Animal behavior:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York ; Oxford
Sinauer Associates, Oxford University Press
[2023]
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| Ausgabe: | Twelfth edition |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | xiii, 495, G-7, R-44, I-39 Seiten Illustrationen, Diagramme |
| ISBN: | 9780197564912 |
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Datensatz im Suchindex
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| adam_text | Contents 1.1 Natural Selection and the Evolution of Behavior 5 The Cost-Benefit Approach The Levels of Analysis 7 8 BOX 1.1 Natural selection and infanticide in primates 9 The Integrative Study of Animal Behavior 11 1.2 Approaches to Studying Behavior 12 BOX 1.2 Phylogenies and the comparative method 13 Examining the Adaptive Basis of Behavior 14 Inferring the Evolutionary History I of Behavior 16 ■ I BOX 1.3 The benefit of high nest density for the arctic skua 17 2 The Integrative Study of Behavior 23 2.3 The Evolution of Song Learning s BOX 2.1 Characterizing sounds made by animals 24 An Evolutionary History of Bird Song 2.1 The Development of Song Learning 26 26 Social Experience and Song Development 29 38 2.4 The Adaptive Value of Song Learning 40 VIVA Ecological and Social Correlates I of Song Learning 41 I I A BOX 2.2 Song learning in birds adopted by another species 3Q 2.2 Mechanisms of Song Learning 31 32 A BOX 2.3 Proximate mechanisms underlying song preferences in females 33 The Avian Song Control System 36 Song Learning: A Comparative Approach Intraspecific Variation and Dialects The Genetics of Song Learning 36 33 A BOX 2.4 Why might song learning make males communicate more effectively with rivals or potential mates? 42 Social Competition and Mate Choice 46
viii Contents 3.1 Behavior Requires Genes and the Environment 56 Behavioral Ontogeny Հ 3.2 The Evolutionary Development of Behavior 68 57 BOX 3.1 Behavioral genetics: Identifying the genetic basis of differences in behavior 58 BOX 3.2 Genome editing: Reverse genetics and CRISPR technology 61 Gene Regulation Influences Behavior ■ BOX 3.3 Migratory restlessness 65 64 The Evo-Devo Approach to Understanding Behavior 68 Molecular Toolkits and the Development of Behavior 72 BOX 3.4 The genetics of foraging behavior in honey bees 73 3.3 The Development of Behavioral Variation 74 Early Life Developmental Conditions Alternative Behavioral Phenotypes 4.1 Responding to Stimuli 90 Complex Behavioral Responses to Simple Stimuli 91 How Moths Avoid Bats 93 4 BOX 4.1 Ultrasound detection in the ■ moth ear 97 4.2 Sensory Stimuli and Nervous System Control 101 Decision Making in the Brain 102 ■ BOX 4.2 Optogenetics: Using light to control neurons 104 i Alternative Sensory Modalities 105 75 78 4.3 Translating Sensory Stimuli into Behavior 108 Neural Mechanisms of Information Transfer 108 Stimulus Filtering 114 Ж BOX 4.3 Determining how female párásítóid wasps choose their singing male bush-cricket hosts 115 iOX 4.4 Cortical magnification in mammals 119
Contents 5 The Physiological and Endocrine Bases of Behavior 123 5.1 Endogenous Rhythms and Changing Behavioral Priorities 124 Endogenous versus Exogenous Control of Behavioral Priorities 124 Mechanisms ofChanging Behavioral Priorities 128 5.2 Cues that Entrain Cycles of Behavior 132 Predictable Environmental Cues 133 BOX 5.1 Hormonal responses to light in birds 138 Unpredictable Environmental Cues 139 142 5.3 Hormones and Behavior Activational Effects of Hormones 142 BOX 5.2 Measuring hormones in animals 143 BOX 5.3 Do steroid hormones modulate male parental behavior in California mice? 148 Hormonal Causes and Consequences I of Behavior 148 ■ -IM 6.1 Antipredator Behavior Blending In 160 Social Defenses 178 Optimal Foraging Theory 160 Standing Out 6.2 Foraging Behavior 164 170 BOX 6.1 Periodical cicadas emerge only on prime number years 171 Optimality Theory and Antipredator Behavior 176 i 178 7 BOX 6.2 Optimal foraging by pike О | cichlid fish 179 I BOX 6.3 Territoriality and feeding behavior in golden-winged sunbirds 181 Landscapes of Fear 185 Cognition and Finding Food 187 Frequency Dependence and Foraging Behavior 188 BOX 6.4 Evolutionary game theory I 189 їх
