2.This technology has been used for stockbreeding for many years.
3.In this paper, status of stockbreeding development in Yunnan province is analyzed and the idea of developing "evergreen grassland stockbreeding" is put forward, that is, enhancing ecological construction, developing green and nuisance free livestock product, facilitating sustainable development of grassland stockbreeding according to variously natural environment and advantaged climate condition.
摘要该文分析了云南省
畜牧业的发展现状及其存在的问题；提出树立发展“常绿草地
畜牧业”的理念，利用云南省地处低纬度地区，具有多样的自然环境和得天独厚的气候条件，加强生态建设，发展绿色、无公害畜产品，以促进云南省草地
畜牧业的产业可持续发展。
4.Machinery Category: engineering machinery, packaging and printing machinery, construction machinery, farming and stockbreeding machinery and auxiliary equipment and products.
机械类：工程机械、包装印刷机械、建筑机械、农牧机械及配套设备与产品。
5.A study of energy flow and substance flow of stockbreeding ecosystem on Boer goat farm in Qionglai
邛崃波尔山羊场牧业生态系统能流物流的研究
6.Application potentiality of antibacterial peptides in advancing green stockbreeding system construction was discussed in this paper by expatiating its source and antibacterial mechanism.
摘要结合抗菌肽的来源和其独特的抗菌机理，阐述了抗菌肽在推进绿色养殖体系建设过程中的应用潜力。
7.Six adjustment schemes are designed, including present trend maintaining, ecological constructing, water saving, leaning to stockbreeding, leaning to farming, and farming and stock-breeding promoting.
设计了“维持现状”、“生态建设”、“节水”、“偏
畜牧业”、“偏种值业”和“农牧互促”等6种调控方案。
8.The reasons, harms and prevention measures about stockbreeding pollution were discussed, aimed to enhance the knowledge of people about the problem, promote the environmental construction and speed up the economic development of Xuzhou.
摘要就
畜牧业污染的产生原因、造成危害和治理措施加以探讨，旨在提高人们对
畜牧业污染问题的认识，促进生态环境建设，进一步加快徐州区域经济发展。
9.The simulating results show that the scheme of farming and stockbreeding promoting is the best adjustment scheme for agricultural eco environment system in arid and semi-arid regions.
经仿真模拟及其结果对比分析，“农牧互促”方案是研究区农业生态系统的优化调控方案。
10.Two large-scale debris flows burst out in Chongdui Gully of Nyalam County on May 23 and June 29, 2002, causing tremendous disasters to the hydropower station, the China-Nepal highway, communication establishment, and farming and stockbreeding, and resulting economic loss of above 7.5 million Yuan.
摘要聂拉木县冲堆普于2002年5月23日和6月29日先后两次暴发了大规模泥石流灾害，导致下游的水电站、中尼公路、农牧业生产、通讯设施等遭受严重破坏，总共损失约750余万元，给地方社会经济造成了严重的影响。
