The two species effectively team up to break down young rice plants for their nutrients, causing a plant disease known as rice seedling blight.
这两个物种有效地合作，来分解水稻的幼苗作为它们的营养来源，造成一种叫水稻立枯病的植物病害。
At first extracting features of chromaticity moments was done then classification method of SVM for recognition of plant disease was discussed.
首先利用色度矩提取植物病害叶片的特征向量，然后利用支持向量机分类方法进行病害的识别。
Scab any plant disease that produces dry raised scab like lesions due to the formation of cork layers.
疮痂病：由于植物木栓层增生而形成干燥、隆起、痂样创伤的植物疾病。
Canker a localized plant disease in which there is considerable necroses of the cortex tissue especially in woody plants which becomes surrounded by layers of callus tissue.
溃疡病：是由植物的局部皮层坏死引起的疾病，常见于木本植物中，溃疡处常常被愈伤组织所包围。
A plant disease caused by the ergot fungus.
由于麦角真菌导致的一种植物。
Is to restrict the normal operation of highway subgrade pavement disease factors, so to strengthen the prevention of common subgrade pavement plant disease plays an important role.
路基路面的病害便是制约公路正常运营的因素，因此加强对路基路面常见病害的防治具有重要的作用。
Chitinase and glucanase are very important in plant disease biological control.
几丁质酶和葡聚糖酶在植物病害生物防治作用中具有重要的作用。
In this paper, classification method of SVM for shape recognition of plant disease spot was discussed.
该文讨论了支持向量机分类方法应用于植物病斑形状识别。
A plant disease, usually caused by fungi, that produces minute spots on leaves and stems.
一种植物病，通常由真菌引起，在植物的叶和茎上产生小斑点。
At first, extracting features of chromaticity moments was done, then classification method of SVM for recognition of plant disease was discussed.
首先利用色度矩提取植物病害叶片的特征向量，然后利用支持向量机分类方法进行病害的识别。
This was beneficial to cooperative role of the mentioned two antagonists in plant disease control, and also showed that two antagonists had combination possibility in biocontrol of pine blight.
这种状况有利于二者在植物病害生物防治中协同作用的发挥，表明了两种微生物在松赤枯病生物防治中联合作用的可能性。
Objective Handle plant disease type and region in Alashan desert grassland.
目的掌握阿拉善荒漠草原植物病害的种类及区系。
According to the features of color texture image of plant disease, recognition of plant disease using support vector machine (SVM) and chromaticity moments was introduced.
针对植物病害彩色纹理图像的特点，提出将支持向量机和色度矩分析方法相结合应用于植物病害识别中。
Phytotoxin, one of the most important factors of fungal disease which is the major plant disease, is paid much attention to.
植物真菌病害是植物的主要病害，毒素作为引发病害的重要因子之一而受到广泛的注意。
Types and technological principles of gene chips were reviewed, and the problems and prospect of gene chips in plant disease testing and genetically modified organisms detecting were also discussed.
介绍了基因芯片的类型和制作原理。探讨了基因芯片在植物病害检测和转基因检测中存在的问题和应用前景。
Their ability to produce antifungal compounds that limit growth and activity of plant pathogenic fungi make them ideal candidates for plant disease control.
木霉菌能产生抑制植物病原真菌生长与活力的抗菌物质，是理想的植物病害生物防治菌。
The comparison of different kernel functions for SVM shows that liner kernel function is most suitable for shape recognition of plant disease spot.
不同分类核函数的相互比较分析表明，线性核函数最适于植物病害的分类识别。
Any plant disease in which the central part of a plant rots.
植物的中心部分腐烂的一种病症。
The agriculture study has been focused on biocontrol of plant disease for a long time.
植物病害生物防治一直是农业研究的热点。
Experts also argue that an increase in plant disease and the deterioration of the environment have been triggered, partly, by years of chemical fertilizer use.
专家还称，长期使用化肥是导致环境恶化以及农作物患病率增加的原因之一。
Natural causes include drought, flooding, unfavourable weather conditions, plant disease, and insect infestation.
天然原因包括干旱、洪水泛滥、天候异常、虫害和植物疾病等。
Most of plant disease resistance (r) genes cloned so far belong to NBS LRR group which contains nucleotide binding sites (NBS) and a leucine rich repeat (LRR).
大部分已克隆的植物抗病基因都包含有核苷酸结合位点区(NBS)和富含亮氨酸的重复序列区(LRR)。
It is the first report of obtaining partial sequences of plant disease resistance gene by using antibody probe in the world, which provides a basis of cloning the whole gene encoding API protein.
在国内外首次利用抗体探针获得了植物抗病蛋白编码基因的部分序列，为进一步克隆全长的API蛋白基因奠定了基础。
It is the first report of obtaining partial sequences of plant disease resistance gene by using antibody probe in the world, which provides a basis of cloning the whole gene encoding API protein.
在国内外首次利用抗体探针获得了植物抗病蛋白编码基因的部分序列，为进一步克隆全长的API蛋白基因奠定了基础。
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