x Contents 7.1 Where to Live Habitat Selection ■ Territoriality • I 7.2 To Stay or Go 196 196 Dispersal 197 BOX 7.1 How to track migratory songbirds Հ Competition for Territories 203 210 BOX 7.2 Opposite patterns of sex-biased dispersal in mammals and birds 213 Migration 204 210 215 BOX 7.3 Behaviors to reduce the costs of flying during migration 220 Variation in Migratory Behavior and Connectivity 225 BOX 7.4 Migratory pathways of Swainson s thrush 228 8.1 Communication and Animal Signals A Communication Framework Functionally Referent Signals I Preexisting Biases i 235 Μ 238 239 243 Preexisting Traits versus Preexisting Biases 245 I · 9’ BOX 8.2 Why do female moths mate with I males that produce ultrasonic mimetic I signals similar to those produced by predatory bats? 247 250 253 ■ BOX 8.3 Mechanisms and measurement of animal coloration 257 Deceitful Signaling 260 Eavesdropping on Others 241 ЭХ8.1 Spiders hunting prey at night 8.3 The Function of Animal Signals Honest Signaling 235 8.2 The Evolution of Animal Signals Preexisting Traits 234 265
Contents 9.1 Sexual Selection and the .Evolution of Sex Differences 272 BOX 9.1 Are sperm always cheap? ■ BOX 9.2 Sexual selection in the peacock 276 Cryptic Female Choice 278 9.2 Intrasexual Selection and Competition for Mates 282 Competition and Access to Mates f 288 Paternity Assurance 290 298 302 Signal Evolution: Runaway versus Chase-Away Sexual Selection 303 I 305 9.4 Sexual Conflict 283 Conditional Mating Tactics versus Alternative Mating Strategies 284 Sperm Competition . Female Mate Choice: Direct versus Indirect Benefits 292 Sex Differences in Behavior and Investment 275 A Reversal in Sex Differences 9.3 Intersexual Selection and Mate Choice 292 The Manipulation of Female Choice 306 BOX 9.3 Can there be sexual conflict among . hermaphrodites? 307 Sexual Arms Races 308 Ю Mating Systems 10.3 Polygyny: Multiple Mating by Males 338 10.1 Monogamy: A Lack of Multiple Mating 315 Why Be Monogamous? Female Defense Polygyny 315 Monogamy and Biparental Care Resource Defense Polygyny 318 Lek Polygyny 10.2 Polyandry: Multiple Mating by Females 322 339 I 341 322 BOX 10.1 Sexual parasitism, dwarf males, and the evolution of gigolos 323 327 BOX 10.2 Extra-pair paternity and good genes in birds 329 BOX 10.3 Infanticide risk and the evolution of animal mating systems 335 ■ 345 Scramble Competition Polygyny Female versus Male Control of Mating Indirect versus Direct Benefits i 349 BOX 10.4 Lekking females in a sex-role reversed pipefish 351 10.4 Polygynandry and Promiscuity: Multiple Mating by Both Sexes Polygynandry Promiscuity і 352 353 353 і i xi
