Biology of the Springtails: (Insecta: Collembola)

Front Cover
OUP Oxford, Feb 27, 1997 - Science - 340 pages
Springtails are the most numerous and wide-spread insects in terrestrial ecosystems. They are important ecotoxicological test organisms and have been used extensively to indicate the effects of environmental pollutants and different agricultural regimes on biodiversity in soils. This comprehensive work by the co-author of The biology of millipedes is the only single-volume review of the biology of springtails in the English language to appear this century. The book covers classification, behaviour, physiology, evolution, ecology, and ecotoxicology. An extensive reference section with more than 2500 entries is included together with a complete list of all Collembola genera, a list of studies on the effects of chemicals on springtails, and reference to species checklists for most countries of the world.
 

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This was really helpful. I was working on a project about springtails but couldn't find any special features that they have. I searched a book on springtails up and found this book. I read the preview and found exactly what I needed!

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This is a fantastic book and a must-have for anyone working with springtails in any capacity. Hopkin manages to impart lots of information in an interesting and colorful way. It would also make a good read for an entomologist, naturalist, or soil ecologist.

Contents

General introduction
1
12 Key facts about Collembola
2
13 Ecological importance
5
14 Background reading
6
Review of the literature on springtails
8
23 Linnaeus 1758 to Lubbock 1873
12
24 Lubbock 1873 to Salmon 1964
14
Evolution systematics and biogeography
19
74 The roles of Collembola in decomposition processes
127
75 Collembola as pests
129
Reproduction development and life histories
133
82 Reproductive organs gametes and chromosomes
134
83 Mating behaviour and oviposition
136
84 Embryology
142
85 Postembryonic development and life histories
150
86 Ecomorphosis epitoky and cyclomorphosis
153

33 Systematics of the Class Collembola
26
34 Families of Collembola
28
35 Biogeography
42
Ecomorphology and anatomy
46
42 Morphology
47
43 Internal anatomy
58
44 Sense organs
64
45 Structure and function of the spring
70
Taxonomic methods and the species concept in Collembola
73
52 Methods of defining species
74
53 Problems of defining species boundaries
85
54 The Subfamily Onychiurinae
93
55 Conclusions and recommendations
96
Interactions between Collembola and the abiotic environment
98
62 Temperature
99
63 Water and salt balance
103
64 Gaseous exchange and metabolism
109
Interactions between Collembola and the biotic environment
113
73 Interactions between Collembola and other animals
123
87 Parthenogenesis and sex ratios
156
Ecology and conservation
158
93 Distribution of Collembola in space and time
160
94 Collembola as ecological indicators
173
95 Conservation
178
96 Cave Collembola
180
Ecotoxicology
183
103 Risk assessment
189
104 Effects of chemicals on Collembola in the field
192
105 Assimilation of chemicals by Collembola
196
106 Evolution of genetic resistance to chemicals
200
107 Conclusions
201
World genera of Collembola
202
Regional checklists of Collembola
221
Laboratory and field studies on the effects of chemicals on Collembola
226
References
232
Subject index
323
Systematic index
326
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