODORANT CONCENTRATION 39
DIFFERENCES IN TIME-AVERAGED AND INSTANTANEOUS VIEWS OF ODOR PLUMES .43
IMPACT OF LATERAL AND VERTICAL TURBULENCE ON THE SIZE OF INSTANTANEOUS
ODOR PLUMES 44 MEASUREMENTS OF TURBULENCE .45 SPATIAL AND TEMPORAL
STRUCTURE OF ODOR PLUMES .46 EFFECT OF ATMOSPHERIC INSTABILITY ON THE
VERTICAL DISPERSION OF ODORANTS .47 DIURNAL CHANGES IN ATMOSPHERIC
STABILITY 50 IMPACT OF ATMOSPHERIC INSTABILITY ON OLFACTORY PREDATORS
AND THEIR PREY 53 CHAPTER 4 USING ODOR PLUMES TO LOCATE PREY AND THE
IMPACT OF CONVECTION .55 LOCATING PREY THROUGH AIRBORNE ODORANTS .55
POTENTIAL METHODS ANIMALS CAN USE TO LOCATE AN ODOR SOURCE .55 HOW MOTHS
LOCATE SOURCES OF ODOR PLUMES .58 HOW TSETSE FLIES USE ODOR PLUMES TO
FIND THEIR HOSTS 59 DO PREDATORS DEVELOP OLFACTORY SEARCH IMAGES OF
THEIR PREY? 60 IMPACT OF WIND VELOCITY ON THE ABILITY OF PREDATORS TO
LOCATE PREY USING ODOR PLUMES 60 IMPACT OF WIND VELOCITY OF OLFACTORY
PREDATORS AND THEIR PREY 62 EFFECT OF VARIABLE WIND SPEED AND DIRECTION
ON USE OF ODOR PLUMES TO LOCATE PREY 62 CONVECTIVE TURBULENCE CAUSED BY
LOCAL TOPOGRAPHY 64 IMPACT OF LOCAL CONVECTIVE CURRENTS ON OLFACTORY
PREDATORS AND THEIR PREY 68 CHAPTER 5 EXPERIMENTAL EVIDENCE THAT
UPDRAFTS AND TURBULENCE HINDER THE ABILITY OF PREDATORS TO FIND PREY
USING OLFACTION 71 EXPERIMENT 1: DO UPDRAFTS AND ATMOSPHERIC TURBULENCE
HINDER THE ABILITY OF DOGS TO FIND BIRDS? .71 METHODS 71 RESULTS 72
DISCUSSION 73 EXPERIMENT 2: ARE NEST PREDATION RATES BY FREE-RANGING
PREDATORS LOWER IN AREAS WHERE UPDRAFTS OCCUR? 73 METLLODS 73 RESULTS 74
DISCUSSION 74 EXPERIMENT 3: DO UPDRAFTS AND TURBULENCE HINDER THE
ABILITY OF FREE-RANGING PREDATORS TO FIND ARTIFICIAL NESTS? .74 METHODS
75 RESULTS 76 DISCUSSION 76 CHAPTER 6 TURBULENCE CAUSED BY ISOLATED
SURFACE FEATURES 77 MECHANICAL TURBULENCE CAUSED BY ISOLATED SURFACE
FEATURES 78 IMPACT OF TURBULENCE CAUSED BY ISOLATED SURFACE FEATURES ON
OLFACTORY PREDATORS AND THEIR PREY 80 MECHANICAL TURBULENCE CAUSED BY AN
ISOLATED PLANT 82 IMPACT OF TURBULENCE CAUSED BY ISOLATED TREES ON
OLFACTORY PREDATORS AND THEIR PREY 88 TURBULENCE CAUSED BY SHELTERBELTS
88 IMPACT OF TURBULENCE ACROSS SHELTERBELTS ON OLFACTORY PREDATORS AND
THEIR PREY 91 CHAPTER 7 TURBULENCE OVER ROUGH SURFACES 95 AERODYNAMIC
ROUGHNESS LENGTH 96 IMPACT OF ZO ON OLFACTORY PREDATORS AND THEIR PREY
98 ZERO-PLANE DISPLACELNENT 99 AIRFLOW ACROSS HABITAT EDGES 101 AIRFLOW
FROM A SMOOTH TO A ROUGH SURFACE 101 AIRFLOW FROM ROUGH TO SMOOTH
SURFACES 103 IMPACT OF TURBULENCE CAUSED BY HABITAT EDGES ON OLFACTORY
PREDATORS AND THEIR PREY L 04 CHAPTER 8 TURBULENCE WITHIN AND BELOW
PLANT CANOPIES 107 CONVECTIVE TURBULENCE WITHIN PLANT CANOPIES 107
MECHANICAL TURBULENCE WITHIN PLANT CANOPIES 108 AIRFLOW AND TURBULENCE
WITHIN FORB AND GRASS CANOPIES 110 MOVEMENT OF A PHEROMONE PLUME WITHIN
