Understanding the flow of elements through ecosystems is of central importance in ecology. In this 1996 work the authors develop an ecosystem theory based on mathematical models of element cycles. This generates powerful predictions which are tested empirically in studies on a range of ecological phenomena.
Understanding the flow of elements through ecosystems is of central importance in ecology. In this 1996 work the authors develop an ecosystem theory based on mathematical models of element cycles. This generates powerful predictions which are tested empirically in studies on a range of ecological phenomena.
Preface List of important symbols Part I. Prelude: 1. Introduction 2. Element cycling 3. Part II. The Soil: 3. Theory for homogeneous substrates 4. Theory for heterogeneous substrates 5. Carbon and nitrogen - applications 6. Carbon, nitrogen, phosphorus and sulphur - applications 7. Interactions with abiotic factors Part III. The Plant: 8. Theory for plant growth 9. Plant growth - applications and extensions Part IV. The Ecosystem: 10. Elements of an ecosystem theory 11. Ecosystems - applications 12. Quality - bridge between plant and soil Epilogue Appendices References Solutions to selected problems Index.
Preface List of important symbols Part I. Prelude: 1. Introduction 2. Element cycling 3. Part II. The Soil: 3. Theory for homogeneous substrates 4. Theory for heterogeneous substrates 5. Carbon and nitrogen - applications 6. Carbon, nitrogen, phosphorus and sulphur - applications 7. Interactions with abiotic factors Part III. The Plant: 8. Theory for plant growth 9. Plant growth - applications and extensions Part IV. The Ecosystem: 10. Elements of an ecosystem theory 11. Ecosystems - applications 12. Quality - bridge between plant and soil Epilogue Appendices References Solutions to selected problems Index.
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