Contents xii Maternal versus Paternal Care Offspring Value and Parental investment 358 M.l Parental Care Decisions i I BOX 11.2 Reactions of nest-defending bluegill males to potential egg and fry predators under two conditions 377 358 Parental Favoritism in Offspring Care and Production 362 i Family Conflict 368 BOX 11.3 Why do parents in some species adopt genetic strangers of their own species? 383 369 Sexual Conflict and Parental Care 371 BOX 11.1 Why do females provide all of the care in treehoppers? 373 ■ BOX 12.1 Can plants exhibit eusociality? 399 i Kin Selection 385 . The Evolution of Brood Parasitism 40 1 402 406 BOX 12.3 Calculating genetic relatedness 408 Haplodiploidy and the Evolution of Eusociality 410 Inclusive Fitness and Monogamy 403 404 390 12.2 Kin Selection and Inclusive ■ BOX 12.4 Altruism in amoebae 12.1 Altruism and Levels of Selection ■ Coevolutionary Arms Races Fitness Theory ■ BOX 12.2 The major evolutionary transitions 400 Individual versus Group Selection 381 Offspring Recognition and Interspecific Brood Parasitism 381 Current versus Future Reproduction I ■ 11.3 (Non-)Discriminating Parental Care 365 11.2 I To Care or Not to Care 374 413 ■ BOX 12,5 Division of labor in clonal trematode flatworms 414 Sterility and Caste Differentiation 417 12.3 Social Conflict in Animal Societies Reproductive Conflict 422 Consequences of Social Conflict 425 421
Contents xiii 13.1 Forms of Social Behavior Mutual Benefit 13.2 The Evolution of Cooperative Breeding 443 | 430 431 Direct versus Indirect Benefits ■ BOX 13.1 How do groups of animals decide where to go? 432 ■ BOX 13.2 Social network analysis Altruism and Reciprocity Selfishness and Spite ■ 445 ■ BOX 13.4 Mobbing and kinship in groups of Siberian jays 446 435 Costs of Breeding Cooperatively 437 Individual Differences in Cooperative Behavior 441 ■ BOX 13.3 The microbiota living inside animals can influence their host s behavior 443 450 453 13.3 Reproductive Conflict I 454 : I ■ Social Organization and Reproductive Skew 455 I ■ BOX 13.5 Why do males and females both have elaborate traits in social species? 456 Reproductive Suppression and Senescence 458 14.1 Human Speech and Complex Language 14.2 Human Reproductive Behavior 467 Mate Choice in Humans 476 477 The Development and Evolutionary History of Human Speech 467 ■ BOX 14.3 Female choice and the features of dominant versus attractive men 481 BOX 14.1 Do energetic demands explain why humans have such large brains? 468 ■ BOX 14.4 Human mate choice in an online world 483 BOX 14,2 Ethical studies of humans and other animals 470 The Neurophysiology of Human Speech The Adaptive Value of Human Speech Glossary - G4 References R 4 Index 14 Social Conflict in Humans 472 474 | 488 ■ BOX 14.5 Sexual selection and the evolution of facial hair in men 489
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Contents 1.1 Natural Selection and the Evolution of Behavior 5 The Cost-Benefit Approach The Levels of Analysis 7 8 BOX 1.1 Natural selection and infanticide in primates 9 The Integrative Study of Animal Behavior 11 1.2 Approaches to Studying Behavior 12 BOX 1.2 Phylogenies and the comparative method 13 Examining the Adaptive Basis of Behavior 14 Inferring the Evolutionary History I of Behavior 16 ■ I BOX 1.3 The benefit of high nest density for the arctic skua 17 2 The Integrative Study of Behavior 23 2.3 The Evolution of Song Learning s BOX 2.1 Characterizing sounds made by animals 24 An Evolutionary History of Bird Song 2.1 The Development of Song Learning 26 26 Social Experience and Song Development 29 38 2.4 The Adaptive Value of Song Learning 40 VIVA Ecological and Social Correlates I of Song Learning 41 I I A BOX 2.2 Song learning in birds adopted by another species 3Q 2.2 Mechanisms of Song Learning 31 32 A BOX 2.3 Proximate mechanisms underlying song preferences in females 33 The Avian Song Control System 36 Song Learning: A Comparative Approach Intraspecific Variation and Dialects The Genetics of Song Learning 36 33 A BOX 2.4 Why might song learning make males communicate more effectively with rivals or potential mates? 42 Social Competition and Mate Choice 46
