Principles of animal communication:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Sunderland, MA
Sinauer
1998
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIII, 882 S. Ill., graph. Darst. |
| ISBN: | 0878931007 |
Internformat
MARC
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| 100 | 1 | |a Bradbury, Jack W. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Principles of animal communication |c Jack W. Bradbury ; Sandra L. Vehrencamp |
| 264 | 1 | |a Sunderland, MA |b Sinauer |c 1998 | |
| 300 | |a XIII, 882 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 7 | |a Communication between Animals |2 cabt | |
| 650 | 7 | |a Animal Behaviour |2 cabt | |
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| 999 | |a oai:aleph.bib-bvb.de:BVB01-008107024 | ||
Datensatz im Suchindex
| _version_ | 1804126575125331968 |
|---|---|
| adam_text | Titel: Principles of animal communication
Autor: Bradbury, Jack W.
Jahr: 1998
Table of Contents
Preface xii
Chapter 1: Introduction 1
What is Animal Communication? 2
Why study Animal Communication? 5
Approaches to the Study of Animal
Communication 6
Balance and Breadth 9
Complementary Reading 10
PART I: Production, Transmission,
and Reception of Signals
Chapter 2: The Properties of Sound 15
What Is Sound? 16
Transverse versus longitudinal waves 16
Sound pressure and properties of waves 17
Near field versus far field 21
Doppler shifts 21
Interference and beats 22
The Importance of Acoustic Impedance 22
Propagation of sound at boundaries 24
Spatial variation in acoustic impedance 30
Sound Intensity and the Effects of
Propagation 31
Medium absorption 32
Reflective scattering 32
Interactive scattering 33
Linearity of Sound 36
Summary 38
Further Reading 40
Box 2.1 Recording Sounds 18
Box 2.2 Reflection Coefficients at Different
Types of Boundaries 26
Box 2.3 Measuring Sound Amplitudes 34
Chapter 3: Fourier Analysis 41
The Logic of Fourier Analysis 42
Fourier Analysis of Periodic Signals 44
Fourier analysis of a simple sine wave 45
Types of periodic signals 45
Sinusoidal amplitude modulation 46
Sinusoidal frequency modulation 47
Periodic nonsinusoiial signals 49
Compound signals 53
Fourier Analysis of Aperiodic Signals 55
Spectrograms 60
Visualizing spectral structure 60
Bandwidths and analyses 63
Fourier Analysis and Linear Systems 68
Summary 73
Box 3.1 Distinguishing between Modulations,
Harmonics and Beats 58
Box 3.2 Segmenting Sounds for Spectrographic
Analysis 64
Box 3.3 Aliasing and Digitized Sound 70
Chapter 4: Sound Production 75
Production of Vibrations 76
Modification of Vibrations 81
Vibrations and resonance 81
Post-vibration modification 85
Coupling Vibrations to the Medium 90
Terrestrial animals 90
Aquatic animals 92
Vertebrate Sound Production Systems 93
Mammalian sound production 94
Anuran sound production 97
Avian sound production 99
Summary 109
Further Reading 111
Contents vii
Chapter 5: Sound Propagation 113
Sources of Distortion in the Frequency
Domain 114
Global attenuation 114
Pattern loss by medium absorption 115
Pattern loss from scattering 116
Pattern loss from boundary reflections 118
Pattern loss from refraction 122
Noise 126
Sources of Distortion in the Time Domain
129
Pattern loss from spectral changes 129
Pattern loss from reverberations 130
Pattern loss from added modulations 132
Design of Signals to Reduce Distortion 133
Summary 137
Further Reading 139
Box 5.1 Sound Propagation and Reflection at
Boundaries 120
Chapter 6: Sound Reception 141
Coupling of Propagating Sounds to
Organisms 142
Particle detectors 142
Pressure detectors 145
Pressure differential detectors 149
Modification of Coupled Sound Vibrations
151
Analysis of Coupled Sound Vibrations 152
Peripheral frequency analysis 152
Central processing of sound signals 154
Taxonomic Contrasts of Ear Design 155
Insect ears 156
Fish ears 161
Terrestrial vertebrate ears 164
Summary 173
Further Reading 173
Chapter 7: Properties of Light 175
Physical Characteristics of Light 176
Constraints on Light Frequencies Detectable
by Biological Systems 177
Transmission of Light in Different Media
and at Boundaries 183
