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Butterfly Biology Systems: Connections and Interactions in Life History and Behaviour [Kõva köide]

(Oxford Brookes University, Staffordshire University and NERC Centre for Ecology and Hydrology, UK)
  • Formaat: Hardback, 504 pages, kõrgus x laius x paksus: 246x189x30 mm, kaal: 1545 g
  • Ilmumisaeg: 14-Oct-2020
  • Kirjastus: CABI Publishing
  • ISBN-10: 1789243572
  • ISBN-13: 9781789243574
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  • Formaat: Hardback, 504 pages, kõrgus x laius x paksus: 246x189x30 mm, kaal: 1545 g
  • Ilmumisaeg: 14-Oct-2020
  • Kirjastus: CABI Publishing
  • ISBN-10: 1789243572
  • ISBN-13: 9781789243574
"Written by one of the world's leading and most respected experts on butterfly ecology, behaviour and conservation, this book summarises in one place for the first time our knowledge of butterfly life history strategies, behaviour and systems. This book represents a major contribution to the field of butterfly biology and entomology in general"--

Butterflies, among key animals for assessing environmental changes have consequently also become prominent model organisms for the study of trade-offs in life history and behavioral traits. Examples include factors affecting the size of egg batches, fast or slow larval growth, waiting or searching for mates, migrating or staying put in the habitat, roosting alone or together in aggregations, and the development of different defense mechanisms. The book focuses on the factors and trade-offs leading to the development and evolution of distinct traits emerging in the life cycle of butterflies within their habitats. In this book the reader is taken systematically through research findings in each life history stage, on the links identified between different aspects of butterfly biology that have been discovered, and introduced to novel ideas emerging from taking an integrative view of butterfly life history and behavior.

The book is divided into four sections:

A: Language and concepts of system's theory
B: Perspectives on butterfly biology
C: Butterfly life history - basic trade-offs in reproduction, development and survival
D: Butterfly behavior - interactive adjustments in the habitat

The first section deals with the study of relationships in biological systems. The second is an introduction to key aspects of butterfly biology, such as broad issues in taxonomy, the fossil record, variation in space-time, habitat and niche, and the butterfly body frame. The last two longer sections deal directly with the key puzzles in life history and behavior.

The book has been composed primarily for students and researchers in butterfly biology, but it should be of interest to all those who enjoy observing butterflies. For the researcher into butterfly biology it is supported by an extensive glossary and bibliography and, to encourage incentives for ideas, it is liberally illustrated with diagrams for exploring in greater depth the relationships in butterfly biology.

