张正斌, 段子渊, 王丽芳, 翟立超, 徐萍, 刘坤, 李贵. 黄淮南片粮仓现代农业发展战略[J]. 中国生态农业学报(中英文), 2017, 25(3): 309-315. DOI: 10.13930/j.cnki.cjea.161045
引用本文: 张正斌, 段子渊, 王丽芳, 翟立超, 徐萍, 刘坤, 李贵. 黄淮南片粮仓现代农业发展战略[J]. 中国生态农业学报(中英文), 2017, 25(3): 309-315. DOI: 10.13930/j.cnki.cjea.161045
ZHANG Zhengbin, DUAN Ziyuan, WANG Lifang, ZHAI Lichao, XU Ping, LIU Kun, LI Gui. Development strategies of modern agriculture in South Huanghuai Granary[J]. Chinese Journal of Eco-Agriculture, 2017, 25(3): 309-315. DOI: 10.13930/j.cnki.cjea.161045
Citation: ZHANG Zhengbin, DUAN Ziyuan, WANG Lifang, ZHAI Lichao, XU Ping, LIU Kun, LI Gui. Development strategies of modern agriculture in South Huanghuai Granary[J]. Chinese Journal of Eco-Agriculture, 2017, 25(3): 309-315. DOI: 10.13930/j.cnki.cjea.161045

黄淮南片粮仓现代农业发展战略

Development strategies of modern agriculture in South Huanghuai Granary

  • 摘要: 皖北、苏北、鲁西南和豫东南的4省交界地区,有以淮北平原为主的砂姜黑土、黄泛区为主的风沙盐碱地等易旱易涝中低产田面积400万hm2以上,虽然处于南北过渡带的黄淮南片,温热降水等自然资源条件较好,但因地理偏远、交通不便,科技文化和社会经济发展相对落后,农业高产潜力还未发挥。加快黄淮南片中低产田改造,建设黄淮南片第二粮仓,可以新增粮食50亿kg,在区域现代农业发展和保障我国粮食安全中具有重要作用。根据气候变暖和绿色提质增产增效的现代农业发展态势,提出以下黄淮南片粮仓现代农业发展战略:在种植业方面,第1是培育抗赤霉病的小麦品种,利用综合防治措施减轻小麦赤霉病的危害;第2是培育耐旱耐涝、脱水快适合机械化粒收的玉米新品种并快速示范推广;第3是扩大吨粮田建设,确保黄淮南片和国家粮食安全。在区域治理方面,重点改造淮北砂姜黑土、黄泛区的风沙盐碱地等易旱易涝区的中低产田,加强农田排灌系统基础投入,建设旱涝保收、林网路、渠井电配套的高标准农田。在现代科技装备方面,要加大农机补贴,增加大中型农机的数量,加强深翻深松农机的示范推广,普及农作全程机械化。在绿色提质增效方面,积极推行化肥农药减施,扩大环境友好型的绿色生物肥料制剂等应用,加强秸秆还田和生物资源等循环高效利用。在科技教育方面,要扩大职业教育规模,培养知识农民,专业服务工人,打造社会化服务的专业队伍。在区域经济发展方面,在皖北做强做大粮食品牌化生产,在苏北做大粮食规模化生产和培育现代新型产业,在鲁西南做好农林牧协同高效发展,在豫东南打造中国食品深加工的旗舰。在农业信息化建设方面,加大“互联网+”农业的普及,带动订单农业、外销农业、观光农业等的快速发展。建议国家及早启动黄淮南片第二粮仓重点科技专项,将黄淮南片粮食主产区和经济塌陷区建设成为国家主体粮仓和农业经济新兴区及环境优美的可持续发展区。

     

    Abstract: There are over 4 000 000 hm2 medium and low-yield fields in the Huaibei Plain with lime concretion black soil and the easy-dry and easy-water-logged areas formerly flooded by the Yellow River with sand and saline-alkali soil. This region is located at the border lands of 4 provinces, including North Anhui, North Jiangsu, Southwest Shandong and Southeast Henan. This region is located in South Huanghuai (the transition zone from north to south of China), there is preferably warm temperature, moderate rainfall and other nature resources. But as the region is far away from developed economy regions and traffic inconveniences, scientific and technological culture as well social and economic developments have relatively lagged behind. This has resulted in the non-realization of full high agricultural yield potential in the region. Speeding up the transformation of medium and low yields and building new granary in South Huanghuai could increase grain production by 5×109 kg. This will be crucial for the development of modern agriculture and food security in China. Based on global warming, climate change, tend in modern agriculture, green farming and increasing yield quality and efficiency, development strategy of modern agriculture in South Huanghuai was suggested. For crop farming, breeding of new varieties with good resistance to wheat scab and alleviation of wheat scab damage by comprehensive control measures can increase and stabilize grain production and food security. The breeding and amplification of new maize variety with good drought resistance, water-logging tolerance and quick dehydration trait that suit grain harvest by mechanization can increase and stabilize grain production and food security. The expansion of ton-grain-field can ensure food security in South Huanghuai and in China at large. For regional governance, improvement of medium-to-low yields in the Huaibei Plain in lime concretion black soils and in easy-dry and easy-water-logged areas formerly flooded by the Yellow River with sand and saline-alkali soils along with strengthening investment in filed irrigation and drainage systems, building high standard fields assorted well by forest network, road and water channels and wells to ensure stable yield despite drought or excessive rain can increase and stabilize grain production and food security. For modern science and technology, increasing subsidy for agricultural machinery, augmenting the amount of large and medium agricultural machinery, strengthening deep plough and deep scarification and popularizing whole mechanization farming courses will increase and stabilize grain production and food security. For green farming production and quality and efficiency enhancement, pursuing active reduction in the utilization of chemical fertilizers and pesticides, expanding utilization of green bio-fertilizers and other pharmaceuticals that are environment friendly, intensifying efficiency of straw turnover and cycle utilization with bio-resources will increase and stabilize grain production and food security. For sci-tech education, expanding the scale of vocational education, training intellectual peasants and professional services workers, building specialized contingencies for social service will be beneficial for increasing and stabilizing grain production and food security. For regional economic development, growing stronger and larger grain brands in North Anhui; expanding production scale of grains, breeding new modern industry in North Jiangsu; completing synergy-efficient development of agriculture, forestry and animal husbandry in Southwest Shandong; forging flagship of deep-processed Chinese foods in Southeast Henan will increase and stabilize grain production and food security. For agricultural information construction, accelerating popularization of internet, driving quick development of contract farming, export-sales farming and sightseeing agriculture will increase and stabilize grain production and food security. It was suggested that the key sci-tech projects for the "Second Granary" in South Huanghuai should be launched early by the nation. This can promote major grain production areas and economic-sinking areas to become national big granaries, new agricultural economy areas, environmentally graceful areas and sustainable development areas in China.

     

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