植物病害

PCR技术在植物病害检测中的应用

Application of PCR Technology on the Detection of Plant Disease

基于BP网络的植物病害彩色图像的分割技术

Segmentation technology of color image about plant disease based on BP neural network

动植物病害传播极快。

Animal and vegetable pests propagate with extreme rapidity .

负二项理论抽样公式简化计算的关键是应求解公共k（kc）值，但植物病害的kc一般不易取得。

Extracting the common k-value is the crux of simplifying computer sampling formula of Negative Binomial Distribution .

纳米TiO2光半导体材料防治植物病害的初步研究

Primarily study on the application of nanometer TiO_2 photosemiconductor in preventing plant diseases

四川药用植物病害调查与病原鉴定I.主要栽培药用植物病害

Investigation on the diseases of medicinal plants in Sichuan province and pathogen identification I.A list of diseases of main cultivated medicinal plants

VA菌根与植物病害

VA Fungus and Plant Diseases

BotrYtiscinerea是引起植物病害的重要病原。

Botrytis cinerea is an important plants pathogen .

植物病害普遍率与严重度的关系：GompertZ衍生模型

Relationships between disease incidence and severity : a gompertz-derived model

为了进行温室植物病害的智能化防治，运用计算机图像处理技术对生产中常见的两种黄瓜病作了研究，比较了几种常见的色度学系统，以色调H作为颜色特征参数的研究域。

In order to carrying on the intelligent disease prevention and cure for glasshouse plants , this paper ( researched ) two kinds of familiar cucumber diseases in the method of picture processing .

由此可见，AbⅢ745-6菌株兼具防治植物病害和促进植物生长的潜能。

One could easily tell that strain Ab ⅲ 745-6 possesses both plant disease control and plant growth-promoting potential based on above bioassay results .

NMF菌群腐熟牛粪对植物病害及土壤微生物的影响

Effect of Decomposed Cow Dung by NMF Microbial Flora on Plant Diseases and Soil Microbes

以logistic模型为基础，以时间因子为媒介，推导出一个能准确描述植物病害I-S的logistic衍生模型。

Based on the famous logistic Model which can accurately describe the relationship between I and S of plant disease was deduced .

评述了我国近20a来所截获的植物病害动态。

This artic reviews the quarantine disease pest of plants from different countries in 20 years .

目前国内外对新月弯孢霉的研究主要集中在其对化合物RSA的羟基化生产氢化可的松和由其引起的玉米、水稻等植物病害上。

The study of Curvularia lunata mainly focused on its production of Hydrocortisone by hydroxylating compound RSA and its causing corn , rice and other plant disease at home and abroad recently .

栗疫病（Chestnutblight）是世界上最著名的森林病害之一，19世纪末20世纪初，该病使美洲板栗遭到全面灭种的威胁，成为植物病害摧毁自然物种的唯一例子。

Chestnut blight was one of the most notable diseases of forest on the world , which almost kill out the American chestnut tree only as an example for pathogen attacking its host .

植物病害I-S关系&logistic衍生模型的研究

Relationship Between I and S of Plant Disease Logistic Derivation Model

哈茨木霉（Trichodermaharzianum）是一种优秀的生防真菌，在植物病害，尤其是土壤传染病害的生物防治中有重要的应用价值。

Trichoderma . Harzianum was an antimicrobial strain . It had important applied value in the biocontrol of plant diseases , especially diseases infected through soil .

纳米TiO2光半导体材料是一种具有抗菌与环境净化功能的新型环境友好材料，试验首次探索了将其应用于植物病害防治的可能性。

Nanometer TiO_2 photosemiconductor is a new kind of environmental friendly material , which has been widely used in environmental cleaning and antibacterial fields . However , there are still no reports on application of nanometer TiO_2 ( photosemiconductor ) in preventing plant diseases .

将混合神经网络（PFNNFG）技术应用于植物病害预测，其输入矢量含模糊分量，遗传算法优化配置各参数。

This paper proposed a hybrid neural network based on parametric feedforward neural networks with fuzzy inputs configured by a genetic algorithm ( PFNNFG ) .

贵州省重点药用植物病害调查研究

Survey of Diseases of Medicinal Plant in Guizhou Province , China

植物病害诊断仪的传感机理研究

Research of the Sensor Mechanism of the Plant Diseases Diagnosis Instrument

云南茶树桑寄生科植物病害的研究

Sudies on Tea Diseases Caused by Loranthaceae in Yunnan , China

温度是许多植物病害发展的重要因素。

Temperature is important in the development of many plant diseases .

植物病害流行的生存模型及其参数估计

A survival model of plant disease epidemic and its parameter estimation

植物病害抗性基因克隆策略

Strategies for the cloning of plant genes conferring resistance to pathogens

重庆雾与酸雾对植物病害的影响

The effect of fog and acid fog in Chongqing 0n plant disease

植物病害疫情控制效果计算公式的改进

Improvement on the Calculation Formula of Plant Disease Control Effect

植物病害时空流行动态模拟模型的构建

Development of a stochastic model simulating spatio-temporal dynamics of plant disease epidemics

昆明园林植物病害病原的鉴定

An identification of germs of Kunming ground plants ' diseases