本发明是应用于农业生产中耕作水田旱地的具有高科技含量的超微型耕作机械。
The present invention relates to high-tech content super miniaturized tillage machinery used in cultivating paddy field dry land of agricultural production.
1gn系列旋耕机采用中间齿轮传动结构，是为12 ~ 80马力拖拉机配套的耕作机械。
1gn series Rotary Tiller is adopted middle gear transmission system, mounted with the tractor of 12-80hp.
SGTN系列旋耕机灭茬机采用中间齿轮传动结构，是为12 ~ 80马力拖拉机配套的耕作机械。
SGTN series rotary tiller is adopted middle gear transmission system, mounted with the tractor of 12-80hp.
本实用新型是一种旋耕式农田耕作机械的尾轮。它由环型刀片，胶尾轮或其它材料制成的尾轮，尾轮叉组成。
The utility model relates to a back wheel of a spiral plowing farmland tillage tool, which comprises a ring blade, a back wheel made form rubber or other materials, and a back wheel fork.
船式耕作机械中的机耕船、机滚船、船形水田拖拉机都是利用浮式工作原理，在深泥脚水田的耕作中有很好的适用性。
Weigeng ship, Roller-ship and Boat-shaped paddy tractor in boat-farming machinery are working in the principle of floating, which have a good application of farming in the deep mud .
耕作还会将土壤中的二氧化碳释放到大气中，而免耕能够保持住土壤中的碳，并且避免机械设备释放吸热气体。
Tilling also releases carbon dioxide from the soil into the atmosphere. No-till keeps carbon in the soil and avoids the release of heat-trapping gases from motorized equipment.
农民在耕作和提高农作物产量方面越来越依赖复杂的机械设备，由此造成了农业技术人员和工程师的短缺。
Farmers are relying on increasingly sophisticated equipment to work the land and boost crop yields, placing a premium on agricultural technicians and engineers.
土豆也是机械化耕作的。
试验示范结果表明，实施此项自然降水高效利用与保护性耕作相结合的综合机械化技术，具有显著的增产、节水效果。
The test results show that this technology system that combines highly efficient use of rainfall and conservative farming technologies has greatly improved the yield and saved the irrigation water.
对小麦机械收获后残茬覆盖与不覆盖两种条件下免耕、翻耕和间隔深松三种土壤耕作方式夏玉米的营养生长及籽粒产量进行了研究。
The growth and grain yield of summer maize in three kinds tillage management of no tillage, moldboard plowing and sub-soiling under two conditions of stubble mulch and no mulch have been conducted.
用于农业耕作中以节省劳力的机械设备，包括牵引机和农具。
Mechanical devices, including tractors and implements, used in farming to save Labour.
这清楚地说明了了机械化耕作的好处。
二耕地散碎不利于扩大农场经营规模或应用机械耕作者。
The arable land not suitable for expanding or for mechanizing.
编制春玉米保护性耕作农艺技术规范并拟定其机械化生产工艺方案；
Secondly, bringing up the conservation tillage agriculture technique norm of spring corn and its mechanization production craft project.
本研究的目的就是试图通过剖析一个机械化耕作新技术项目的研究、推广全过程，以回答这一问题。
The purpose of this study is trying to answer this question by analyzing the research and the whole popularized process of a new mechanized farming technology.
因此，在湖北省特别是岗丘地区推广机械化保护性耕作技术十分必要，也十分紧迫。
Therefore, popularizing mechanization conservation tillage technology is very necessary, and also very urgent in the Hubei province, especially the hillock area.
拖拉机及其它农业机械大大方便了农业耕作。
Tractors and other agricultural machines greatly facilitate farming.
该耕作方法主要的好处是可减少土地受到腐蚀的机率，减少机械、燃料和肥料的使用，有效减少田间管理的时间。
Primary benefits are a decreased rate of soil erosion; reduced need for equipment, fuel, and fertilizer; and significantly less time required for tending crops.
推广集约化育苗、机械化耕作和管理、自动化烘烤，实现烟叶生产的省工高效。
Promote intensive breeding and mechanized farming and management, automation baking, tobacco production to achieve the province efficient.
机械化保护性耕作技术在山西临汾开展研究已经有多年了。
Mechanized conservation tillage technique has been studied in Linfen, Shanxi province for many years.
分析了山东省定陶县玉米收获机械化、秸秆还田以及保护性耕作的现状与问题，探讨了农机推广工作发展趋向。
Taking the economics theory as guiding ideology, the paper mainly analyses on the development of corn harvest mechanization in Hebei province.
农药和化肥的使用不可避免，还要加上耕作时需要的农业机械的排放，从全过程来看，现行的乙醇燃料并没有想象中那样对减少碳排放有重大作用。
The use of farm machinery will cause emissions. When we take the whole process into consideration, the use of ethanol fuel is not so helpful as expected in emission cut.
农药和化肥的使用不可避免，还要加上耕作时需要的农业机械的排放，从全过程来看，现行的乙醇燃料并没有想象中那样对减少碳排放有重大作用。
The use of farm machinery will cause emissions. When we take the whole process into consideration, the use of ethanol fuel is not so helpful as expected in emission cut.
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