Food webs and container habitats : the natural history and ecology of phytotelmata / R.L. Kitching.

Kitching, R. L. (Roger Laurence), 1945-
Call Number
577.6
Author
Kitching, R. L. 1945- author.
Title
Food webs and container habitats : the natural history and ecology of phytotelmata / R.L. Kitching.
Food Webs & Container Habitats
Physical Description
1 online resource (xiii, 431 pages) : digital, PDF file(s).
Notes
Title from publisher's bibliographic system (viewed on 05 Oct 2015).
Contents
1. Introduction -- Pt. I. The container flora, fauna and environment -- 2. The container flora -- 3. The container fauna -- 4. The phytotelm environment -- Pt. II. Methods and theories -- 5. The construction and quantification of food webs -- 6. Processes structuring food webs -- Pt. III. Patterns in phytotelm food webs -- 7. Food-web variation across geographical regions -- 8. Food-web variation within a continent: the communities of tree holes from Tasmania to Cape Tribulation -- 9. Food-web variation at smaller spatial scales: regional and local variation in tree-hole and Nepenthes webs -- 10. The role of the host plant -- 11. Variation through time: seasonality, invasion and reassembly, succession -- Pt. IV. Processes structuring food webs -- 12. Competition and predation -- basic forces structuring the community? -- 13. Stochasticism and determinism: processes structuring food webs in phytotelmata -- Pt. V. Synthesis -- 14. A food-web templet -- Annexe: The phytotelm bestiary.
Summary
The animal communities in plant-held water bodies, such as tree holes and pitcher plants, have become models for food-web studies. In this book, Professor Kitching introduces us to these fascinating miniature worlds and demonstrates how they can be used to tackle some of the major questions in community ecology. Based on thirty years' research in many parts of the world, this work presents much previously unpublished information, in addition to summarising over a hundred years of natural history observations by others. The book covers many aspects of the theory of food-web formation and maintenance presented with field-collected information on tree holes, bromeliads, pitcher plants, bamboo containers and the axils of fleshy plants. It is a unique introduction for the field naturalist and a stimulating source treatment for graduate students and professionals working in the fields of tropical and other forest ecology, as well as entomology.
Subject
AQUATIC ECOLOGY.
Aquatic habitats.
FOOD CHAINS (ECOLOGY)
Multimedia
Total Ratings: 0
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$a 1. Introduction -- Pt. I. The container flora, fauna and environment -- 2. The container flora -- 3. The container fauna -- 4. The phytotelm environment -- Pt. II. Methods and theories -- 5. The construction and quantification of food webs -- 6. Processes structuring food webs -- Pt. III. Patterns in phytotelm food webs -- 7. Food-web variation across geographical regions -- 8. Food-web variation within a continent: the communities of tree holes from Tasmania to Cape Tribulation -- 9. Food-web variation at smaller spatial scales: regional and local variation in tree-hole and Nepenthes webs -- 10. The role of the host plant -- 11. Variation through time: seasonality, invasion and reassembly, succession -- Pt. IV. Processes structuring food webs -- 12. Competition and predation -- basic forces structuring the community? -- 13. Stochasticism and determinism: processes structuring food webs in phytotelmata -- Pt. V. Synthesis -- 14. A food-web templet -- Annexe: The phytotelm bestiary.
520
$a The animal communities in plant-held water bodies, such as tree holes and pitcher plants, have become models for food-web studies. In this book, Professor Kitching introduces us to these fascinating miniature worlds and demonstrates how they can be used to tackle some of the major questions in community ecology. Based on thirty years' research in many parts of the world, this work presents much previously unpublished information, in addition to summarising over a hundred years of natural history observations by others. The book covers many aspects of the theory of food-web formation and maintenance presented with field-collected information on tree holes, bromeliads, pitcher plants, bamboo containers and the axils of fleshy plants. It is a unique introduction for the field naturalist and a stimulating source treatment for graduate students and professionals working in the fields of tropical and other forest ecology, as well as entomology.
650
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650
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$a FOOD CHAINS (ECOLOGY)
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Summary
The animal communities in plant-held water bodies, such as tree holes and pitcher plants, have become models for food-web studies. In this book, Professor Kitching introduces us to these fascinating miniature worlds and demonstrates how they can be used to tackle some of the major questions in community ecology. Based on thirty years' research in many parts of the world, this work presents much previously unpublished information, in addition to summarising over a hundred years of natural history observations by others. The book covers many aspects of the theory of food-web formation and maintenance presented with field-collected information on tree holes, bromeliads, pitcher plants, bamboo containers and the axils of fleshy plants. It is a unique introduction for the field naturalist and a stimulating source treatment for graduate students and professionals working in the fields of tropical and other forest ecology, as well as entomology.
Notes
Title from publisher's bibliographic system (viewed on 05 Oct 2015).
Contents
1. Introduction -- Pt. I. The container flora, fauna and environment -- 2. The container flora -- 3. The container fauna -- 4. The phytotelm environment -- Pt. II. Methods and theories -- 5. The construction and quantification of food webs -- 6. Processes structuring food webs -- Pt. III. Patterns in phytotelm food webs -- 7. Food-web variation across geographical regions -- 8. Food-web variation within a continent: the communities of tree holes from Tasmania to Cape Tribulation -- 9. Food-web variation at smaller spatial scales: regional and local variation in tree-hole and Nepenthes webs -- 10. The role of the host plant -- 11. Variation through time: seasonality, invasion and reassembly, succession -- Pt. IV. Processes structuring food webs -- 12. Competition and predation -- basic forces structuring the community? -- 13. Stochasticism and determinism: processes structuring food webs in phytotelmata -- Pt. V. Synthesis -- 14. A food-web templet -- Annexe: The phytotelm bestiary.
Subject
AQUATIC ECOLOGY.
Aquatic habitats.
FOOD CHAINS (ECOLOGY)
Multimedia