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Alterations in the global climate are predicted to have vital penalty for crop production. Heat stress is a major abiotic stress limiting crop production. It reduces wheat growth by affecting various physiological and biochemical processes The present study was focused on to check the EC, heat shock protein, proline and sugar, chlorophyll content at seedling, tillering and spikelet formation stages of wheat. Selected local wheat varieties were grown in Petri plates and at seedling stage these were transferred to the pots containing soil, sand and animal manure in equal proportion. Electrical…mehr

Produktbeschreibung
Alterations in the global climate are predicted to have vital penalty for crop production. Heat stress is a major abiotic stress limiting crop production. It reduces wheat growth by affecting various physiological and biochemical processes The present study was focused on to check the EC, heat shock protein, proline and sugar, chlorophyll content at seedling, tillering and spikelet formation stages of wheat. Selected local wheat varieties were grown in Petri plates and at seedling stage these were transferred to the pots containing soil, sand and animal manure in equal proportion. Electrical conductivity (EC) was determined to check cell membrane stability (CMS) which was greatly affected by heat stress. Protein, proline, amino acids contents showed an increase in their content while sugar, chlorophyll content exhibited a decrease under stress conditions.
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Autorenporträt
I am currently doing PhD at PMAS University of Arid Agriculture Rawalpindi. I have more than seven month experience as a teacher at Anglo Arabic School, Satellite Town Rawalpindi which helped me improve my teaching skills. I have high ambitions for myself and passion for higher studies that¿s y i took admission in Ph.D to enhance my horizon