Muu info

Researching entomologists particularly those working on any aspects of butterfly biology, behaviour and ecology. All insect ecologists, and conservation biologists. Graduate students in entomology, animal ecology and applied ecology and conservation.
List of Figures
ix
List of Tables
xiii
Appendix: Supplementary Figures xv
Preface xvii
Key for figures xx
Acknowledgements xxi
SECTION A LANGUAGE AND CONCEPTS OF SYSTEMS THEORY
1(36)
Chapter A.1 Reality, Abstractions and Systems
3(6)
Systems as models for relationships
5(1)
Modelling issues
5(1)
Scientific method and evidence-based research
6(3)
Chapter A.2 Types of Systems
9(2)
Functional classification
9(1)
Structural classification
9(2)
Chapter A.3 Structure and Relationship in Systems
11(4)
Components
11(1)
Links
11(1)
Types of relationship
12(1)
Association and causation
13(2)
Chapter A.4 Systems States
15(4)
Feedback, self-regulation and equilibrium states
15(1)
Lags and relaxation time
16(1)
Biological systems: the nature of responses
16(3)
Chapter A.5 Measurement of Relationships in Systems
19(11)
The data box: classes, components and elements
19(2)
Measures of association
21(3)
Regression, noise and inferring cause-effect relationships
24(2)
Path analysis and structural equations
26(1)
Size, order and hierarchy in relationships
26(1)
Modelling the system
27(2)
Approaches to the probability of events
29(1)
Chapter A.6 Catering for Taxa and Phylogenies
30(4)
Taxonomy and systematics
30(2)
Proximity of relationships: phylogeny and/or convergence
32(2)
Chapter A.7 Systematic Reviews of Research Findings: Meta-analysis and Evidence-based Programmes
34(3)
SECTION B PERSPECTIVES ON BUTTERFLY BIOLOGY
37(64)
Chapter B.1 Taxonomic Constraints in Biological Systems
39(11)
The Lepidoptera
39(3)
Butterfly clades
42(3)
Differences among butterfly clades: basic sources and indications
45(1)
Taxonomy and shifting relationships
46(1)
Transformation: breaking the species barrier
46(4)
Chapter B.2 The Time Frame in Butterfly Biology Systems
50(9)
The butterfly fossil record
50(2)
Butterfly-plant evolution
52(7)
Chapter B.3 The Space Frame for Butterfly Biology Systems
59(5)
The grain and extent of studies
59(1)
The interlocking space-time frame
59(3)
Faunas and faunal regions
62(2)
Chapter B.4 Habitat: the Context for Individuals and Populations
64(10)
Traditional habitat space and its failings
64(2)
The resource-based habitat - basic ideas and extensions
66(1)
Habitat and niche
67(1)
Measures of resource integration and compaction
68(1)
The resource-based habitat - extending the scope and narrowing the focus
69(2)
Movement: the glue that links resource use
71(3)
Chapter B.5 The Butterfly Body Frame: Basic Contrasts in Butterfly Biology
74(14)
Sensing the environment
74(2)
Contrasts in form: horses for courses
76(2)
Evolutionary development of endless patterns and forms
78(3)
Stages of development and variation in appearance: local and global diversity
81(4)
Sexual dimorphism: sexual selection or natural selection
85(3)
Chapter B.6 Trade-offs and Regulation in Butterfly Biology
88(5)
Chapter B.7 Model Taxa and Model Systems
93(3)
Chapter B.8 Butterfly Databases
96(3)
Chapter B.9 Basic Connections and Broad Divisions in Butterfly Biology
99(2)
SECTION C BUTTERFLY LIFE HISTORY - BASIC TRADE-OFFS IN REPRODUCTION, DEVELOPMENT AND SURVIVAL
101(102)
Chapter C.1 Size, Brood Number and Development: Fewer Large Eggs or More Small Eggs?
106(8)
Across-species maternal egg-size associations
106(2)
Within-species egg-size fecundity relationships
108(4)
Cautionary messages from fine resolution research
112(2)
Chapter C.2 Conundrum of Larval Growth: Fast and Small, Slow and Large, or Neither?
114(11)
Halts and steps in growth strategies
117(3)
Some internal and external factors affecting growth and development
120(1)
Consequences of sex dimorphism for growth and development
121(1)
Factors and cues in growth patterns
122(1)
Some key observations
123(2)
Chapter C.3 Alternatives to Continuous Development: to Stay and Adjust or Leave?
125(11)
Hibernation and aestivation
125(3)
Migration
128(4)
Seasonal polyphenism
132(2)
Critical seasons: expectations and exceptions
134(2)
Chapter C.4 Single or Gregarious Living? Host Drivers and Taxon Dependence
136(12)
Penalties and payoffs of egg clustering: how often and how many?
137(3)
Costs and benefits at the larval stage: the aggregation-defence-signalling conundrum
140(7)
Adult aggregations
147(1)
Chapter C.5 Alternatives in Mating: When, How Often and for How Long?
148(17)
Protandry versus postandry: arriving too soon, too late, or both?
151(4)
Monandry versus polyandry: mating once or more often?
155(7)
Copulation time: short and often, or long and infrequent?
162(3)
Chapter C.6 Income or Capital Breeding: Invest Now and Pay Later, or Pay As You Go?
165(3)
