Measuring the water status of plants and soils
Author(s)
Bibliographic Information
Measuring the water status of plants and soils
Academic Press, c1995
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Note
"Companion to: Water relations of plants and soils / Paul J. Kramer and John S. Boyer"--Pref
Bibliography: p. 163-172
Includes index
Description and Table of Contents
Description
Plants use large amounts of water in their growth, contributing to important consequences for agriculture and the distribution of plant communities. This book is a laboratory manual, and serves as a companion to the textbook, "Water Relations of Plants and Soils", by Kramer and Boyer (1995). Much of our knowledge of plant and soil-water relations comes from thoughtful and careful measurements of the water status of the plant and its surroundings. This book emphasizes thermodynamic methods that can be reproduced at any time or place, indicating the energy used for water transport. The manual begins with a brief review of the relevant thermodynamics, followed by a description of principles and methods used in measuring chemical potential and its components, as well as the precautions necessary to insure success. The book also provides an explanation of the uses of the pressure chamber, thermocouple psychrometer, and pressure probes, as well as selected examples of experiments and references for further study. It explains laboratory procedures for most-used water status research methods. It introduces underlying thermodynamic principles.
It compares methods; and points to possible conclusions. It provides example experiments for immediate application.
Table of Contents
Preface. Why Measure the Water Status of Plants and Soils? Pressure Chamber. Thermocouple Psychrometer. Pressure Probe. Measuring the Water Status of Plants and Soils: Some Examples. References. Subject Index.
by "Nielsen BookData"
