Titlebook: Crop Production under Stressful Conditions; Application of Cutti Makie Kokubun,Shuichi Asanuma Book 2018 Springer Nature Singapore Pte Ltd.

極為憤怒

Development of Rice Promising Lines Using Genomic Technology and Information in Vietnam,ormation provided by Japanese institutions, the project attempted to rapidly develop rice promising lines possessing useful agronomic traits such as short growth duration, high yield, and disease and insect resistance. Here, we introduce the background, progress and outputs of the project.

使害羞

SATREPS Program Challenging Global Issues on Crop Production: Overview, developing countries. Since a major portion of human diet comes from crop products, a continuous increase in crop production is required to feed the burgeoning population. Crop growth is strongly regulated by environmental factors such as temperature, precipitation, and soil property. An excess and

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Development of Rice Promising Lines Using Genomic Technology and Information in Vietnam,eme of Science and Technology Research Partnership for Sustainable Development (SATREPS) Project. Main objectives of the project were to develop promising lines of rice, which adapt to social and natural environmental conditions in Northern Vietnam. Based on the useful gene donors and DNA marker inf

懶惰人民

音的強弱

Development of Flood- and Drought-Adaptive Cropping Systems in Namibia,hange. The research project was conducted to develop a “flood- and drought-adaptive cropping system” which can preserve water resources and cope with the yearly fluctuation of flood and drought in a semi-arid densely populated region of north-central Namibia. The crop science team proposed six culti

amygdala

Improving Resource Utilization Efficiency in Rice Production Systems with Contour-Levee Irrigation ontour-levee irrigation system in gently sloped land is widely used where the irrigation is applied in an intermittent manner and water is not stored continuously as in Asian paddy fields, and thus the utilization efficiencies of water and fertilizers are lower due to the surface drainage. Under the

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NAV

Application of Biotechnology to Generate Drought-Tolerant Soybean Plants in Brazil: Development of to develop drought-tolerant soybean lines based on information from earlier molecular studies involving model plants. We also searched the soybean genome for genes conferring drought tolerance and elucidated the mechanisms regulating the identified genes. Based on our findings, we generated new soyb

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