A GRAIN FIELD LL1 AIRFLOW WITHIN THE SUBCANOPY OF FORESTS 113
DIFFERENCES IN THE MOVEMENT OF ODOR PLUMES ABOVE GRASS CANOPIES AND
WITHIN FOREST CANOPIES 115 HOW DOES TURBULENCE WITHIN A FOREST
PLANTATION DIFFER FROM A NATURALLY REPRODUCING OR OLD-GROWTH FOREST? 118
IMPACT OF TURBULENCE WITHIN A FOREST SUBCANOPY ON OLFACTORY PREDATORS
AND THEIR PREY 120 AIRFLOW IN SAVANNAS 120 IMPACT OF TURBULENCE IN
FORESTS, PRAIRIES, AND SAVANNAS ON OLFACTORY PREDATORS AND THEIR PREY
124 CHAPTER 9 TRADE-OFFS REQUIRED TO ACHIEVE OPTIMAL HIDING STRATEGIES
125 OPTIMAL HIDING STRATEGIES FOR PREY 125 OPTIMAL FORAGING STRATEGIES
FOR PREDATORS 125 HOW PREDATORS DEVELOP SEARCH IMAGES OF PREY 126 HOW
BIRDS LEARN \L\THERE TO NEST 127 INTERPLAY BETWEEN A PREDATOR'S OPTIMAL
FORAGING STRATEGY AND A PREY'S OPTIN1AL HIDING STRATEGY 130 TRADE-OFFS
INVOLVING AVOIDING DETECTION VERSUS CAPTURE 131 TRADE-OFFS REQUIRED TO
AVOID BOTH VISUAL AND OLFACTORY PREDATORS 131 TRADE-OFFS BETWEEN THE
NEED TO AVOID OLFACTORY PREDATORS AND TO MEET THE OTHER NECESSITIES OF
LIFE 134 TRADE-OFFS BETWEEN THE NEED TO REPRODUCE THIS YEAR VERSUS
DURING FUTURE YEARS 136 TRADE-OFFS INVOLVING THE TIMING OF DANGEROUS
ACTIVITIES 137 TRADE-OFFS AMONG INJURIES, ILLNESS, STARVATION, AND
PREDATORS 139 SUMMARY 142 CHAPTER 10 IMPACT OF OLFACTORY PREDATORS ON
THE BEHAVIOR OF FEMALE UNGULATES DURING PARTURITION AND ON THE BEHAVIOR
OF THEIR YOUNG 143 DO FEMALES REDUCE THEIR PRODUCTION OF ODORANTS AT
PARTURITION SITES OR THE BEDDING SITES OF THEIR YOUNG? 146 IS THE
BEHAVIOR OF NEONATES DESIGNED TO HINDER THE ABILITY OF PREDATORS TO FIND
THEM USING OLFACTION? 147 DO FAWNS ADJUST THE TIMING OF THEIR MOVEMENTS
TO AVOID ATTRACTING THE ATTENTION OF VISUAL OR OLFACTORY PREDATORS? 150
DO FEMALE UNGULATES SELECT PARTURITION SITES, AND DO YOUNG SELECT
BEDDING GROUNDS WHERE OLFACTORY PREDATORS "VOULD HAVE A HARD TIME
FINDING THEM? 150 PRONGHORN 150 ROE LIEER 152 WHITE-TAILED DEER 152 MULE
DEER 152 ELK 154 CARIBOU 155 DA]]'S SHEEP AND BIGHORN SHEEP 156 CHAPTER
11 DO NEST SITE CHARACTERISTICS INFLUENCE NEST PREDATION RATES BY
OLFACTORY PREDATORS? 159 IMPACT OF AVIAN MASS, SURFACE AREA, AND
METABOLIC RATES ON OLFACTORY PREDATORS 159 IMPACT OF NEST
CHARACTERISTICS ON OLFACTORY PREDATORS 162 CHAPTER 12 DO WEATHER,
CONVECTION, ISOLATED SURFACE FEATURES, OR SHELTERBELTS INFLUENCE NEST
PREDATION RATES OF OLFACTORY PREDATORS? 171 IMPACT OF WEATHER ON
OLFACTORY PREDATORS 171 IMPACT OF CONVECTION ON OLFACTORY PREDATORS 173
IMPACT OF ISOLATED SURFACE FEATURES ON OLFACTORY PREDATORS 175 IMPACT OF
SHELTERBELTS ON OLFACTORY PREDATORS 178 CHAPTER 13 DO PRAIRIES,
SAVANNAS, FORESTS, OR EDGE HABITATS INFLUENCE NEST PREDATION RATES OF
OLFACTORY PREDATORS? 181 NEST PREDATION BY OLFACTORY PREDATORS IN
PRAIRIES AND OPEN FIELDS 181 NEST PREDATION BY OLFACTORY PREDATORS IN
