新疆农业科学
新疆農業科學
신강농업과학
XINJIANG AGRICULTURAL SCIENCES
2009年
6期
1311-1317
,共7页
王显瑞%安沙舟%李学贤%刘小卡
王顯瑞%安沙舟%李學賢%劉小卡
왕현서%안사주%리학현%류소잡
农场%种养殖结构%模式优化%线性规划
農場%種養殖結構%模式優化%線性規劃
농장%충양식결구%모식우화%선성규화
farm%growing and cultivation structure%mode optimize%linear plan
[目的]通过对井灌区的生产模式进行调查研究,找出伊犁察布查尔县种羊场井灌区农场(户)最优农业生产结构模式.[方法]设计了两年三熟+养殖的系统,运用线性规划对模式进行了优化,对6种生产模式进行了评价.[结果]两年三熟+育肥牛(羊)模式分别比单独种植小麦模式要高5 479.80(8 959.15)元/2年·hm~2.[结论]两年三熟+育肥牛(羊)模式为伊犁河谷南岸大渠的土地开发提供了良好的农业生产模式,不但为减轻天然草场放牧压力提供了解决方案,而且有利于经济效益、生态效益、社会效益的提升,有利于伊犁河谷农业和畜牧业的可持续发展.
[目的]通過對井灌區的生產模式進行調查研究,找齣伊犛察佈查爾縣種羊場井灌區農場(戶)最優農業生產結構模式.[方法]設計瞭兩年三熟+養殖的繫統,運用線性規劃對模式進行瞭優化,對6種生產模式進行瞭評價.[結果]兩年三熟+育肥牛(羊)模式分彆比單獨種植小麥模式要高5 479.80(8 959.15)元/2年·hm~2.[結論]兩年三熟+育肥牛(羊)模式為伊犛河穀南岸大渠的土地開髮提供瞭良好的農業生產模式,不但為減輕天然草場放牧壓力提供瞭解決方案,而且有利于經濟效益、生態效益、社會效益的提升,有利于伊犛河穀農業和畜牧業的可持續髮展.
[목적]통과대정관구적생산모식진행조사연구,조출이리찰포사이현충양장정관구농장(호)최우농업생산결구모식.[방법]설계료량년삼숙+양식적계통,운용선성규화대모식진행료우화,대6충생산모식진행료평개.[결과]량년삼숙+육비우(양)모식분별비단독충식소맥모식요고5 479.80(8 959.15)원/2년·hm~2.[결론]량년삼숙+육비우(양)모식위이리하곡남안대거적토지개발제공료량호적농업생산모식,불단위감경천연초장방목압력제공료해결방안,이차유리우경제효익、생태효익、사회효익적제승,유리우이리하곡농업화축목업적가지속발전.
[Objective]To find the better structure mode of agricultural production of the Farm in the Jingguanqu of Chabuchaer county of Ili River Valley ,the mode of Jingguanqu were investigated and discussed, [Method]some mode about three harvests in two years and livestock were designed, [Result]the modes were optimized by linear plan, the six modes were compared and analyzed, the mode of three harvests in two years and the fatiened cattle(or sheep) had better economic returns, ecological benefit and social effects than that of alone mode of cultivate wheat, the income of the former mode is 5 479.80 (8 959.15) yuan per 2 years in one hectare higher than that of the latter mode, [Conclusion]the mode three harvests in two years and the cattle(or sheep)can be applied by the people of Ili River Valley, which not only decreased the pressure of grassland,but also enhanced the economic returns, ecological benefit and social effects and were advantageous to the development of agriculture and animal husbandry on both banks of Ili River Valley.