Search Results - "stress tolerance"

Molecular breeding for stress tolerance in sesame by Weldemichael, Micheale Yifter, Gebremedhn, Hailay Mehari, Runo, Steven, Gandhi, Harish

“…Approaches such as genome-wide association studies (GWAS) and high-density linkage mapping can help identify key genetic markers associated with stress tolerance. These markers can then be applied in marker-assisted selection to develop resilient cultivars, ensuring stable yields under changing climate conditions.…”
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Adoption of stress-tolerant rice varieties in Bangladesh by Ahmed, Akhter, Hernandez, Ricardo, Naher, Firdousi

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Stress tolerant varieties to counter climate change. by Reynolds, M., Cairns, Jill E., Stirling, Clare M., Campos, Hugo, Wassmann, Reiner, Low, Jan W.

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Salt Stress Tolerance in Acidic and Sweet Mandarins by Ben Yahmed, Jihene, Ben Mimoun, Mehdi, Talón, Manuel, Ollitrault, Patrick, Morillon, Raphael

“…The acidic 'Cleopatra' mandarin (Citrus reshni Hort. ex Tan.) is considered to be the most salt stress tolerant rootstock since it is able to limit the absorption of chloride and sodium at root level. …”
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Biotic priming of growth and stress tolerance in cereals by Palmqvist, Martin

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The significance and functions of ethylene in flooding stress tolerance in plants by Khan, M. Iqbal R., Trivellini, Alice, Chhillar, Himanshu, Chopra, Priyanka, Ferrante, Antonio, Khan, Nafees A., Ismail, Abdelbagi M.

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Recent developments in abiotic stress tolerance breeding in rice by Gregorio, G.B., Cabuslay, G.

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Physiological and molecular basis of abiotic stress tolerance in plants by Ram, P.C., Singh, P.N., Singh, V.N., Ismail, A., Singh, R.K.

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Farmers’ field day on stress-tolerant rice varieties by Gonsalves, Julian Francis

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Dry bean: physiology of yield potential and stress tolerance by White, Jeffrey W., Izquierdo, J.

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Dry bean: physiology of yield potential and stress tolerance by White, Jeffrey W., Izquierdo, J.

“…The integration of these processes through carbohydrate and N partitioning is reviewed as well as the source-sink model, information that is then applied to yield potential and stress tolerance. Specific physiological strategies for increasing yields considering both source (photosynthesis, respiration, light utilization) and sink capacities (flower, seed, and pod abortion, pod growth rates, HI) are reviewed. …”
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Evaluating sources of water-stress tolerance in common bean by Singh, Shree P., Terán Santofimio, Henry

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Breeding and screening persimmon rootstocks for saline stress tolerance by Gil-Muñoz, Francisco, Peche, P. M., Climent, Julio, Forner-Giner, María A., Naval, María M., Badenes, María L.

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Genomic-assisted breeding for abiotic stress tolerance in horticultural crops by Paliwal, R., Singh, G., Mir, R.R., Gueye, B.

“…For instance, quantitative trait loci (QTLs) associated with abiotic stress tolerance have been identified employing linkage and association mapping approaches based on marker–trait relationships. …”
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Eliciting farmers’ valuation for abiotic stress-tolerant rice in India by Arora, Anchal, Bansal, Sangeeta, Ward, Patrick S.

“…Abiotic stresses such as droughts and floods significantly constrain rice production in India. New stress-tolerant technologies have the potential to reduce yield variability and help insulate farmers from the risks posed by these hazards. …”
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Abiotic stress tolerance-progress and pathways of sustainable rice production by Dar, Manzoor H., Bano, Dilruba A., Waza, Showkat A., Zaidi, Najam W., Majid, Asma, Shikari, Asif B., Ahangar, M. Ashraf, Hossain, Mosharaf, Kumar, Arvind, Singh, Uma S.

“…The available literature suggests that stress-tolerant varieties can serve as the most viable strategy to contribute in coping with the problem of abiotic stresses. …”
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Molecular strategy to combine multiple abiotic stress tolerance in rice by Singh, R.K., Gregorio, G.B., Adorada, D.L., Mendoza, R., Sajise, A.

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Abiotic stress tolerance in tropical rice: Progress and future prospects by Lafitte, H.R., Ismail, A., Bennett, J.

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Genetic and Genomic Resources for Improving Biotic Stress Tolerance in Chickpea by Kumar, Tapan, Tiwari, Neha, Saxena, Deep R., Istanbuli, Tawffiq, Hamwieh, Aladdin

“…These endeavors are geared toward elevating both abiotic and biotic stress resistances, culminating in the development of cultivars that stand superior in their stress tolerance. Chickpea’s enduring legacy as a resilient and nutritionally rich crop is poised to make a lasting impact on global agriculture and food security.…”
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IRRI: Stress tolerant for Africa and South Asia (Phase 2) by Shaw, Alison, Kristjanson, Patricia M.

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