土壤效应,soil effect
1)soil effect土壤效应
1.Study on soil effects of treatment for different rocky desertification in karst regions——A case study of Shiqiao small karst basin不同等级喀斯特石漠化治理的土壤效应研究——以毕节石桥小流域为例
2.After five models of converting cropland to forest were selected respectively in high-mountain areas in Beichuanhe Watershed of Datong County in Qinghai Province,the soil effects were analyzed.土壤效应综合评价得分以模式F最高,表明模式F为低位脑山区退耕还林最佳配置模式。
2)soil physiochemical effects土壤理化效应
3)soil hydrology effect土壤水文效应
1.The result shows:(1)The water holding capacity of sub-alpine shrub meadow soil is best and aerate well and then forest gray-brown soil with best aeration, chestnut soil has little water holding capacity and bad aeration;(2)The index of soil hydrology effect changes with s.通过测定国家重点野外科学观测试验站———祁连山森林生态站排露沟流域土壤水分物理性质,研究其水文效应表明:(1)亚高山灌丛草甸土持水能力最强、通气状况良好,山地森林灰褐土持水能力次之、通气状况最好,山地栗钙土持水能力较差、通气不良;(2)土壤水文效应随深度而变化,变化幅度亚高山灌丛草甸土>山地森林灰褐土>山地栗钙土;(3)单位土壤水文效应亚高山灌丛草甸土>山地森林灰褐土>山地栗钙土;(4)土壤水文效应大小除受本身的性质决定外,还受其厚度影响,亚高山灌丛草甸土各项指标均高于其它土壤类型,由于其处于较高海拔土层薄,总的水文效应指标除自然贮水量外反而比山地森林灰褐土和山地栗钙土低。
英文短句/例句

1.SOIL HYDROLOGIC EFFECT OF THE EARTH-CUMULIC SURFACE HORIZON AND THE ARGIC HORIZON OF LOU SOIL IN LOESS PLATEAU黄土高原(土娄)覆盖层与黏化层的土壤水文效应
2.Hydrological effects of forest litters and soil in Wuling mountain雾灵山典型林分枯落物和土壤水文效应
3.Soil hydrological function of main forest types in Tonglu’s ecological non-commercial forest桐庐生态公益林主要林分类型的土壤水文效应
4.Analysis on soil and Water Conservation Function of Scrub Forest in Complex Watershed on Forestry and Grasses of Qilian Mountains祁连山林草复合流域灌木林土壤水文效应研究
5.Study on the Hydrological Effect of Typical Forest Litters and Soil of Natural Second Forest in North China Mountainous Region华北山地次生林典型森林类型枯落物及土壤水文效应研究
6.Soil moisture consumption and ecological effects in alfalfa grasslands in Longdong area of Loess Plateau陇东黄土高原苜蓿草地土壤水分消耗及水分生态效应(英文)
7.Hydrological Effects of Forest Litters and Soil in Ming Tombs Forest Farm北京十三陵不同林分枯落物层和土壤层水文效应研究
8.Studies on Soil Environmental Effect on the Soil and Water Conservation Measures in the Loess Plateau;黄土高原水土保持措施的土壤环境效应研究
9.Effect of PAM on Water Holding Capacity of Sandy SoilsPAM对沙质土壤持水性的效应研究
10.Effects of Film Mulching on Soil Water and Temperature and N_2O Emissions in Wheat Fields地膜的水热效应与麦田土壤N_2O排放
11.The study of the soil moisture retrieval and effects of different land-use types in Heihe River Basin黑河流域土壤含水量遥感反演及不同地类土壤水分效应分析
12.Effects of Soil Algae Crust on Soil Moisture in the Loess Plateau黄土地表藻类结皮的土壤水分效应研究
13.Effects of Soil Moisture in Walnut-peanut Intercropping System in the Loess Region of West Shanxi Province晋西黄土区核桃花生复合土壤水分效应研究
14.Catchment effect of ridging and mulching in maize field in soil wind erosion area of Loess Plateau黄土高原土壤风蚀区玉米起垄覆盖集水效应
15.Improvement Effects of Soil Amendments on Soil Water Retention Capacity in Loessial Soil土壤改良剂对黄绵土持水性能的改良效应研究
16.Studies on Effects of Fertilizer Application in Tobacco Soils with Different Levels of Available Phosphorus不同速效磷水平植烟土壤磷肥施用效应的研究
17.The effect of Coupling of Water and Fertilizer and the Dynamic Changes of Water and Phosphorus in the Semi-arid Area;半干旱区水磷耦合效应及土壤水磷的动态变化
18.Restoration effect of soil moisture content under woodlands in Xi'an region in wet year西安地区丰水年有林地土壤水分恢复效应研究
相关短句/例句

soil physiochemical effects土壤理化效应
3)soil hydrology effect土壤水文效应
1.The result shows:(1)The water holding capacity of sub-alpine shrub meadow soil is best and aerate well and then forest gray-brown soil with best aeration, chestnut soil has little water holding capacity and bad aeration;(2)The index of soil hydrology effect changes with s.通过测定国家重点野外科学观测试验站———祁连山森林生态站排露沟流域土壤水分物理性质,研究其水文效应表明:(1)亚高山灌丛草甸土持水能力最强、通气状况良好,山地森林灰褐土持水能力次之、通气状况最好,山地栗钙土持水能力较差、通气不良;(2)土壤水文效应随深度而变化,变化幅度亚高山灌丛草甸土>山地森林灰褐土>山地栗钙土;(3)单位土壤水文效应亚高山灌丛草甸土>山地森林灰褐土>山地栗钙土;(4)土壤水文效应大小除受本身的性质决定外,还受其厚度影响,亚高山灌丛草甸土各项指标均高于其它土壤类型,由于其处于较高海拔土层薄,总的水文效应指标除自然贮水量外反而比山地森林灰褐土和山地栗钙土低。
4)effect of water and fertility of soil土壤水肥效应
5)soil fertilizati土壤培肥效应
6)Soil ecological effects土壤生态效应
延伸阅读

土壤交换性盐基陪补离子效应分子式:CAS号:性质:土壤胶体表面吸附的陪补离子对交换性阳离子的解吸所产生的影响。解吸的难易(有效性大小)取决于陪补离子与土壤胶粒间吸附力的大小。吸附力越大的陪补离子越能提高交换性盐基的有效性。如氢离子和铝离子可以提高钾离子、镁离子的有效性。