Browsing by Author "Leskovar, Daniel I."
Now showing items 1-9 of 9
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Qin, Kuan (2022-07-20)Improving crop production with higher resource use efficiency and mitigating plant growth in abiotic stress scenarios are among the main targets for sustainable agriculture. Humic substances (HS), a type of plant biostimulants, ...
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Qin, Kuan (2017-12-04)Organic matter-derived soil amendments containing humic substances (HS) play a functional role in improving plant root growth and soil quality, but their interaction with water deficit levels is unknown. In this study, ...
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Sharma, Sat Pal (2014-07-13)Muskmelon (Cucumis melo L.) genotypes belonging to reticulatus and inodorus groups were evaluated under natural and modified field-environments. In the genotype × environment interactions studies, yield and fruit quality ...
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Leskovar, Daniel I.; Cantamutto, Miguel; Marinangelli, Pablo; Gaido, Eloisa (Agronomie, 2004)
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Wen, Yujin (2012-10-19)The urban water demand in Southwest Texas has grown rapidly in recent years due to the population increases in urban areas, which caused conflict between municipal and agricultural water use. Deficit irrigation is one ...
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Shinohara, Togo (2009-05-15)This research included studies for transplant and field crop management with thepurpose of optimizing stand establishment, crop performance and nutritional quality ofartichoke (Cynara scolymus L.) grown in southwest ...
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Bang, Hae Jeen (Texas A&M University, 2007-04-25)The evaluation of environmental and genotypic effects on fruit physical and chemical characteristics enables assessment of the feasibility of selecting diploid and/or triploid cultivars for either specific or more diverse ...
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Bhattarai, Samikshya (2020-11-04)Tomato production is vulnerable to extreme heat during the spring-summer cropping season, exacerbated by a lack of superior genetic materials that can perform well in such environments. The selection of resilient varieties ...
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Falkenberg, Nyland Ray (Texas A&M University, 2004-09-30)This study evaluated the applicability of remote sensing instrumentation for site- specific management of abiotic and biotic stress on cotton grown under a center pivot. Three different irrigation regimes (100%, 75%, and ...