Description
Environmental Control of Plant Growth consists of the proceedings of a symposium held at Canberra, Australia, in August 1962. The symposium aims to consider the natural microenvironments of plants and the associations between natural and controlled environments. It also considers the physiological and genetic bases of responses by plants to environmental conditions.
The book contains 24 chapters and discusses the physics of plant environment, as well as the physical quantities within plant-air layers. It also elucidates the energy and water balance, light relations, gas exchange, and energy relations in plant communities. The book also looks into the respiration of various organs and of whole plants. Lastly, the effects of the environment, including “climatic factors, on the metabolism of plant cells are addressed.
Chapter
CHAPTER 2. The Physics of Plant Environments
pp.:
24 – 42
CHAPTER 3. The Environment of Plant Surfaces
pp.:
42 – 52
CHAPTER 4. Climatic Control of Plant Water Relations
pp.:
52 – 74
CHAPTER 5. Energy and Water Balance of Plant Communities
pp.:
74 – 98
CHAPTER 6. Light Relations In Plant Communities
pp.:
98 – 114
CHAPTER 7. Gas Exchange in Plant Communities
pp.:
114 – 132
CHAPTER 8. Climatic Control of Photosynthesis and Respiration
pp.:
132 – 160
CHAPTER 9. Energy Relations in Plant Communities
pp.:
160 – 168
CHAPTER 10. Effect of Climate on the Distribution and Translocation of Assimilates
pp.:
168 – 194
CHAPTER 11. The Mediation of Climatic Effects through Endogenous Regulating Substances
pp.:
194 – 214
CHAPTER 12. Effects of Environment on Metabolic Patterns
pp.:
214 – 234
CHAPTER 13. Endogenous Rhythms in Controlled Environments
pp.:
234 – 252
CHAPTER 14. Control of Plant Growth by Light
pp.:
252 – 284
CHAPTER 15. Climatic Control of Germination, Bud Break, and Dormancy
pp.:
284 – 308
CHAPTER 16. Climatic Control of Reproductive Development
pp.:
308 – 330
CHAPTER 17. Morphogenese Responses to Climate
pp.:
330 – 356
CHAPTER 18. Climate, Weather, and Plant Yield
pp.:
356 – 370
CHAPTER 19. Hardiness and the Survival of Extremes: A Uniform System for Measuring Resistance and Its Two Components
pp.:
370 – 386
CHAPTER 20. The Genetic Basis of Climatic Response
pp.:
386 – 400
CHAPTER 21. Species and Population Differences in Climatic Response
pp.:
400 – 424
CHAPTER 22. Achievements, Challenges, and Limitations of Phytotrons
pp.:
424 – 440
CHAPTER 23. Extrapolation from Controlled Environments to the Field
pp.:
440 – 458
CHAPTER 24. Concluding Remarks: The Next Decade
pp.:
458 – 462
SUBJECT INDEX
pp.:
462 – 469