Studies on Phosphorus Efficiency in Plants
Phosphorus Acquisition and utilization by Brassica spp.
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Phosphorus (P) deficiency is a common problem around the globe. Application of P fertilizers is problematic in agriculture systems because of high cost and environmental concerns. To produce more P efficient plants by recombinant breeding or biotechnology, identification of P efficiency mechanisms is a pre-requisite. The book describes the simple methodology of solution culture, sand culture and soil culture experiments which were conducted to study the P efficiency mechanisms in Brassica. Different cultivars exhibited significant growth differences and P uptake. Cultivars were categorized int...
Phosphorus (P) deficiency is a common problem around the globe. Application of P fertilizers is problematic in agriculture systems because of high cost and environmental concerns. To produce more P efficient plants by recombinant breeding or biotechnology, identification of P efficiency mechanisms is a pre-requisite. The book describes the simple methodology of solution culture, sand culture and soil culture experiments which were conducted to study the P efficiency mechanisms in Brassica. Different cultivars exhibited significant growth differences and P uptake. Cultivars were categorized into different groups on the basis of growth and P uptake. High biomass production per mg P absorbed, changes in root morphology and exudation of organic acids were the possible mechanisms for high P efficiency in plants. The book is written in a simple way that undergraduate and post graduate students can plan, conduct and write basic research trials in plant nutrition.
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