1.
Research Progress on the Effect of Straw Reapplication to Soil Environment
秸秆还田技术对土壤环境的影响研究进展
2.
Effects of Direct and Whole Straw Manuring Method on Increasing Yield of Crop and Fertility of Soil in Rice-wheat Double Cropping Area of Taihu Lake District
稻麦两熟地区秸秆全量直接还田施肥技术的增产培肥效果
3.
The Status and Countermeasures of Mechanization Technique Extension for Maize Straw Giving Back Farmland in Qufu City;
曲阜市玉米秸秆还田机械化技术推广现状及发展对策
4.
Straw coverage technology in farmlands and its development trend;
农田秸秆覆盖技术及其发展趋势分析
5.
The Decomposition Rate and Field Effects after the Returning of Whole Maize Stalk into Farmland;
玉米秸秆整株还田秸秆分解速率及还田效应
6.
Study on Adjustment of the Ratio of C to N by Adding N During Straw Turnover
秸秆还田添加氮素调节碳氮比的研究
7.
The Actuality and Countermeasure of Development to Mechanized Returning Straws into The Soil;
我国秸秆还田机械化发展现状与对策
8.
Study on Combined Stalk-stubble Breaking and Mulching Machine
秸秆—根茬粉碎还田联合作业机的研究
9.
Affecting factors of farm household behavior for crop residue recycling:a case study in Jiangsu province,China
江苏省农户秸秆还田的影响因素分析
10.
Study on the Effect of Rice Straw Return to Field and Nitrogen Fertilizer Combined Application in Cold Region
寒地水稻秸秆还田配施氮素效果研究
11.
Study on Nutrient Release Characteristics of Crop Residue and Effect of Crop Residue Returning on Crop Yield and Soil Fertilty
秸秆养分释放规律及秸秆还田对作物产量和土壤肥力的影响
12.
Integrative technology of straw-edible fungi industry and management countermeasure for resource recycling utilization
发展农田秸秆菌业的技术集成与资源循环利用管理对策
13.
The Establishment and Application of the Technology Supporting System of the Crop Straw-edible Fungi Industry Recycling in Southeast China
东南地区农田秸秆菌业循环利用技术体系构建与应用前景
14.
Studies on Effect of Soil Tillage and Straw Returning to Field in Multi-Cropping Paddy Field
多熟复种稻田土壤耕作和秸秆还田的效应研究
15.
The ash adsorbed 9.7 times more diuron than wheat straw when leaving them unburned in the field.
草木灰还田与秸秆还田相比,敌草隆的田间吸附量将提高9.7倍;
16.
Maize straw returning to the field can increase the soil total nitrogen and inorganic nitrogen content.
秸秆还田增加了土壤全氮和无机氮含量。
17.
Nitrification Inhibition by High Concentration Acetylene in Straw-amended Soil
较高浓度乙炔对秸秆还田土壤硝化作用的抑制
18.
Effects of Straw Incorporation in Wheat-maize Cropping System by Farm Mechanization;
小麦、玉米两熟制机械化秸秆全量还田效应研究