root rot
烂根病,[植保] 根腐病
2026-03-22 07:10 浏览次数 18
烂根病,[植保] 根腐病
root rust rot disease锈腐病
soybean root-rot大豆根腐病
root andstalk rot玉米白穗腐烂
root-rot atrophy根腐病
Fusarium root-rot根腐萎蔫病
root rust rot锈腐病
root-rot of conifers松柏类根腐病
Aloe root-rot芦荟根腐病
foot rot[兽医] 腐蹄病;根腐病
baofengdong 8 has strong logging resistance, better drought resistance and diseases resistance such as damping-off, root rot and powdery mildew than zhongwan 6.
抗倒伏性强,抗旱性良好,成熟时不裂荚,对猝倒病、根腐病、白粉病抗性优于主栽品种中豌6号。
symptoms of crown and root rot of alfalfa.
苜蓿根和根颈腐烂病的癥状。
the infestation of avocado root rot disease is not visually detectable.
鳄梨树根腐病的感染用视觉是无法探测出来的。
the disease index of soybean root rot was reduced. the plant height, stem diameter, root numbers, dry matter accumulation and yield were increased.
结果表明,带状垄体垄沟深松技术能减轻大豆根腐病的发生,并且使大豆株高、茎粗、根数明显增加,干物质积累量增加。
however, because of the frequent raining and poor permeability of the soil in southern areas, the root rot of alfalfa is serious, becoming a primary factor of production decrease.
但是南方雨水多,土壤通透性不好,根腐病危害十分严重。根腐病已成为影响苜蓿产量下降和植株衰败的一个极其重要的原因。
it was showed by field investigation and control experiment that the root rot disease of actinidia chinensis was more severe in orchards with old trees than those with young trees.
对猕猴桃根腐病发生规律田间调查及防治试验研究结果表明:老龄园发病重于幼树园;
influence of root exudations on pathogenic fungi produced by root rot and seed germination in continuous cultivated soybean was studied by sand culture, water culture and indoor culture experiments .
采用砂培、水培和室内培养等方法研究了连作大豆根分泌物对根腐病病原菌及种子萌发的影响。
soybean phytophthora root rot ( phytophthora sojae kauf. et gerde) has occurred in some provinces in china and causes severe losses in heilongjiang province.
大豆疫霉根腐病在中国的发生区域逐渐扩大,局部地区发生严重。
panax notoginseng root rot was a general disease caused by different pathogens with varied symptom.
三七根腐病是由多种痛原菌引起的,表现出不同根腐癥状类型的病害总称。
allelopathy of phthalic acid and propanedioic acid of root exudations of soybean on pathogenic fungi producing by root rot was studied by indoors culture experiments and statistical method.
采用室内培养和统计分析相结合的方法研究了大豆根分泌物中的邻苯二甲酸和丙二酸对根腐病病原菌的化感作用。
huber, d. m. , cheng, m. w. , and winsor, b. a. 2005. association of severe corynespora root rot of soybean with glyphosate-killed giant ragweed. phytopathology 95, s45.
大豆剧烈棒抱叶斑病根烂与草甘膦杀死超巨豚草的关联。植物病理学95,s45。
the pathogenic biological characteristics of sessileflower acanthopanax root rot was studied in this paper.
对短梗五加根腐病病原菌进行了生物学特性研究。
this disease usually infects plant roots causing severe root rot and even the whole plant of plants dead and results in significant economic losses.
该病侵染植株根部,严重时引起植株根部腐烂乃至全株枯死,造成重大经济损失。
many plant disease resistance genes including several phytophthora root rot resistance genes in soybean have been mapped with molecular marker.
随着分子标记技术的发展和广泛应用,包括抗大豆疫霉根腐病基因在内的许多植物抗病基因被分子定位和作图。
the effect of this strain on seedling root rot of soybean was also tested in pot experiment.
的拮抗作用,并利用盆栽试验研究了黄绿木霉对苗期大豆根腐病发生的影响。
the screening wheat mutant which has the resistance to root rot was completed in 37 varieties by in vitro induction mutation method.
利用离体诱变方法,对37份材料进行了抗根腐病突变体的离体筛选。
you may indeed avoid root rot with a super fast draining mix but you will also avoid normal growth as your plants will slow to a glacial pace.
你当然可以照此选用干的特别快的介质预防烂根,但这样也预防了植物的正常生长,排水性过好的介质会让你的多肉长得像冰川移动那么慢。
wheat varieties growing in the middle of filling stage is the most suitable for defermining the varietal resistance to root rot disease in the field.
小麦品种或株期对根腐病的抗病性,宜在小麦灌浆中期,调查记载平均病斑型、感病叶普遍率和平均严重率。
soybean cv. zaoshu18 has been identified as an effective source resistant to phytophthora root rot of soybean.
大豆品种早熟18是抗疫霉根腐病的有效抗源。
the epidemic law and control of citrus root rot disease in the district of shaoyang, hunan were studied.
对湖南邵阳地区柑桔根腐病的流行规律及防治进行了研究。
strawberry root rot is one of the most important root diseases on strawberry, especially in continuous cropping fields.
草莓根腐病是草莓根部重要病害,特别是在多年种植草莓的重茬地块,严重时可造成整个草莓园区的毁灭。
both t. hamatum t382 and t. harzianum t22 reduced root rot severity, improved plant growth, and reduced pathogens on roots during transplant production.
育苗期间,木霉t382和t22都能有效的减少根腐病发生、促进植株生长、降低根部病原菌密度。
the beet root rot disease which is caused by fusarium is one of the main reasons that causes the beet root tuber rot.
甜菜镰刀菌根腐病是引起甜菜块根腐烂的主要原因之一。
root rot is a serious problem in such a situation.
在这种情况下根部腐烂是一个很严重的问题。
screening for antagonistic isolates against root rot disease has been carried out in the laboratory and greenhouse.
本文以我国大豆根腐病的主要致病菌镰刀菌为目标进行了拮抗菌的室内筛选及温室测定。