The interaction of light with matter 183
Transmission of electromagnetic radiation in
gases, liquids, and solids 184
The speed of light in different media 185
Reflection and refraction 188
Frequency-dependent Processes and Color
191
Scattering 191
Frequency-dependent refraction 196
Differential absorption 196
Measuring Light Intensity 199
Summary 202
Further Reading 205
Box 7.1 Polarization of Reflected and Scattered
Light 192
Box 7.2 Light-Measuring Instruments 200
Chapter 8: Production and
Transmission of Light Signals 207
Properties of Light Signals 208
Color Production 209
Pigments 210
Interference 214
Scattering 215
Temporal modulation of color 216
Self-Generated Light 218
Behavioral Components of Visual Signals
221
Transmission of Visual Signals Through the
Environment 222
Available light 224
Transmission from sender to receiver 228
Optical background 229
Summary 237
Further Reading 238
Chapter 9: Light Signal Reception 239
The Visual Pigments 240
The Evolution of Eye Structure 244
Neural Processing 248
Color Vision 252
Polarized Light Sensitivity 262
The Ideal Visual Receptor 264
Optimizing sensitivity 264
Optimizing acuity 267
Optimizing accomodation 271
Optimizing spatial discrimination and
temporal resolution 272
Summary 276
Further Reading 278
Chapter 10: Chemical Signals 279
General Features of Chemical
Communication 280
Contrasts between the propagation of olfacto-
ry, auditory, and visual signals 280
Forms of chemical communication 280
Production of Olfactory Signals 281
Types of chemicals used for intraspecific com-
munication 281
Production sites 283
Methods of dissemination 286
Transmission of Chemical Signals 287
General rules for diffusion 287
Single puff case in still air 290
Continuous emission in still air 296
Continuous emission from a moving
source 297
viii Contents
Continuous emission into current flows 298
Transmission of deposited scent marks 302
Reception of Chemical Signals 305
General characteristics of chemosensory
receptors 305
The ideal chemoreceptor organ 306
Arthropod chemosensory systems 307
Vertebrate chemosensory systems 309
Chemical gradient detection and
orientation 312
Summary 316
Further Reading 317
Box 10.1 Quantitative expressions for the
diffusion of chemical signals 292
Box 10.2 Laminar versus turbulent flow 300
Chapter 11: Electroreception 319
Properties of Electric Fields 320
Shapes of electric fields in a vacuum 321
Shapes of electric fields in nonconducting
media 324
Electric fields in conducting media 325
Generation of Bio-Electric Fields 328
Coupling of Electric Signals to the Medium
333
Reception of Electric Signals 337
Optimal design of electroreceptors 338
Ampullary electroreceptors 340
Tuberous electroreceptors 342
Communication and Electric Signals 344
Social communication 344
Electrolocation 345
Summary 348
Further Reading 350
PART II: Optimizing Information
Transfer
Chapter 12: Optimizing
Communication 353
The Communication Task 354
What is communication? 354
The questions answered by animal signals
358
Constraints, contexts and signal diversity 363
Optimality Theory 364
Currencies 364
Strategies, payoffs and optimization criteria
365
How to compute payoffs 366
Identifying optimal strategies 369
Sequences and dynamic optimization 371
Optimization and evolution 375
The Economics of Animal Communication
375
Payoffs and the value of information 376
To communicate or not? 380
Summary 384
Further Reading 385
Box 12.1 Basic Probability Logic 368
Box 12.2 Finding Optimal Strategies in
Discrete Strategy Sets 370
Box 12.3 Finding Optimal Strategies Using
Ffitness Set Analysis 372
Chapter 13: The Amount of
Information 387
Why We Need to Measure the Amount of
Information 388
What Is Information and How Is It
Measured? 389
Binary questions, bits and the information
provided by one signal 389
Average information for a signal set 393
Average information for compound displays
395
Average information when senders or
receivers err 397
Redundancy 401
Optimal Updating 402
Bayesian updating after one signal 402
Sequential Bayesian updating 404
Average information given Bayesian updat-
ing 406
Do animals really use Bayesian updating?
