1.
Research on Soil Water Movement of Conservation Tillage
保护性耕作条件下土壤水分运动规律的研究
2.
Dynamics of Soil Moisture Content under Conditions of Conservation Tillage in Beijing
北京保护性耕作条件下土壤水分动态变化研究
3.
Under conventional till, crop response to spring soil water content was considerably greater than under zero till.
在常规耕作条件下，春季作物对土壤水份含量的响应要比免耕地大得多。
4.
Effect of Fertilizer and Density on Yield and Quality of Kenjing 2 under Protective Tillage;
保护性耕作条件下垦粳2号产量和品质的肥密优化研究
5.
Dynamic Change of Soil Water and Fertilizer under Conservation Tillage Practices upon Minor Grain Crop;
小杂粮保护性耕作条件下土壤水肥动态变化研究
6.
Association between Morphological and Physiological Traits and Water Use Efficiency in Wheat (Triticum aestivum L.) under No-tillage and Rainfed Conditions
旱地保护性耕作条件下不同冬小麦品种部分生理指标与WUE的关系
7.
Growth Characteristics and Yield of Late-Season Rice under No-tillage and Non-Flooded Cultivation with Straw Mulching
免耕覆草旱作条件下水稻的生长特性
8.
Study on Variational Characters of Black Soil Enzyme Activities on Actual Cultivational and Fertilizable Conditions;
现行耕作、施肥条件下黑土酶活性变化特征研究
9.
Microbial Characters in No-tillage Soil with Paddy-upland Rotation;
水旱轮作条件下免耕土壤微生物学特性研究
10.
The Effect of Winter Cover Crop on Microbial Ecological Under the No-tillage System
免耕条件下覆盖作物对微生物生态的影响
11.
Splash erosion effects of tillage practices on soil surface roughness under different rainfall conditions
降雨条件下耕作方式对地表糙度的溅蚀效应
12.
Study on Main Physicochemical Properties in No-tillage Soil under Paddy-Upland Rotation
水旱轮作条件下免耕土壤主要理化特性研究
13.
Microbial characters in no-tillage soil with paddy-upland rotation
水旱轮作条件下免耕土壤微生物特性研究
14.
Effect of Different Tillages Patterns on Soil Organic Carbon Pool in Two Sequence Rotation System with Spring Wheat and Field Pea
不同耕作措施对麦—豆轮作条件下土壤有机碳库的影响
15.
Effect of different tillage patterns on organic carbon pool and microbial quotient in two sequence rotation system with spring wheat and field pea
不同耕作措施对麦—豆轮作条件下土壤有机碳库与微生物商的影响
16.
In summary, under zero till crop response to nitrogen levels in the spring was approximately twice as large compared to conventional till.
总之，在免耕地条件下，春季作物对土壤含氮量的反应大约是常规耕作的2倍。
17.
Fly Coal Ash Effect on Soil and Water Loss on Tillage Soil by Simulating Rainfall;
人工降雨条件下粉煤灰对耕作土壤的水土流失影响研究
18.
The Technology Research on Conservation Tillage on Winter Wheat-summer Maize under Rain Fed Conditions;
雨养条件下冬小麦—夏玉米一体化保护性耕作技术效应研究