Chapter C.7 Mechanisms for Survival: an Arsenal for all Occasions
168(11)
Trophic interactions and developmental stage vulnerability
168(2)
Eluding enemies: concealment, evasion and defence
170(4)
The anti-predator kit for life: change and compromise
174(5)
Chapter C.8 Mimicry: Honest and Dishonest Signals of Unpalatability
179(13)
Distinguishing types of mimicry
179(3)
Mullerian and Batesian mimicry: a continuum of deception
182(4)
The factor complex underlying defensive mimicry: a brief look at numbers
186(3)
The Batesian model: convergence of species, divergence of sexes
189(3)
Chapter C.9 Mechanisms Extending Survival into Exploitation
192(7)
Butterflies and ant enemy space; the bounds of associations
192(1)
Symbiosis and beyond in the ant-butterfly realm: the worm turns
193(2)
The impact of ant-butterfly associations on larval growth
195(1)
Ant-butterfly associations: evolutionary links and conundrums
195(4)
Chapter C.10 Adult Lifespan: the Implications of Living for Longer
199(4)
SECTION D BUTTERFLY BEHAVIOUR - INTERACTIVE ADJUSTMENTS IN THE HABITAT
203(104)
Chapter D.1 The Context and Dimensions for Observing Individual Behaviour
207(2)
Chapter D.2 Basking Modes, Heat and Water Balance: Adjustments to Abiotic Conditions
209(14)
Heating and cooling mechanisms in butterflies: basic systems limitations
211(3)
Wing surfaces in thermoregulation: consequences of selecting sides, angles and aspects
214(1)
Keeping cool and staying hot: using the environment's physical resources
215(5)
Warming up and keeping cool as a caterpillar
220(3)
Chapter D.3 Adult Feeding - Refuelling Strategies
223(10)
Fuelling up on alternative sources: flower power versus meat, mud, dung, sap and salts
225(1)
Feeding time: when, for how long, how often and on what?
225(1)
Choosing the right flower: large or small, clumped or single?
226(4)
Feeding at puddles: why do it with others?
230(3)
Chapter D.4 Mate Location and Courtship - Finding Suitable Mates
233(16)
What are the basic attributes of mate location systems?
233(2)
Drivers of the perch-patrol continuum: the uncertainties of interspecies fundamentals
235(3)
A choice for obtaining mates: whether to scramble about or sit put?
238(1)
The resource conundrum: when is a perch site not a resource?
239(2)
Territories: costs and benefits of defended space
241(3)
Leks: who gets on top, and why, when defence costs escalate?
244(1)
Hilltopping and peak performance: butterfly mountaineers scale the unpredictable
245(4)
Chapter D.5 Courtship - Doing the Business
249(8)
Cues as codes for successful mating: why the escalating complexity?
249(4)
Mate refusal: its development, breakdown and consequences
253(4)
Chapter D.6 Roost and Rest Sites - Taking a Break
257(9)
Meeting the demands of inertia
257(5)
Communal or single sleeping: benefits and consequences?
262(4)
Chapter D.7 Egg-laying - Unloading the Next Generation
266(8)
Egg release and placement: where and when?
268(2)
Egg avoidance and egg deterrence
270(2)
Individual variation in brood size: judging what is too few or too many
272(2)
Chapter D.8 Larval Feeding - Body Building under Duress
274(10)
Neonates: getting started and moving in a Brobdingnagian world
274(3)
Growth and shifts in behaviour
277(1)
Microcosms in space-time: shifting niches in feed-rest cycles
277(1)
When to feed and not to feed: dangers in development
278(2)
Butterfly larvae engineers
280(4)
Chapter D.9 Choosing Pupation Sites - Selecting Sites for the Final Transformation
284(6)
Trade-offs for pre-pupal wandering
284(2)
Site selection for the pupal environment
286(4)
Chapter D.10 Adult Anti-predator Behaviour - Life and Death in the Habitat
290(17)
Poison, palatability, posture and signalling: alternative strategies for surviving in the habitat
292(2)
The behavioural arsenal of deceit
294(1)
Wing eyes, spots and tails: evolutionary fingerprints of predator evasion
295(7)
Thanatosis: a final solution to remaining alive?
302(5)
Epilogue 307(10)
Key concepts for informed choices
307(2)
Bias: the bugbear of the natural sciences
309(1)
Complexity is in the nature of things
310(2)
Explanations: resource limitations and the research environment
312(1)
Butterfly science: the way ahead
313(4)
Glossary of Terms and Concepts 317(20)
Appendix: Symbols used in the text figures 337(8)
References 345(120)
Index 465
- Roger Dennis has spent 50 years researching into butterfly ecology, biogeography and conservation during which he has produced over 220 publications. His previous book on a 'Resource-based View for Conservation' received the British Ecological Society's Book of the Year in 2012. A Fellow of the Linnean Society and the Royal Entomological Society, he is currently an Honorary Research Fellow at the NERC's Centre for Ecology and Hydrology, Wallingford, and an Honorary Professor at Staffordshire University and at Oxford Brookes University.