Titlebook: Crop Production for Agricultural Improvement; Muhammad Ashraf,Münir ?ztürk,Ahmet Aksoy Book 2012 Springer Science+Business Media B.V. 2012

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The American Halophyte ,, a New Potential Source to Confer Salt Tolerance to Cropsurface. The combination of population growth and land degradation are of such significance that plant salt tolerance improvement has become an urgent need for the future of agriculture. Generation of salt tolerant crops requires a clear understanding of the complex mechanism of abiotic stress resist

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Breeding Wheat for Salt Tolerance and Stem Rust Resistance2, previously unexplored wheat varieties/lines representing a wide range of genetic diversity was planted as control in ? strength Hoagland’s nutrient media, whereas two sets of the same material were exposed to salt (NaCl) application under two treatments i.e., 10 dS m. and 20 dS m. for the first 2

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The Potential of Breeding Okra (, L.) for Water Stress Tolerancepplied is known to exist. Review of previous literature has shown that drought cause damage to okra plant of varying degree during its ontogeny, the reproductive phase being the most prone to the detrimental effects of drought. More specifically, the highest effect on yield was recorded when drought

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Biotechnology as an Aid for Crop Improvement to Overcome Food Shortage such countries will be a primary concern over the next few decades. However, options for increased food production to meet this population pressure are limited because most arable land is already under cultivation, and in many areas land use cannot be further intensified without a risk to the long-

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