CAJ | 학술논문

通过应用秸秆生物反应堆技术，以植物疫苗代替农药、农作物秸秆代替化肥，在连作障碍严重的大棚樱桃番茄地上应用，能够有效地提高地温，增加棚内CO2浓度，促进作物生长发育，改善蔬菜地土壤微生物系统，改良土壤，减轻病虫害的发生，有效克服蔬菜地连作障碍，提高产品品质、产量和经济效益，增产和增收率分别达33.65%和34.06%。
통과응용갈간생물반응퇴기술，이식물역묘대체농약、농작물갈간대체화비，재련작장애엄중적대붕앵도번가지상응용，능구유효지제고지온，증가붕내CO2농도，촉진작물생장발육，개선소채지토양미생물계통，개량토양，감경병충해적발생，유효극복소채지련작장애，제고산품품질、산량화경제효익，증산화증수솔분별체33.65%화34.06%。
In this paper, we took advantage of straw biological reactor technology, and replaced pesticides and fertilizers by plant vaccine and straw, then applied this technology on continuous cropping obstacle of cherry tomato in greenhouse. The results showed that, this technology could effectively increase ground temperature, raise consistency of carbon dioxide in greenhouse, promote plant growth, improve soil microbial system, control disease and pest and overcome continuous cropping obstacle of vegetable. Furthermore, it also could improve product quality, yield and economic benefit, with yield and income increased by 33.65%and 34.06%respectively.