Precision agriculture is come the "popular" study in agricultural high and new technique application.
世纪之交，精准农业成为农业高新技术应用研究的“热门”课题。
The estimation of crop chlorophyll content could provide technical support for precision agriculture.
作物叶绿素含量的估测可以为精准农业提供技术支持。
A kind of control system of variable rate fertilizer applicator in precision agriculture is introduced.
介绍了一种的实现精准农业变量施肥作业的施肥控制系统。
Finally this paper discusses the research, application and development tendency of precision agriculture.
最后论述了精细农业的研究、应用及发展趋势。
Ability to estimate crop information from remotely sensed imagery is fundamental in precision agriculture.
估计农作物遥感影像信息的能力是在精准农业的基础。
Precision agriculture technology has its own technological system, and industrialization is its only way out.
精确农业技术自成体系，产业化是精确农业技术的唯一出路。
Study on intelligent decision-making sustaining system of variable rate fertilization in precision agriculture;
介绍了一种的实现精准农业变量施肥作业的施肥控制系统。
Measurement of soil water content is the basis of implementing water-saving irrigation in precision agriculture.
土壤水分的测量是精细农业中实施节水灌溉的基础。
As a support technique of precision agriculture, the technology of GPS has been widely applied in agriculture engineering.
作为精确农业主要支撑技术之一的GPS技术正在农业工程领域中得到逐步广泛应用。
Based on the technology of ComGIS, the recommend system for variable-rate fertilization in precision agriculture was developed.
基于组件式GIS技术开发了精准农业变量施肥处方推荐系统。
In our country, the research of Precision Agriculture is in beginning stage now, especially in basic theory and method studying.
目前我国“精细农业”的研究尚处于起步阶段，尤其是在基础理论和方法研究方面。
The study on spatial variability of soil and plant information is of great importance to the implement of "precision agriculture".
进行土壤特性及作物信息的空间变异性研究对于“精细农业”的实施具有重要意义。
The zoned result can be used as yield goal map for preplant or in-season fertilize recommendation algorithms in precision agriculture.
分区结果可以直接作为精准农业目标产量分区图，用于作物种植前或产中适时肥料推荐管理决策。
Accurate and real-time access to environmental information for crop growth is the basic premise to implement and promote the precision agriculture.
准确和实时的获取农作物生长的环境信息是实施和推进精准农业的基本前提。
The precision agriculture technological system has been developed into three branches, precision farming, precision raising and precision processing.
从精细种植、精细养殖和精细加工三个分支全面展开精细农业的技术体系。
For the test requirement of precision agriculture, differential systems of GPS position were adopted to increase the position accuracy of GPS system.
为了精准农业技术示范试验需要，采用了GPS定位差分系统，以提高GPS系统定位精度。
The Yield Monitoring System of Combine Harvester is an important part in Precision Agriculture, And the Grain Flow Sensor Test-bed is the main tester.
联合收割机测产系统是精细农业的重要组成部分，谷物流量传感器试验台是测产系统研究的主要试验平台。
Precision agriculture is an agricultural management system based on information and is implemented according to space variability existing in field information.
精细农业技术是一种以信息为基础的农业管理系统，又是依据农田信息存在的空间差异性而实施的。
Necessity and technique foundation of the precise drying are introduced, the technological system and applying foreground of precision agriculture are expounded.
介绍了精准干燥的必要性以及实现精准干燥的现有技术基础，阐述了精准干燥的主要技术体系和应用前景。
In this paper emphasis was put on the research and application of field information acquisition techniques to precision agriculture and agricultural machinery engineering.
介绍了田间信息采集技术的研究概况以及在精准农业生产和农机工程中的应用。
The method of spatial interpolation is an important technology in "Precision Agriculture", this paper do primary research on several common methods of spatial interpolation.
空间插值方法是精准农业技术实现的重要方法，该文对常用于农田环境要素的空间插值方法做了初步研究。
In China, industrialization of precision agriculture technology is a far -flung and gradual process. It shou ld be supported by cooperation of all relative social departments.
在我国，精确农业技术产业化是一个漫长、渐进的过程，需要全社会相关部门的通力合作。
Then based on describing the basic concept and connotation of precision agriculture , its technical system , implementation and the technical support system are introduced in details.
在介绍了精细农业的基本概念和内涵的基础上，对其技术思想、技术体系、实施以及其技术支撑体系进行了阐述；
The results of the method showed that the soil nutrient information database on the field was suitable for variable rate fertilization decision and management in precision agriculture.
应用实践表明：建立的田间土壤养分信息库可以应用于精确农业变量施肥的决策和作业管理。
This paper summarizes the process of construction of growth simulation models and their current applications in precision agriculture and intellectualized greenhouse at home and abroad.
本文综述了作物生长模拟模型建立的过程，及目前国内外在精准农业和智能温室中的运用现状。
Crop growth simulation models belongs to the core parts of supporting techniques in precision agriculture and intellectualized operations and management softwares in greenhouse production.
作物生长模拟模型是精准农业支持技术的核心部分之一，也是温室生产智能化操作与管理软件的核心部分。
This paper introducest he execution and application of site-specific nutrient management in precision agriculture, of which includes acquirement of soil information and its management methods.
本文介绍了精确农业中定位养分管理的实施与应用状况，包括土壤信息的获取及管理等。
The technology of soil nutrient map digital mapping has very important significance on theory and application sides for soil nutrient management, digital agriculture and precision agriculture.
开展土壤养分图数字制图技术研究，对于土壤养分科学管理、数字农业、精确农业的实施都具有重要的理论意义和应用价值。
The technology of soil nutrient map digital mapping has very important significance on theory and application sides for soil nutrient management, digital agriculture and precision agriculture.
开展土壤养分图数字制图技术研究，对于土壤养分科学管理、数字农业、精确农业的实施都具有重要的理论意义和应用价值。
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