viii Contents 3.1 Behavior Requires Genes and the Environment 56 Behavioral Ontogeny Հ 3.2 The Evolutionary Development of Behavior 68 57 BOX 3.1 Behavioral genetics: Identifying the genetic basis of differences in behavior 58 BOX 3.2 Genome editing: Reverse genetics and CRISPR technology 61 Gene Regulation Influences Behavior ■ BOX 3.3 Migratory restlessness 65 64 The Evo-Devo Approach to Understanding Behavior 68 Molecular Toolkits and the Development of Behavior 72 BOX 3.4 The genetics of foraging behavior in honey bees 73 3.3 The Development of Behavioral Variation 74 Early Life Developmental Conditions Alternative Behavioral Phenotypes 4.1 Responding to Stimuli 90 Complex Behavioral Responses to Simple Stimuli 91 How Moths Avoid Bats 93 4 BOX 4.1 Ultrasound detection in the ■ moth ear 97 4.2 Sensory Stimuli and Nervous System Control 101 Decision Making in the Brain 102 ■ BOX 4.2 Optogenetics: Using light to control neurons 104 i Alternative Sensory Modalities 105 75 78 4.3 Translating Sensory Stimuli into Behavior 108 Neural Mechanisms of Information Transfer 108 Stimulus Filtering 114 Ж BOX 4.3 Determining how female párásítóid wasps choose their singing male bush-cricket hosts 115 iOX 4.4 Cortical magnification in mammals 119
Contents 5 The Physiological and Endocrine Bases of Behavior '123 5.1 Endogenous Rhythms and Changing Behavioral Priorities 124 Endogenous versus Exogenous Control of Behavioral Priorities 124 Mechanisms ofChanging Behavioral Priorities 128 5.2 Cues that Entrain Cycles of Behavior 132 Predictable Environmental Cues 133 BOX 5.1 Hormonal responses to light in birds 138 Unpredictable Environmental Cues 139 142 5.3 Hormones and Behavior Activational Effects of Hormones 142 BOX 5.2 Measuring hormones in animals 143 BOX 5.3 Do steroid hormones modulate male parental behavior in California mice? 148 Hormonal Causes and Consequences I of Behavior 148 ■ -IM 6.1 Antipredator Behavior Blending In 160 Social Defenses 178 Optimal Foraging Theory 160 Standing Out 6.2 Foraging Behavior 164 170 BOX 6.1 Periodical cicadas emerge only on prime number years 171 Optimality Theory and Antipredator Behavior 176 i 178 7 BOX 6.2 Optimal foraging by pike О | cichlid fish 179 I BOX 6.3 Territoriality and feeding behavior in golden-winged sunbirds 181 Landscapes of Fear 185 Cognition and Finding Food 187 Frequency Dependence and Foraging Behavior 188 BOX 6.4 Evolutionary game theory I 189 їх
x Contents 7.1 Where to Live Habitat Selection ■ Territoriality • I 7.2 To Stay or Go 196 196 Dispersal 197 BOX 7.1 How to track migratory songbirds Հ Competition for Territories 203 210 BOX 7.2 Opposite patterns of sex-biased dispersal in mammals and birds 213 Migration 204 210 215 BOX 7.3 Behaviors to reduce the costs of flying during migration 220 Variation in Migratory Behavior and Connectivity 225 BOX 7.4 Migratory pathways of Swainson's thrush 228 8.1 Communication and Animal Signals A Communication Framework Functionally Referent Signals I Preexisting Biases i 235 Μ 238 239 243 Preexisting Traits versus Preexisting Biases 245 I · 9’ BOX 8.2 Why do female moths mate with I males that produce ultrasonic mimetic I signals similar to those produced by predatory bats? 247 250 253 ■ BOX 8.3 Mechanisms and measurement of animal coloration 257 Deceitful Signaling 260 Eavesdropping on Others 241 ЭХ8.1 Spiders hunting prey at night 8.3 The Function of Animal Signals Honest Signaling 235 8.2 The Evolution of Animal Signals Preexisting Traits 234 265
