Get Abiotic Stress Adaptation in Plants: Physiological, PDF

By Ashwani Pareek, S.K. Sopory, Hans J. Bohnert, Govindjee

ISBN-10: 9048131111

ISBN-13: 9789048131112

Environmental insults reminiscent of extremes of temperature, extremes of water prestige in addition to deteriorating soil stipulations pose significant threats to agriculture and foodstuff safeguard. utilizing modern instruments and strategies from all branches of technological know-how, makes an attempt are being made around the world to appreciate how vegetation reply to abiotic stresses with the purpose to aid control plant functionality that might be larger suited for stand up to those stresses. This ebook on abiotic rigidity makes an attempt to go looking for attainable solutions to a number of easy questions on the topic of plant responses in the direction of abiotic stresses. provided during this e-book is a holistic view of the overall rules of rigidity notion, sign transduction and legislation of gene expression. extra, chapters learn not just version platforms yet extrapolate interpretations received from versions to vegetation. finally, discusses how stress-tolerant crop or version vegetation were or are being raised via plant breeding and genetic engineering techniques. Twenty 3 chapters, written through overseas gurus, combine molecular information with total plant constitution and body structure, in a text-book sort, together with key references.

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Additional resources for Abiotic Stress Adaptation in Plants: Physiological, Molecular and Genomic Foundation

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These Ca2+-binding proteins phosphorylate and activate the transcription factors, which mediate cellular responses. Ca2+ signal also induces the salt overly sensitive (SOS) signaling pathway which is required for ion homeostasis. See Chapter 19, p 421.  19. (a) Performance of Sub1 introgression lines under field conditions. Fourteen day old seedlings were transplanted in the field and completely submerged 14 days later, for a period of 17 days. Photo was taken about 2 months after desubmergence.

Some of the most common abiotic stresses are wide fluctuation in the environmental conditions, soil moisture availability, high evaporation, inundation of the field, atmospheric temperature, periodicity variations, frost and cold injury, soil physico-chemical status, non-availability of nutrients and heavy metal toxicity. Understanding the physiological basis of such stresses, their genetic basis of tolerance, gene manipulation and mitigating the stresses agronomically, are some of the available technological options.

The normal physiology of the plant gets affected and plant maturity is accelerated. In some cases, plants shed leaf/flower/fruit or dry-up non productive tillers and even become sterile to overcome the unprecedented stress. In practical agriculture, such heat stress inflicts enormous crop losses. Due to global weather change, the frequency of heat stress is predicted to increase in different parts of the world. Rates of photosynthesis and respiration increase with an increase in temperature until a threshold maximum photosynthesis level is achieved.

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Abiotic Stress Adaptation in Plants: Physiological, Molecular and Genomic Foundation by Ashwani Pareek, S.K. Sopory, Hans J. Bohnert, Govindjee


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