410
Information Measures and Animal
Communication Studies 411
Summary 416
Further Reading 418
Box 13.1 Computing Average Information
Content of Displays 398
Box 13.2 Information Transfer when Senders
or Receivers Err 412
Chapter 14: The Value of Information
419
Optimal Decision Rules for Discrete Signal
Sets 420
Optimal decisions with no signal information
420
Optimal decisions with perfect information
421
Optimal decisions with imperfect information
423
Optimal Decision Rules for Continuous
Signal Sets 429
Optimal cutoffs for continuous signal sets
429
ROC curves, the amount of information and
the value of information 432
Signal detection theory in different contexts
438
The ideal receiver 442
Contents IX
Optimal Decisions with Variable Costs 444
Optimal Decision Making in Animal
Communication 448
Summary 452
Further Reading 453
Box 14.1 Estimating Parameters for Signal
Detection Analysis 436
Box 14.2 Fitness Set Analysis of
ROC curves 440
Box 14.3 Swallows and Signal Detection
Theory 450
Chapter 15: Coding 455
Coding Accuracy 456
What is coding? 456
Perfect versus imperfect coding 457
Sender versus receiver coding schemes 458
Types of Coding Schemes 460
Sources of signal variation 460
Coding options within a signal set 463
Coding for compound signals 473
The Ontogeny of Coding Schemes 475
Heritable versus environmental influences on
development 475
Acquisition of signal variants and encoding
rules by senders 478
Acquisition of signal variants and decoding
rules by receivers 481
Signal Function and Coding 483
Binary questions 483
Manifold questions 487
Coding and Repertoire Size 490
Summary 494
Further Reading 496
Box 15.1 Characterizing Sender Coding
Schemes 464
Box 15.2 Characterizing Receiver Coding
Schemes 470
Box 15.3 Message-Meaning Analyses of
Animal Communication 476
Chapter 16: Signal Evolution 497
Alternative Scenarios for Signal Evolution
498
Sender Precursors of Visual Signals 501
Intention movements 501
Motivational conflict 506
Autonomie processes 513
Sender Precursors of Auditory Signals 516
Visual or tactile courtship displays 516
Defensive anti-predator acts 517
Normal locomotory and foraging movements
518
Respiration 519
Sender Precursors of Olfactory Signals 522
Dietary sources 522
Reproductive precursors and products 523
Defensive chemicals 524
De novo production 525
Receiver Precursors to Signal Evolution
Feature detectors 528
Evidence for sensory exploitation 529
Summary 534
Further Reading 535
Box 16.1 Determining the Nonsignaling Source
of a Visual Signal 502
Box 16.2 Artificial Neural Network Models
530
Chapter 17: Costs and Constraints on
Signal Evolution 537
Types of Signaling Costs 538
Sender Necessary Costs 544
Conspicuousness to predators and parasites
544
Energetic costs of signaling 548
Time lost 551
Conflict with original function 552
Sender Incidental Costs 554
Sender Constraints 554
Phylogenetic constraints 554
Constraints on sender learning 558
Receiver Necessary Costs 559
Vulnerability to prédation and harassment
559
Time lost 560
Receiver Incidental Costs 561
Receiver Constraints 562
Phylogenetic constraints 562
Memory constraints 565
Transmission Constraints 566
Summary 569
Further Reading 570
Box 17.1 Incidental Costs and Sender-Receiver
Conflict 540
Chapter 18: Signal Design Rules 571
Signal Design Features 572
Historical perspective 572
A case for a minimal set of design features
573
Strategies in the search for design rules 575
Mate-Attraction Signals 577
Design rules for mate attraction 577
Modality-specific mechanisms for mate-
attraction signals 578
Evidence for convergence in mate-attraction
signals 585
Courtship Signals 586
Design rules for courtship signals 588
Modality-specific mechanisms for courtship
signals 588
Role of reproductive strategies in shaping
courtship signals 592
X Contents
