生态经济
生態經濟
생태경제
Ecological Economy
2015年
4期
107~113
,共null页
吕杰 王志刚 郗凤明 邴龙飞 王美玲
呂傑 王誌剛 郗鳳明 邴龍飛 王美玲
려걸 왕지강 치봉명 병룡비 왕미령
循环农业 畜禽粪便 资源化利用 有机肥
循環農業 畜禽糞便 資源化利用 有機肥
순배농업 축금분편 자원화이용 유궤비
circular agriculture; livestock manure; recycling; organic fertilizer
我国畜禽养殖业规模化和集约化程度越来越高,大量畜禽粪便排放导致环境污染日趋严重,阻碍了农业可持续发展。文章以区域畜禽养殖农户和有机肥企业的实地调查及年鉴数据为基础,概述畜禽粪便资源化利用现状,对比畜禽粪便和施用化肥所含养分总量,分析畜禽粪便资源化利用程度低等问题。结果表明:研究区畜禽粪便资源总量为129.23万吨,商品化有机肥资源仅占总量的8.13%,农民直接购买用于传统肥料占总量的55.87%,闲置丢弃畜禽粪便约达36.00%,有机肥资源浪费较大,畜禽粪便污染较为严重;从2006-2012年畜禽粪便所含养分量与同期施用化肥养分量的平均替代率为55.55%,畜禽粪便资源化发展潜力巨大。基于此结果,提出了相关对策建议。
我國畜禽養殖業規模化和集約化程度越來越高,大量畜禽糞便排放導緻環境汙染日趨嚴重,阻礙瞭農業可持續髮展。文章以區域畜禽養殖農戶和有機肥企業的實地調查及年鑒數據為基礎,概述畜禽糞便資源化利用現狀,對比畜禽糞便和施用化肥所含養分總量,分析畜禽糞便資源化利用程度低等問題。結果錶明:研究區畜禽糞便資源總量為129.23萬噸,商品化有機肥資源僅佔總量的8.13%,農民直接購買用于傳統肥料佔總量的55.87%,閒置丟棄畜禽糞便約達36.00%,有機肥資源浪費較大,畜禽糞便汙染較為嚴重;從2006-2012年畜禽糞便所含養分量與同期施用化肥養分量的平均替代率為55.55%,畜禽糞便資源化髮展潛力巨大。基于此結果,提齣瞭相關對策建議。
아국축금양식업규모화화집약화정도월래월고,대량축금분편배방도치배경오염일추엄중,조애료농업가지속발전。문장이구역축금양식농호화유궤비기업적실지조사급년감수거위기출,개술축금분편자원화이용현상,대비축금분편화시용화비소함양분총량,분석축금분편자원화이용정도저등문제。결과표명:연구구축금분편자원총량위129.23만둔,상품화유궤비자원부점총량적8.13%,농민직접구매용우전통비료점총량적55.87%,한치주기축금분편약체36.00%,유궤비자원낭비교대,축금분편오염교위엄중;종2006-2012년축금분편소함양분량여동기시용화비양분량적평균체대솔위55.55%,축금분편자원화발전잠력거대。기우차결과,제출료상관대책건의。
The scale and intensive livestock levels are increasing in China, The environmental pollutions resulted from large livestock excrement emissions are serious, which has hindered sustainable agricultural development. Based on Shenyang Rural Statistical Yearbook and regional field surveys data of livestock farmers and organic fertilizer companies, the paper summarizes livestock manure utilization status, compares the total nutrient of livestock manure with fertilizer, and analyzes the issues as low resource utilization ratio of livestock manure. The results show that: the total of livestock manure in the study area is 1.29 million tons; the commercial organic fertilizer utilization account for 8.13%, farmers purchase directly for traditional fertilizer account for 55.87%; dumped livestock manure account for 36.00%, and the Organic fertilizer resource wasting and livestock manure pollution are more serious; The average replacement rate of livestock manure nutrient to fertilizer nutrient is 55.55% from 2006-2012, so the livestock manure recycling potential is large. Based on the foregoing analysis, relative suggestions are put forward.