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近日，工学院权龙哲教授智能农田管理装备团队连续在国际权威期刊《Soil & Tillage Research》（IF=7.4，中科院一区，TOP），《Computers and Electronics in Agriculture》（IF=8.3，中科院一区，TOP），《Biosystems Engineering》（IF=5.1，中科院一区，TOP）、《Frontiers in Plant Sc...
Application of 3D cameras in agriculture when evaluating the quality of soil tillage
PMD sensor picture model soil roughness measurement
2016/7/6
The paper deals with the evaluation of data collected by scanning the agricultural surface with a 3D Photonic Mixer Device (PMD) camera with IFM company electronics and a resolution of 64 × 50 pixels ...
Study of fuel consumption in three tillage methods
maximum tillage reduced tillage no-tillage
2014/11/28
Fuel consumption per hectare of tilled land for the conventional or maximum tillage, reduced tillage using a multi-task
machine, and no-tillage using a direct drill planter has been studied and comp...
Review Article: Remote Sensing, Surface Residue Cover and Tillage Practice
Remote Sensing Residue Cover
2013/3/11
A growing world population and possible liquid fuel energy shortages are likely to result in worldwide agricultural intensification, and the possible expansion of non-sustainable practices. The adopti...
基于美国保护性耕作分析的东北黑土区耕地保护（Tillage Soil Protection of Black Soil Zone in Northeast of China Based on Analysis of Conservation Tillage in the United States）
保护性耕作 东北黑土区 土壤侵蚀
2010/12/29
我国东北黑土区侵蚀严重，为找到控制水土流失的有效途径，分析了美国实施保护性耕作的实践经验，阐述了其发展概况、作用和实践中遇见的问题，具体介绍了美国保护性耕作中免耕（含条耕、带耕、垂直耕）、覆盖耕、垄耕等几种常见耕作模式和相关机具。对我国东北黑土区耕地保护途径的选择、保护性耕作的理解、耕作模式改革创新、秸秆还田、深松施肥和防治病虫草害具有借鉴意义。
流变态土壤切削试验用室内土槽与测试系统设计（Research on Indoor Soil Bin and Test System for Rheological Soil Tillage）
水田 试验土槽 测试系统
2010/12/28
根据农业机械在水田作业的实际情况，设计了模拟田间实际作业的水田试验土槽。阐述了设计方案及设计过程，提出了解决湿基制备、土壤含水率控制等问题的方法。根据室内试验土糟的功能和特点，开发了与之配套的试验数据实时采集系统。
玉米茬地免耕播种机具导向系统设计与试验（Design and Experiment on Oriented System for No-tillage Planters in Maize Stubble Field）
免耕播种机 玉米茬地 导向 设计 试验
2010/5/5
设计了一种由机具导向架、液压系统和以DSP为核心的控制单元组成的机具导向系统。根据与该系统配套的拖拉机确定了机具导向架的基本参数，并通过对机具导向架外框不同位置的受力分析得出该系统可以推动的最大负载满足机具田间作业的要求。以JDT654L型拖拉机为试验平台，进行了系统性能试验。结果表明，机具导向架的调节范围为-10.8°～10.7°；该系统换向平稳，换向时间短，对输入信号有较好的响应和控制精度，跟...
Reducing Soil Compaction of Tennessee Valley Soils in Conservation Tillage Systems
Tennessee Valley Soils Conservation Tillage Systems
2008/5/13
Inadequate rooting systems due to excessive soil compaction have prevented farmers in the Tennessee Valley region of northern Alabama from adopting conservation tillage systems. Cotton (Gossypium hirs...