Territorial Defense Signals 592
Design rules for territorial defense signals
592
Modality-specific mechanisms for territorial
defense signals 593
Combined territorial and mate-attraction
signals 597
Threat Signals 598
Design rules for threat signals 598
Modality-specific mechanisms for threat
signals 599
Alarm Signals 602
Design rules for alarm signals 603
Design mechanisms for alarm signals 603
Across-Function Comparisons 607
Summary 614
Further Reading 615
PART III: Game Theory and
Signaling Strategies
Chapter 19: Evolutionary Game
Theory 619
Basic Principles 619
Classifying Evolutionary Games 621
Type of strategy set 621
Role symmetry 622
Payoff frequency dependence 622
Sequential dependence 623
Combinations of criteria 624
Some Evolutionary Games and Their ESSs
624
General Analysis of Discrete Symmetric
Contests 624
A Discrete Symmetric Contest: Hawk versus
Dove 628
More Discrete Symmetric Contests: Take
Games 630
A Final Discrete Symmetric Contest: Give
Games 632
General Analysis of Discrete Asymmetric
Contests 635
A Discrete Asymmetric Contest: Dominance
versus Subordination 637
A Continuous Contest: The War of Attrition
640
Asymmetric Scramble Games: Mating
Competition 642
Matching Biology to Game Models 644
Summary 645
Further Reading 647
Chapter 20: Signal Honesty 649
Honesty versus Cheating in
Communication 650
A Brief History of Honest Signaling 651
Game Models of Signaling Invoking
Handicaps 654
Honesty and agonistic signals 655
Honesty and courtship 658
Honesty and badges of status 662
Honesty and begging 665
Honesty, amplifiers, and attenuators 667
Honesty and predator notification 668
Errors, Signal Evolution and Honesty 668
Signaling games when receivers have percep-
tual errors 670
Evolutionary equilibria versus systems in
continuous flux 672
Multiple senders and single receivers 674
Summary 674
Further Reading 675
Chapter 21: Conflict Resolution
What Happens during a Contest? 678
Simple Threat-Display Contests 679
The hawk-dove-assessor game 679
Characteristics of assessor threat displays
680
Variable-Length Contests 685
The asymmetric war-of-attrition game 685
Contest characteristics of war-of-attrition
games 687
Signals and assessment of roles 689
The sequential-assessment game 690
Fixed-Sequence Contests 693
Variable-Sequence Contests 697
Each display serves a different function 700
Degradation of threat effectiveness 701
Displays transmit graded information about
aggressive intentions 702
Why are there so many threat displays? 705
Summary 708
Further Reading 710
Chapter 22: Territorial Signaling
Games 711
Types of Territories and Intruders 712
Definition of territoriality 712
Two types of intruders 712
Quantifying the value of a territory 714
Why Do Owners Usually Win? 716
The bourgeois game 716
Games with assessment of payoffs 719
Assessment of Neighbors and Floaters 724
Neighbor recognition 725
Distance estimation 727
Differences between contests with neighbors
versus floaters 728
Effects of Competition on Territorial Signals
731
Countersinging, song matching, and popula-
tion dialects 731
Songtype repertoires 734
Contents xi
Eavesdropping 737
Territorial cheaters 738
Summary 741
Further Reading 742
Chapter 23: Mating Games and
Signaling 743
Sexual Strategies 744
Searching for and Attracting Mates 746
Searching games 747
Searching and signaling patterns 748
Mating Decisions 750
Courtship Persistence 754
Courtship persistence games 754
Which sex controls courtship? 756
Honesty of Mate Quality Information 758
Mechanisms of mate choice 760
Anatomical traits 763
Visual displays 769
External structures 769
Auditory signals 771
Olfactory signals 773
Multiple traits 774
Post-copulation Signals 776
Sex-role Reversal 777
Summary 780
Further Reading 782
Box 23.1 A Graphical Game-Theoretical
Analysis of Condition-Dependent and