Contents 9.1 Sexual Selection and the .Evolution of Sex Differences 272 BOX 9.1 Are sperm always cheap? ■ BOX 9.2 Sexual selection in the peacock 276 Cryptic Female Choice 278 9.2 Intrasexual Selection and Competition for Mates 282 Competition and Access to Mates f 288 Paternity Assurance 290 298 302 Signal Evolution: Runaway versus Chase-Away Sexual Selection 303 I 305 9.4 Sexual Conflict 283 Conditional Mating Tactics versus Alternative Mating Strategies 284 Sperm Competition . Female Mate Choice: Direct versus Indirect Benefits 292 Sex Differences in Behavior and Investment 275 A Reversal in Sex Differences 9.3 Intersexual Selection and Mate Choice 292 The Manipulation of Female Choice 306 BOX 9.3 Can there be sexual conflict among . hermaphrodites? 307 Sexual Arms Races 308 Ю Mating Systems 10.3 Polygyny: Multiple Mating by Males 338 10.1 Monogamy: A Lack of Multiple Mating 315 Why Be Monogamous? Female Defense Polygyny 315 Monogamy and Biparental Care Resource Defense Polygyny 318 Lek Polygyny 10.2 Polyandry: Multiple Mating by Females 322 339 I 341 322 BOX 10.1 Sexual parasitism, dwarf males, and the evolution of gigolos 323 327 BOX 10.2 Extra-pair paternity and good genes in birds 329 BOX 10.3 Infanticide risk and the evolution of animal mating systems 335 ■ 345 Scramble Competition Polygyny Female versus Male Control of Mating Indirect versus Direct Benefits i 349 BOX 10.4 Lekking females in a sex-role reversed pipefish 351 10.4 Polygynandry and Promiscuity: Multiple Mating by Both Sexes Polygynandry Promiscuity і 352 353 353 і i xi
Contents xii Maternal versus Paternal Care Offspring Value and Parental investment 358 M.l Parental Care Decisions i I BOX 11.2 Reactions of nest-defending bluegill males to potential egg and fry predators under two conditions 377 358 Parental Favoritism in Offspring Care and Production 362 i Family Conflict 368 BOX 11.3 Why do parents in some species adopt genetic strangers of their own species? 383 369 Sexual Conflict and Parental Care 371 BOX 11.1 Why do females provide all of the care in treehoppers? 373 ■ BOX 12.1 Can plants exhibit eusociality? 399 i Kin Selection 385 . The Evolution of Brood Parasitism 40'1 402 406 BOX 12.3 Calculating genetic relatedness 408 Haplodiploidy and the Evolution of Eusociality 410 Inclusive Fitness and Monogamy 403 404 390 12.2 Kin Selection and Inclusive ■ BOX 12.4 Altruism in amoebae 12.1 Altruism and Levels of Selection ■ Coevolutionary Arms Races Fitness Theory ■ BOX 12.2 The major evolutionary transitions 400 Individual versus Group Selection 381 Offspring Recognition and Interspecific Brood Parasitism 381 Current versus Future Reproduction I ■ 11.3 (Non-)Discriminating Parental Care 365 11.2 I To Care or Not to Care 374 413 ■ BOX 12,5 Division of labor in clonal trematode flatworms 414 Sterility and Caste Differentiation 417 12.3 Social Conflict in Animal Societies Reproductive Conflict 422 Consequences of Social Conflict 425 421
Contents xiii 13.1 Forms of Social Behavior Mutual Benefit 13.2 The Evolution of Cooperative Breeding 443 | 430 431 Direct versus Indirect Benefits ■ BOX 13.1 How do groups of animals decide where to go? 432 ■ BOX 13.2 Social network analysis Altruism and Reciprocity Selfishness and Spite ■ 445 ■ BOX 13.4 Mobbing and kinship in groups of Siberian jays 446 435 Costs of Breeding Cooperatively 437 Individual Differences in Cooperative Behavior 441 ■ BOX 13.3 The microbiota living inside animals can influence their host's behavior 443 450 453 13.3 Reproductive Conflict I 454 : I ■ Social Organization and Reproductive Skew 455 I ■ BOX 13.5 Why do males and females both have elaborate traits in social species? 456 Reproductive Suppression and Senescence 458 14.1 Human Speech and Complex Language 14.2 Human Reproductive Behavior 467 Mate Choice in Humans 476 477 The Development and Evolutionary History of Human Speech 467 ■ BOX 14.3 Female choice and the features of dominant versus attractive men 481 BOX 14.1 Do energetic demands explain why humans have such large brains? 468 ■ BOX 14.4 Human mate choice in an online world 483 BOX 14,2 Ethical studies of humans and other animals 470 The Neurophysiology of Human Speech The Adaptive Value of Human Speech Glossary - G4 References R 4 Index 14 Social Conflict in Humans 472 474 | 488 ■ BOX 14.5 Sexual selection and the evolution of facial hair in men 489 |
