摘要
“秸秆生物反应堆”技术是在日光温室内建造反应池,通过生物技术将玉米、杂草等秸秆转化为蔬菜生长所需的CO2、热量、抗病孢子、无机及有机养料,达到番茄高产优质早熟无公害。2003-2005年在临淄区日光温室番茄大棚内推广外置式“秸秆生物反应堆”405个,转化135hm2玉米秸秆2025 t,番茄平均增产40.1%,同时减少化肥投入33.35%,农药44.5%,投入产出比1:10-15,经济、生态和社会效益显著。
The technique of straw bio - reactor can reach the goal of tomato of high yield, high quality, earliness, and harmless by biologic technique which convert the straw of corn , weed into CO2, heat energy, spores against diseases and nutriments for vegetable growth. The experiments extend in Linzi District in 2003 - 2005 reach the amount of 405, convert corn straw for 135hm^2, add up to 2025t , the increase of tomato yield reached 40.1 percent, at the same time, the use of fertilizer reduced 33.35 percent, pesticide 44.5 percent, the ratio of investment and output is 1 ： 10 - 15, the benefit of economy, zoology and social is prominent.
出处
《安徽农学通报》
2007年第8期82-83,共2页
Anhui Agricultural Science Bulletin
基金
淄博市财政支农专项资金资助
