浙江林学院学报
浙江林學院學報
절강림학원학보
JOURNAL OF ZHEJIANG FORESTRY COLLEGE
2009年
6期
854-858
,共5页
王品维%童森淼%廖文莉%马建义%沈哲红%叶良明
王品維%童森淼%廖文莉%馬建義%瀋哲紅%葉良明
왕품유%동삼묘%료문리%마건의%침철홍%협량명
植物源农药%竹焦油%抑菌活性%植物病原真菌%生长速率法
植物源農藥%竹焦油%抑菌活性%植物病原真菌%生長速率法
식물원농약%죽초유%억균활성%식물병원진균%생장속솔법
plant pesticide%bamboo tar%inhibitory activity%phytopathogenic fungi%growth rate method
以竹炭生产副产物竹焦油为活性成分,采用菌落生长速率法测定了竹焦油对12种植物病原真菌的抑菌活性.室内盆栽药效试验表明,体积分数50%竹焦油乳油在质量浓度为2 000 mg·L~(-1)对黄瓜白粉病sphaerotheca fuliginea的预防效果达到79.13%.治疗效果达到78.36%;对黄瓜灰霉病Botrytis cinema的预防效果和治疗效果分别为42.38%和46.98%.其防效与对照药剂200mg·L~(-1)三唑酮没有显著差异.竹焦油具有较好的抑菌活性.表5参15
以竹炭生產副產物竹焦油為活性成分,採用菌落生長速率法測定瞭竹焦油對12種植物病原真菌的抑菌活性.室內盆栽藥效試驗錶明,體積分數50%竹焦油乳油在質量濃度為2 000 mg·L~(-1)對黃瓜白粉病sphaerotheca fuliginea的預防效果達到79.13%.治療效果達到78.36%;對黃瓜灰黴病Botrytis cinema的預防效果和治療效果分彆為42.38%和46.98%.其防效與對照藥劑200mg·L~(-1)三唑酮沒有顯著差異.竹焦油具有較好的抑菌活性.錶5參15
이죽탄생산부산물죽초유위활성성분,채용균락생장속솔법측정료죽초유대12충식물병원진균적억균활성.실내분재약효시험표명,체적분수50%죽초유유유재질량농도위2 000 mg·L~(-1)대황과백분병sphaerotheca fuliginea적예방효과체도79.13%.치료효과체도78.36%;대황과회매병Botrytis cinema적예방효과화치료효과분별위42.38%화46.98%.기방효여대조약제200mg·L~(-1)삼서동몰유현저차이.죽초유구유교호적억균활성.표5삼15
Fungicidal activity of bamboo tar against the phytopathogenic fungi Sphaerotheca fuliginea, Botrytis cinerea, and A hernaria solani, Fusarium graminearum, Rhizoctonia solani, Valsa mall, Sclerotinia sclerotiorum, Pyricularia oryzae, Bipolaris maydis, Fusarium oxysporum f. vasinfectum, Fusarium oxysporum f. cucumerinum, Venturia nashicola, Glomerella cingulata was tested using the colony growth diameter test method and using potted plants in a greenhouse. A comparison of bamboo tar at 2 000 mg·L~(-1) and methyl 2-[(4, 5-dihydro-4-methyl-5-oxo-3-propoxy-1H-1, 2, 4-triazole-1-carboxamido)sulfonyl]benzoate at 200 mg·L~(-1) using the control was made. Results for bamboo tar showed that against Sphaerotheca fuliginea the preventive effect was 79. 1%and the curative effect was 78. 4%;whereas for Botrytis cinerea the defensive effect was 42. 4%and the curative effect was 46. 9%. However, no significant differences were observed between bamboo tar and triadimefon(P<0. 05). These results demonstrated that bamboo tar had anti-fungal actions and may be a new potential agricultural fungicide in future. [Ch, 5 tab. 15 ref. ]