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| author | Rubenstein, Dustin R. |
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| bvnumber | BV048218731 |
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| genre | (DE-588)4123623-3 Lehrbuch gnd-content |
| genre_facet | Lehrbuch |
| id | DE-604.BV048218731 |
| illustrated | Illustrated |
| index_date | 2024-07-03T19:50:11Z |
| indexdate | 2024-07-10T09:32:21Z |
| institution | BVB |
| isbn | 9780197564912 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-033599497 |
| oclc_num | 1334018108 |
| open_access_boolean | |
| owner | DE-355 DE-BY-UBR |
| owner_facet | DE-355 DE-BY-UBR |
| physical | xiii, 495, G-7, R-44, I-39 Seiten Illustrationen, Diagramme |
| publishDate | 2023 |
| publishDateSearch | 2023 |
| publishDateSort | 2023 |
| publisher | Sinauer Associates, Oxford University Press |
| record_format | marc |
| spelling | Rubenstein, Dustin R. Verfasser (DE-588)1131885430 aut Animal behavior Dustin R. Rubenstein, Columbia University Twelfth edition New York ; Oxford Sinauer Associates, Oxford University Press [2023] xiii, 495, G-7, R-44, I-39 Seiten Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Evolution (DE-588)4071050-6 gnd rswk-swf Verhaltensentwicklung (DE-588)4187762-7 gnd rswk-swf Evolutionsbiologie (DE-588)4153283-1 gnd rswk-swf Verhalten (DE-588)4062860-7 gnd rswk-swf Tiere (DE-588)4060087-7 gnd rswk-swf Verhaltensforschung (DE-588)4062862-0 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Tiere (DE-588)4060087-7 s Verhalten (DE-588)4062860-7 s Verhaltensentwicklung (DE-588)4187762-7 s Evolution (DE-588)4071050-6 s DE-604 Evolutionsbiologie (DE-588)4153283-1 s Verhaltensforschung (DE-588)4062862-0 s Erscheint auch als Online-Ausgabe 978-0-19-755908-6 Digitalisierung UB Regensburg - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033599497&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Rubenstein, Dustin R. Animal behavior Evolution (DE-588)4071050-6 gnd Verhaltensentwicklung (DE-588)4187762-7 gnd Evolutionsbiologie (DE-588)4153283-1 gnd Verhalten (DE-588)4062860-7 gnd Tiere (DE-588)4060087-7 gnd Verhaltensforschung (DE-588)4062862-0 gnd |
| subject_GND | (DE-588)4071050-6 (DE-588)4187762-7 (DE-588)4153283-1 (DE-588)4062860-7 (DE-588)4060087-7 (DE-588)4062862-0 (DE-588)4123623-3 |
| title | Animal behavior |
| title_auth | Animal behavior |
| title_exact_search | Animal behavior |
| title_exact_search_txtP | Animal behavior |
| title_full | Animal behavior Dustin R. Rubenstein, Columbia University |
| title_fullStr | Animal behavior Dustin R. Rubenstein, Columbia University |
| title_full_unstemmed | Animal behavior Dustin R. Rubenstein, Columbia University |
| title_short | Animal behavior |
| title_sort | animal behavior |
| topic | Evolution (DE-588)4071050-6 gnd Verhaltensentwicklung (DE-588)4187762-7 gnd Evolutionsbiologie (DE-588)4153283-1 gnd Verhalten (DE-588)4062860-7 gnd Tiere (DE-588)4060087-7 gnd Verhaltensforschung (DE-588)4062862-0 gnd |
| topic_facet | Evolution Verhaltensentwicklung Evolutionsbiologie Verhalten Tiere Verhaltensforschung Lehrbuch |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033599497&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT rubensteindustinr animalbehavior |