over The Past Decade, Our Understanding Of Plant Adaptation To Environmental Stress Has Grown Considerably. This Book Focuses On Stress Caused By The Inanimate Components Of The Environment Associated With Climatic, Edaphic And Physiographic Factors That Substantially Limit Plant Growth And Survival
Plant Abiotic Stress || Plant Cuticle Function as a Barrier to Water Loss
β Scribed by Jenks, Matthew A.; Hasegawa, Paul M.
- Publisher
- Blackwell Publishing Ltd
- Year
- 2005
- Tongue
- English
- Weight
- 319 KB
- Edition
- 1
- Category
- Article
- ISBN
- 1405122382
No coin nor oath required. For personal study only.
β¦ Synopsis
over The Past Decade, Our Understanding Of Plant Adaptation To Environmental Stress Has Grown Considerably. This Book Focuses On Stress Caused By The Inanimate Components Of The Environment Associated With Climatic, Edaphic And Physiographic Factors That Substantially Limit Plant Growth And Survival. Categorically These Are Abiotic Stresses, Which Include Drought, Salinity, Non-optimal Temperatures And Poor Soil Nutrition. Another Stress, Herbicides, Is Covered In This Book To Highlight How Plants Are Impacted By Abiotic Stress Originating From Anthropogenic Sources. The Book Also Addresses The High Degree To Which Plant Responses To Quite Diverse Forms Of Environmental Stress Are Interconnected, Describing The Ways In Which The Plant Utilizes And Integrates Many Common Signals And Subsequent Pathways To Cope With Less Favorable Conditions.
The Book Is Directed At Researchers And Professionals In Plant Physiology, Cell Biology And Molecular Biology, In Both The Academic And Industrial Sectors.
π SIMILAR VOLUMES
The plant cuticle is a highly complex membrane which forms the outer surface of the aerial portion of plants. The nature of the plant cuticle is reviewed with particular regard to its action as a potential barrier to the penetration of pesticide molecules ; the role of the cuticular waxes is highlig
Leaf diffusion resistance and photosynthesis in cotton as related to a fohage temperature based plant water stress index. Agr,c. Meteorol, 27 : 27--34. Leaf diffusion resistance and net photosynthesis measurements were made over several daylight periods throughout the summer of 1981 on four plots o