1) peat utilization in agriculture
泥炭农业利用
1.
This paper outlines the progress of peat utilization in agriculture at home and abroad,evaluate the deposit and quality of peat resources in China.
本文概述了国内外泥炭农业利用方面所取得的进展 ,评价了我国泥炭资源的储量、质量状况。
2) sludge in agricultural use
污泥农业利用
3) agricultural utilization
农业利用
1.
Effects of different drying condition on physical properties and agricultural utilization of municipal sewage sludge
不同干燥处理对城市污泥物理性质和农业利用的影响
2.
This paper divided the main methods of organic wastes'agricultural utilization into five ways by applying ecological engineerings:as feed, fertilizer,energy source,colture material and multiple-step circulatory utilizati0n,and expounded tbe history,status quo and standard of organic wastes'agricultural utilization.
本文运用生态工程将农业利用有机废弃物的主要用途划分为作饲料、肥料、能源、培养料和多层次循环利用5种方式，论述了中国农业利用有机废弃物的历史、现状与水平，对农业利用作物秸秆、畜禽粪便、沼气发酵残余物和有机垃圾的主要生态工程技术、效益作了分析，并探讨了当前农业利用有机废弃物中存在的主要问题和未来发展趋势。
3.
The degrees of the rubification of that red palaeosols were evaluated, and the advantages and disadvantages of the soils for agricultural utilization were also discussed.
本文对浙江省第四纪古红土的分布、形态特征和理化性质作了分析研究，并就古红土农业利用的有利和不利条件作了探讨。
4) Agricultural application
农业利用
1.
Agricultural application of sludge dredged from landscape water bodies.;
景观水体疏浚底泥的农业利用研究
5) agricultural use
农业利用
1.
The concentrations and characters of these compounds are reviewed in this paper in order to provide the scientific basis of drawing up and perfecting the control standards for dioxin-like compounds in sludge from agricultural use.
污水厂污泥的农业资源化利用是污泥处置的重要方法之一,但污泥中所含有毒有害的类二噁英类物质会制约污泥的农业利用。
6) Agricultural land use
农业土地利用
1.
This study was conducted in an area with intensive agricultural land use in Yanqing basin,Beijing Municipality of China to assess effects of land use change on soil organic carbon(SOC),total nitrogen(TN),total phosphorus(TP)and available phosphorus(AP).
(2)在0～10cm土层中,种植果树土壤中SOC含量最高,种植蔬菜土壤中的TN、TP、AP最高;在10～25cm土层中,种植蔬菜的土壤中SOC、TN、TP、AP含量最高;在25～40cm土层中,种植蔬菜的土壤中AP含量显著高于种植其他作物土壤中AP含量;在40～70cm土层中,种植果树的土壤中TP含量显著高于种植其他作物土壤中TP含量;在40～100cm土层中,4种农业土地利用类型土壤中SOC和TN含量差异不显著。
2.
This study was conducted in an area with intensive agricultural land use in Yanqing basin, Beijing Municipality of China to assess effects of land use change on soil organic carbon (SOC), total nitrogen (TN), total phosphorus (TP) and available phosphorus (AP).
(2)在0～10cm土层中,种植果树土壤中SOC含量最高,种植蔬菜土壤中的TN、TP、AP最高;在10～25cm土层中,种植蔬菜的土壤中SOC、TN、TP、AP含量最高;在25～40cm土层中,种植蔬菜的土壤中AP含量显著高于种植其它作物土壤中AP含量;在40～70cm土层中,种植果树的土壤中TP含量显著高于种植其它作物土壤中TP含量;在40～100cm土层中,四种农业土地利用类型土壤中SOC和TN含量差异不显著。
补充资料：东北平原农业气候资源利用(见农业气候资源利用)
东北平原农业气候资源利用(见农业气候资源利用)
默军爵攫戳猛罚胃植和l用2 iyuanl心yong 见农业气候资
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条