期刊文献+
共找到6篇文章
< 1 >
每页显示 20 50 100
塑造绿色产品 用低残留农药--硫丹防治地下害虫蛴螬的施药技术
1
作者 邢华 许乾 《农化新世纪》 2004年第7期27-27,共1页
关键词 绿色产品 低残留农药 硫丹 地下害虫 蛴螬防治 花生
下载PDF
几种药剂拌种对防治花生蛴螬效果的比较 被引量:2
2
作者 杨俊忠 印玉海 王书勤 《农业开发与装备》 2022年第2期149-151,共3页
为鉴定高巧(600 g/L吡虫啉悬浮种衣剂)、佳田佳盛(30%毒死蜱微胶囊悬浮剂)等几种种衣剂用于防治花生蛴螬的成效差异,找到适宜本地使用的药剂类型,以提高对花生蛴螬的防治成效、并实现防治措施的简化。与有关农资企业相联合,共同设计并... 为鉴定高巧(600 g/L吡虫啉悬浮种衣剂)、佳田佳盛(30%毒死蜱微胶囊悬浮剂)等几种种衣剂用于防治花生蛴螬的成效差异,找到适宜本地使用的药剂类型,以提高对花生蛴螬的防治成效、并实现防治措施的简化。与有关农资企业相联合,共同设计并展开了该项试验。 展开更多
关键词 花生 药剂拌种 蛴螬防治 效果分析
下载PDF
白僵菌防治蛴螬的室内试验 被引量:1
3
作者 肖云宝 《黑河科技》 1997年第4期8-9,共2页
关键词 蛴螬防治 白僵菌 甜菜蛴螬 防治
下载PDF
不同药剂对花生田蛴螬的防治效果评价 被引量:5
4
作者 刘华 王永青 +1 位作者 郭庆海 毛爱华 《农业开发与装备》 2020年第12期127-129,共3页
为科学有效控制花生田间蛴螬危害,通过田间试验比较了噻虫胺、吡虫啉、金龟子绿僵菌和辛硫磷等4种杀虫剂对花生蛴螬的防治效果及保果效果。结果表明:4种药剂对蛴螬均具有防治效果,尤以两次防治效果最佳。18%噻虫胺FS播前拌种,于下针期使... 为科学有效控制花生田间蛴螬危害,通过田间试验比较了噻虫胺、吡虫啉、金龟子绿僵菌和辛硫磷等4种杀虫剂对花生蛴螬的防治效果及保果效果。结果表明:4种药剂对蛴螬均具有防治效果,尤以两次防治效果最佳。18%噻虫胺FS播前拌种,于下针期使用100亿孢子/g金龟子绿僵菌CQMa128EP或50%辛硫磷EC粗喷雾综合防治效果没有差异,其杀虫及保果效果分别为96.29%、97.76%和90.80%、90.94%。在生产上防治花生田蛴螬时,建议选用18%噻虫胺FS播前拌种+100亿孢子/g金龟子绿僵菌CQMa128EP(或50%辛硫磷EC)下针期粗喷雾两次防治。 展开更多
关键词 花生 蛴螬 防治效果
下载PDF
绿僵菌R8-4菌株大量培养固相阶段的条件 被引量:13
5
作者 农向群 涂雄兵 +1 位作者 张泽华 李存焕 《中国生物防治》 CSCD 北大核心 2007年第3期228-232,共5页
研究了昆虫病原真菌绿僵菌R8-4菌株液固两相法培养过程中固相培养阶段的条件,包括培养基载体、接种量、接种后基质含水量、培养过程中的温度、光照、通气量等因素对产孢量的影响。结果表明:蛭石和稻壳均可作为固相培养的优良载体,以蛭... 研究了昆虫病原真菌绿僵菌R8-4菌株液固两相法培养过程中固相培养阶段的条件,包括培养基载体、接种量、接种后基质含水量、培养过程中的温度、光照、通气量等因素对产孢量的影响。结果表明:蛭石和稻壳均可作为固相培养的优良载体,以蛭石为载体的产孢量稍高于稻壳。玉米粉和麦麸组合是该菌的良好营养源,与不同载体配合均可使产孢量达到20×108孢子/g以上;以小米提供营养的不如麦麸加玉米粉,当小米与载体的质量比大于3∶1可获得15×108孢子/g的产孢量。液固接种比以8∶10最佳;接种后适宜的基质含水量约为55%,产孢量达28.9×108孢子/g;在培养过程中,恒温培养时以25℃为宜;最佳温度调节方式是先在25℃下培养16d后转移到21℃下再培养5d,可获得最高产孢量;光照调节对菌株生长和产孢有重要影响,培养前期在暗环境培养14d,再于光照培养7d的产孢量最高;高通气量利于菌株生长和产孢,应保持容器通气口通畅,培养基厚度以<4cm为宜。 展开更多
关键词 绿僵菌 固相培养 大规模生产 蛴螬防治
下载PDF
The Use of Sludge from Cow Manure Biodigester as Fertilizer and Carrier of Cordyceps sp. for White Grub Pest Control
6
作者 Ambar Pertiwiningrum Ngesti Hidayah Siti Syamsiah 《Journal of Agricultural Science and Technology(A)》 2016年第3期149-153,共5页
Processing cow manure into biogas is a solution to reduce air pollutant, because it reduces the smell of the manure up to 70%. Besides producing biogas, the sludge of biodigester can also serve as solid and liquid fer... Processing cow manure into biogas is a solution to reduce air pollutant, because it reduces the smell of the manure up to 70%. Besides producing biogas, the sludge of biodigester can also serve as solid and liquid fertilizer. The solid fertilizer can be used as carder of entomopathogenic fungi to control the pest which lives underground. The research aimed to investigate the benefits of biodigester sludge as fertilizer and carrier of entomopathogenic fungi (Cordyceps sp.) to control white grub pest. The use of organic fertilizer and pesticide in the cultivation can minimize the environmental hazard. The method used in the study was completely randomized design with four treatments, which were the addition of Cordyceps sp. corn media as much as 0, 10, 20 and 30 g/kg of sludge. Every addition was repeated three times to corn planted in a tub. To examine the effect of the treatments, the data were analyzed with ANOVA and Duncan test was applied when differences occurred between treatments. The results of the research showed that the nutrients contained in the manure which had been processed into biogas were not lost. The plants cultivated in the planting medium supplemented with sludge grew healthier, bigger, taller and had stronger and longer roots. On the contrary, the plants cultivated without sludge addition were vulnerable to white grub attack. The Cordyceps sp., which was added into the sludge, was effective to control the white grub. The concentration of Cordyceps sp. as much as 20 g/kg of sludge in corn planting medium was the most effective concentration to control white grub pest. 展开更多
关键词 SLUDGE POLLUTION FERTILIZER organic pesticide Cordyceps sp..
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部