论文部分内容阅读
Maize and faba bean have contrasting responses in root morphology and physiology to phosphorus defic
【机 构】
:
Department of Plant Nutrition,College of Resources and Environmental Science,China Agricultural Univ
【出 处】
:
第五届全球可持续磷峰会
【发表日期】
:
2016年3期
其他文献
In order to improve the fertility of purple soil and make reasonable use of green manures,root exudates of three types of green manures(Ryegrass,Hairy vetch,Chinese milk vetch)were collected by soluti
Samples of black soil were collected from long-term experimental plots in Gongzhuling to study the content and changing trends of soil phosphorus(P)under different fertilization practices(non fertiliz
Evaluation of winter oilseed rape response to phosphorus fertilization and optimum indigenous phosph
会议
Phosphorus(P)is an essential macro-element for higher plant growth and development.During seed development,phytate is the storage form of phosphorus in seeds,and plays very important roles in the phos
A novel Brassica-rhizotron system to unravel the dynamic changes in root system architecture of oils
会议
High phosphorus(P)accumulated in greenhouse field of North China is potential to accelerate eutrophication.In this study,the effect of 9-year(2004-2013)urea application on the transformation and trans
Circular agriculture is the key to reutilize nutrients,i.e.,nitrogen(N)and phosphorus(P),in the organic wastes from livestock farming,crop planting and food industrial production.However,P surplus is
Phosphorus(P)is very critical for vegetable crop demand,especially for root growth at the early stage.Compared with cereal crops,vegetable crops have lower root length densities,shallow root systems a