肉牛高效养殖技术集成与推广  

Integration and Popularization of Efficient Breeding Technology for Beef Cattle

作　　者：杨清容 戴隆江[2] 覃志贵 庞盛堃 YANG Qingrong;DAI Longjiang;QIN Zhigui;PANG Shengkun(Laibin Animal Husbandry and Aquaculture Service Center,Laibin Guangxi 546100,China;Laibin Center for Animal Disease Control and Prevention,Laibin Guangxi 546100,China)

机构地区：[1]广西来宾市畜牧水产养殖服务中心,广西来宾546100 [2]广西来宾市动物疫病预防控制中心,广西来宾546100

出　　处：《现代畜牧科技》2023年第8期70-72,共3页Modern Animal Husbandry Science & Technology

基　　金：《肉牛现代生态养殖技术推广与应用》(项目合同编号为来科转162916)来科知字[2016]29号文件下达的来宾市科学研究与技术开发计划科技成果转化与应用项目。

摘　　要：当前根据农业科技入户示范工程的总体需求,来宾市选择强化富民工程,站在科技入户的角度进行相应的项目执行计划。项目实施过程中总目标是为加强肉牛的选育、繁殖、养殖、环境、肉牛产品销售等多个环节的技术集成,以此为大部分养殖人员提供肉牛高产高效养殖技术,提高养殖出栏率和牛肉的档次,优化农户养殖的综合效益。在执行肉牛养殖技术后还需进行推广工作,向周围城市推广此项技术,让其了解此项技术的优势,解决养殖业和粮地之间的矛盾。该过程也带动来宾市就业方面的发展,充分使用农作物,规避养殖业对环境造成的污染,优化整体生态效益和社会效益。At present,according to the overall demand of agricultural science and technology household demonstration project,Laibin City chooses to strengthen the project of enriching the people,standing in the perspective of science and technology household to carry out the corresponding project execution plan.The overall goal of the project implementation is to strengthen the technical integration of multiple links of beef cattle breeding,breeding,breeding,environment,beef cattle product sales,etc.,so as to provide most beef cattle breeding personnel with high-yield and high-efficiency breeding technology,improve the rate of breeding and the grade of beef,and optimize the comprehensive benefits of farmers' breeding.After the implementation of beef cattle breeding technology,it is necessary to promote this technology to the surrounding cities,so that they can understand the advantages of this technology and solve the contradiction between breeding industry and grain land.This process also promotes the development of employment in Laibin city,makes full use of crops,avoids environmental pollution caused by aquaculture,and optimizes the overall ecological and social benefits.

关 键 词：肉牛高效养殖技术 集成 推广 

分 类 号：S823[农业科学—畜牧学]