SAVANNAS 189 NEST PREDATION BY OLFACTORY PREDATORS WITHIN FORESTS 189
IMPACT OF EDGE HABITAT ON OLFACTORY PREDATORS 192 CHAPTER 14 USING THE
PHYSICS OF AIRFLOW TO REDEFINE COMMON ECOLOGICAL TERMS 195 EXAMPLES FROM
FOREST ECOLOGY OF THE CONFUSION THAT CAN BE CREATED BY AMBIGUOUS
DEFINITIONS 195 WHAT IS A FOREST PATCH OR HABITAT PATCH? 195 WHAT IS A
FOREST INTERIOR? 196 WHAT IS A FOREST EDGE? 196 HOW FAR DOES A FOREST
EDGE EXTEND INTO A FOREST? 196 WHAT IS A FOREST CLEARING? 196 BENEFITS
OF DEFINING ECOLOGICAL TERMS BASED ON THE PHYSICS OF AIRFLOW 197 CHAPTER
15 EPILOGUE 201 DANGERS POSED BY DEPOSITIONAL ODOR TRAILS 201 DANGERS
POSED BY ODOR PLUMES 201 CAN THE OLFACTORY-CONCEALMENT THEORY HELP GUIDE
FUTURE RESEARCH AND PROVIDE ANSWERS TO QUESTIONS THAT HERETOFORE HAVE
LACKED EXPLANATION? 202 DOES THE OLFACTORY-CONCEALMENT THEORY HAVE ANY
APPLIED VALUE? 203 REFERENCES 205 APPENDIX 1 LATIN NAMES OF SPECIES
MENTIONED IN THIS BOOK 223 APPENDIX 2 SYMBOLS USED IN THIS BOOK 229
APPENDIX 3 FORCES CONTROLLING WIND SPEED AND DIRECTION 231 APPENDIX 4
PASQUILL'S SYSTEM FOR MEASURING ATMOSPHERIC STABILITY 235 AUTHOR INDEX
237 SPECIES INDEX 241 SUBJECT INDEX 245 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Conover, Michael R. |
| author_facet | Conover, Michael R. |
| author_role | aut |
| author_sort | Conover, Michael R. |
| author_variant | m r c mr mrc |
| building | Verbundindex |
| bvnumber | BV022396657 |
| callnumber-first | Q - Science |
| callnumber-label | QL758 |
| callnumber-raw | QL758 |
| callnumber-search | QL758 |
| callnumber-sort | QL 3758 |
| callnumber-subject | QL - Zoology |
| classification_rvk | WI 3100 |
| classification_tum | BIO 726f BIO 782f |
| ctrlnum | (OCoLC)72161866 (DE-599)BVBBV022396657 |
| dewey-full | 591.5/3 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| 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 | Biologie |
| discipline_str_mv | Biologie |
| format | Book |
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| id | DE-604.BV022396657 |
| illustrated | Illustrated |
| index_date | 2024-07-02T17:16:47Z |
| indexdate | 2024-07-09T20:56:42Z |
| institution | BVB |
| isbn | 0849392705 9780849392702 |
| language | English |
| lccn | 2006032886 |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-015605391 |
| oclc_num | 72161866 |
| open_access_boolean | |
| owner | DE-M49 DE-BY-TUM DE-20 DE-188 |
| owner_facet | DE-M49 DE-BY-TUM DE-20 DE-188 |
| physical | 248 S. Ill., graph. Darst. |
| publishDate | 2007 |
| publishDateSearch | 2007 |
| publishDateSort | 2007 |
| publisher | CRC Pr. |
| record_format | marc |