Revealing Traits 762
Chapter 24: Social Integration 783
General Properties of Recognition 784
The process of recognition 784
Recognition games 785
Recognition mechanisms 786
Male-Female Integration 789
Species recognition 789
Coordination of reproduction 792
Pair-bond maintenance 797
Parent-Offspring Integration 800
Parent-offspring recognition 800
Parent-offspring conflict 802
Offspring signals and parental responses 804
Group Integration 805
Group recognition 805
Appeasement signals 807
Coordination of group movement 811
Worker organization in social insects 814
Summary 815
Further Reading 816
Chapter 25: Environmental Signals 817
Within-Trophic Level Environmental
Signaling 818
Are there any truly cooperative environmen-
tal signals? 818
Resource-recruitment signals 820
Alarm signals 834
Between-Trophic Level Environmental
Signaling 841
Notification of predator detection 842
Notification of condition 842
Predator inspection and mobbing 844
Aposematic signals 845
Distress signals 846
Constraints on Environmental Signal
Sophistication 847
Summary 847
Further Reading 850
Chapter 26: Autocommunication 851
Design Considerations for Echolocation 852
Detecting targets at a distance 853
Determining target distance 855
Determining target angle 861
Determining target properties 862
Determining target velocity and trajectory
864
Echolocation in Bats 866
Open-site foragers 866
Gleaners 870
Hawkers and fishers 873
Tradeoffs and accuracy in bat echolocation
876
Echolocation in Cetaceans 877
Limits on Environmental Communication
880
Summary 881
Further Reading 882
Box 26.1 Cross-Correlations and ¡deal Receivers
858
Literature Cited
Index
|
| any_adam_object | 1 |
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| id | DE-604.BV011981247 |
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| indexdate | 2024-07-09T18:19:38Z |
| institution | BVB |
| isbn | 0878931007 |
| language | English |
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| spelling | Bradbury, Jack W. Verfasser aut Principles of animal communication Jack W. Bradbury ; Sandra L. Vehrencamp Sunderland, MA Sinauer 1998 XIII, 882 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Communication between Animals cabt Animal Behaviour cabt Kommunikation (DE-588)4031883-7 gnd rswk-swf Tiere (DE-588)4060087-7 gnd rswk-swf Tiere (DE-588)4060087-7 s Kommunikation (DE-588)4031883-7 s DE-604 Vehrencamp, Sandra L. 1948- Verfasser (DE-588)1016001835 aut HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008107024&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Bradbury, Jack W. Vehrencamp, Sandra L. 1948- Principles of animal communication Communication between Animals cabt Animal Behaviour cabt Kommunikation (DE-588)4031883-7 gnd Tiere (DE-588)4060087-7 gnd |
| subject_GND | (DE-588)4031883-7 (DE-588)4060087-7 |
| title | Principles of animal communication |
| title_auth | Principles of animal communication |
| title_exact_search | Principles of animal communication |
| title_full | Principles of animal communication Jack W. Bradbury ; Sandra L. Vehrencamp |
| title_fullStr | Principles of animal communication Jack W. Bradbury ; Sandra L. Vehrencamp |
| title_full_unstemmed | Principles of animal communication Jack W. Bradbury ; Sandra L. Vehrencamp |
| title_short | Principles of animal communication |
| title_sort | principles of animal communication |
| topic | Communication between Animals cabt Animal Behaviour cabt Kommunikation (DE-588)4031883-7 gnd Tiere (DE-588)4060087-7 gnd |
| topic_facet | Communication between Animals Animal Behaviour Kommunikation Tiere |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008107024&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT bradburyjackw principlesofanimalcommunication AT vehrencampsandral principlesofanimalcommunication |