农作物病虫害,crop pests
1)crop pests农作物病虫害
1.Illustrations with real examples of using ecological regulation strategies againstcrop pests in China;我国农作物病虫害生态调控实例分析
2.Based on the summarization of the present situation of the remote diagnostics and identification technique ofcrop pests (RDIS), its application scope and technical developments were analyzed, the structure, formation, functioning way and developing foreground of RDIS were also described by taking the RDIS of Sichuan plant protection station as an example.在概述农作物病虫害远程诊断技术的现状,分析远程诊断技术的实现基础及技术途径的基础上,以四川省植保站建立的农作物病虫害远程诊断系统为例,介绍了该系统的结构、组成、运行方式、发展方向。
3.A Web -database system for consultancy oncrop pests is described in its development technology,structural and functional features,and its managerial and operational methods.本文介绍了农作物病虫害远程咨询服务系统的开发路线,系统的特点、结构和功能,系统的管理和使用。
英文短句/例句
1.Research on Meteorological Forecasting Scheme of Main Crop Pests;主要农作物病虫害气象预报方法研究
2.The Strategy for Adjustment of Agriculture Structure and Natural Disaster Reduction;农业结构调整与农作物病虫害减灾对策
3.The future of bio-control technology of crops diseases and insect pests was prospected.展望了农作物病虫害生物防治技术的发展前景。
4.Based on Remote Sensing of the Crop Diseases and Pest Monitoring Method Study;基于遥感的农作物病虫害监测方法研究
5.Research on Crop Diseases and Pests Diagnose Based Neural Network;基于神经网络的农作物病虫害诊断方法研究
6.Design and Realization of Crop Pests Automatic Forecasting Systems农作物病虫害自动测报系统的设计与实现
7.Design of Crops Diseases and Pests Diagnose System Base on J2EE基于J2EE的农作物病虫害诊断系统设计与实现
8.Impact of Climate Change on Occurrence and Development Trends of Crop Insects and Diseases气候变化对农作物病虫害发生发展趋势的影响
9.Study and Practice of Agricultural Technology Extension for Good Agricultural Practiceon Crop Pest Control in Tongxiang County;桐乡市农作物病虫害无害化治理技术研究和推广实践
10.Status of Machinery Control of Crop Pest and Disease and the Development Countermeasures in Liaoing Province;辽宁农作物病虫害机械化防治服务体系现状与发展对策
11.Review of research on pests forecast based on weather基于气象视角的农作物病虫害预测预报研究概况
12.Entomogenous fungus is an important pathogenic germs of crop pests and is ubiquitous in natural environment.虫生真菌是农作物害虫的一类重要致病菌,广泛分布于自然界。
13.8. Within seven years, basically eliminate a dozen or so insect pests and plant diseases harmful to crops.(八)在七年内，基本上消灭十几种不利于农作物的虫害和病害。
14.Plant diseases and insect pests forecasting, along with prevention and cure effectively and in time are crucial factor for crop"s natural growth and high yield.农作物病虫草害及时、有效的预测与防治是确保农作物正常生长发育、高产高销的重要因素。
15.small slender-winged moths whose larvae are agricultural pests.身体瘦长的小蛾子，其幼虫是农作物的害虫。
16.There are three departments in IPP, namely Department of Plant Diseases, Department of Agricultural Pests, as well as Department of Agro-chemicals.全所共设三个系，即植物病害系、农业害虫系和农药系。
17.The Research of Biopesticide Application Technique for Controlling Main Plant Diseases and Insect Pests in Rice;生物农药防治水稻主要病虫害应用技术研究
18.Control Effects of Mixtures of Biopesticide and Chemical Pesticide on Diseases and Pests in Aromatic Rice生物农药配施对香稻病虫害的防治效果
相关短句/例句
crop diseases and insect pests农作物病虫害
1.Buildup and application of multi-factor spatial interpolation model in the monitoring and warning system forcrop diseases and insect pests;多因子空间插值模型在农作物病虫害监测预警系统中的构建及应用
3)Crop pest control农作物病虫害防治
4)crop pests农作物害虫
5)Crop diseases and pests作物病虫害
1.Construction of a Web GIS-based forecast system of crop diseases and pests;基于WebGIS的作物病虫害监测预报系统构建
6)crop diseases农作物病害
1.Progresses on the research of biological control incrop diseases were summarized.综述了农作物病害生物防治的研究进展,包括有益微生物的利用、微生物代谢物的应用、抑病土和根系分泌物的利用、诱导寄主产生抗性和生物技术在生物防治中的应用。
2.Then it is applied to predict and forecast thecrop diseases in the 850 State-farm of Heilongjiang and the results are according with actualities.本文把预测问题化为灰色聚类分析问题,应用在黑龙江850农场农作物病害预测预报工作中,取得了符合实际的结果。
延伸阅读
《农作物种子检验规程》系列标准《农作物种子检验规程》系列标准Rules for Agricultural Seed Testing陇闪Z‘‘人切JZ比拍921 Jianyan Guieheng xilie bicozhun《农作物种子检验规程》系列标准(双以公for心成以‘盯以%26记Test吨)确定种子品种和种用价值，促进农业生产的一种检验手段。种子是一种有生命的生物产品，其品质检验不同于非生物产品那样能准确地加以鉴定。因而在进行种子贸易、交换和使用中，对同一批种子采用的检验方法应具有较高的准确性和再现性。为此目的，特别是为让农民使用品质好的种子，颁布了国家标准《农作物种子检验规程》(CBIT 3543一1卯5)。该标准不仅规范了种子田间检验和室内检验方法中的传统作法，而且还参照美国、加章大和澳大利亚等国家标准，在种子的净度检验、纯度检验、发芽实验和种子生活力测定等方面采用了一些国际上的先进科学方法。例如，在种子生活力的测定中，采用了“靛红染色法”，其原理是根据有生命力的种子的胚细胞原生质，有选择渗透的能力，使苯胺染料不能进人活细胞内部，因此不染色，而死细胞原生质则无此能力，故被染成蓝色，由此可鉴定有生活力和无生活力的种子。再如，在品种纯度检验中使用石炭酸染色法等均是运用现代科学技术，使农作物种子检验规范化，从而确保农作物种子的品质，为中国农业产品的优质高产提供了先决条件。(陈志田)