| spelling | Conover, Michael R. Verfasser aut Predator-prey dynamics the role of olfaction Michael R. Conover Boca Raton [u.a.] CRC Pr. 2007 248 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references Predatory animals Sense organs Smell Predation (Biology) Raubtiere (DE-588)4177019-5 gnd rswk-swf Geruchswahrnehmung (DE-588)4156907-6 gnd rswk-swf Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd rswk-swf Geruch (DE-588)4020433-9 gnd rswk-swf Geruchssinn (DE-588)4129703-9 gnd rswk-swf Beute (DE-588)4145106-5 gnd rswk-swf Räuberische Tiere (DE-588)4176862-0 gnd rswk-swf Raubtiere (DE-588)4177019-5 s Beute (DE-588)4145106-5 s Geruchssinn (DE-588)4129703-9 s DE-604 Räuberische Tiere (DE-588)4176862-0 s Geruchswahrnehmung (DE-588)4156907-6 s Räuber-Beute-Verhältnis (DE-588)4048274-1 s Geruch (DE-588)4020433-9 s b DE-604 http://www.loc.gov/catdir/toc/ecip072/2006032886.html Table of contents only http://www.loc.gov/catdir/enhancements/fy0701/2006032886-d.html Publisher description OEBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015605391&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Conover, Michael R. Predator-prey dynamics the role of olfaction Predatory animals Sense organs Smell Predation (Biology) Raubtiere (DE-588)4177019-5 gnd Geruchswahrnehmung (DE-588)4156907-6 gnd Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd Geruch (DE-588)4020433-9 gnd Geruchssinn (DE-588)4129703-9 gnd Beute (DE-588)4145106-5 gnd Räuberische Tiere (DE-588)4176862-0 gnd |
| subject_GND | (DE-588)4177019-5 (DE-588)4156907-6 (DE-588)4048274-1 (DE-588)4020433-9 (DE-588)4129703-9 (DE-588)4145106-5 (DE-588)4176862-0 |
| title | Predator-prey dynamics the role of olfaction |
| title_auth | Predator-prey dynamics the role of olfaction |
| title_exact_search | Predator-prey dynamics the role of olfaction |
| title_exact_search_txtP | Predator-prey dynamics the role of olfaction |
| title_full | Predator-prey dynamics the role of olfaction Michael R. Conover |
| title_fullStr | Predator-prey dynamics the role of olfaction Michael R. Conover |
| title_full_unstemmed | Predator-prey dynamics the role of olfaction Michael R. Conover |
| title_short | Predator-prey dynamics |
| title_sort | predator prey dynamics the role of olfaction |
| title_sub | the role of olfaction |
| topic | Predatory animals Sense organs Smell Predation (Biology) Raubtiere (DE-588)4177019-5 gnd Geruchswahrnehmung (DE-588)4156907-6 gnd Räuber-Beute-Verhältnis (DE-588)4048274-1 gnd Geruch (DE-588)4020433-9 gnd Geruchssinn (DE-588)4129703-9 gnd Beute (DE-588)4145106-5 gnd Räuberische Tiere (DE-588)4176862-0 gnd |
| topic_facet | Predatory animals Sense organs Smell Predation (Biology) Raubtiere Geruchswahrnehmung Räuber-Beute-Verhältnis Geruch Geruchssinn Beute Räuberische Tiere |
| url | http://www.loc.gov/catdir/toc/ecip072/2006032886.html http://www.loc.gov/catdir/enhancements/fy0701/2006032886-d.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015605391&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT conovermichaelr predatorpreydynamicstheroleofolfaction |