安徽农学通报
安徽農學通報
안휘농학통보
AUHUI AGRICULTURAL SCIENCE BULLETIN
2014年
1期
130-131
,共2页
稻鸭共育技术%田间示范%增产增收
稻鴨共育技術%田間示範%增產增收
도압공육기술%전간시범%증산증수
Rice-duck farming technology%Field demonstration%Production increase
通过田间实验，进行了稻鸭共育技术应用研究。结果显示：每667m2稻田放养25只鸭子，稻鸭共生期60～70d，以鸭粪肥田，基本能满足水稻生长所需的追肥；除草、除虫效果显著，可以取代化学除草和减少病虫害药剂防治，促进稻田生态良性循环。水稻产量增加，效益可观，因此本地区适合稻鸭共育技术大面积的推广。
通過田間實驗，進行瞭稻鴨共育技術應用研究。結果顯示：每667m2稻田放養25隻鴨子，稻鴨共生期60～70d，以鴨糞肥田，基本能滿足水稻生長所需的追肥；除草、除蟲效果顯著，可以取代化學除草和減少病蟲害藥劑防治，促進稻田生態良性循環。水稻產量增加，效益可觀，因此本地區適閤稻鴨共育技術大麵積的推廣。
통과전간실험，진행료도압공육기술응용연구。결과현시：매667m2도전방양25지압자，도압공생기60～70d，이압분비전，기본능만족수도생장소수적추비；제초、제충효과현저，가이취대화학제초화감소병충해약제방치，촉진도전생태량성순배。수도산량증가，효익가관，인차본지구괄합도압공육기술대면적적추엄。
The effect of rice-duck farming technology has been conducted through field experiment,the re-sults show: if 25 ducks would be stocking in every 667m2 rice farms,the symbiosis time of rice and duck would be approximately 60~70 days and the excrement of ducks would satisfy the top application of rice. Weeding,pest control effectiveness was so apparent that chemical weeding and chemical control of insect pests could be reduced or even repalced.Rice-duck farming technology could promote the benign cycle in paddy field ecosystem and increase production.As a result this area is suitable for Rice-duck farming tech-nology and should be applied extensively.
