Ma Zhiwei line of research to promote major projects in Huangshui River Basin declaration matters
Recently, the CPPCC National Committee, the provincial CPPCC Vice Chairman, Qinghai provincial Revolutionary Committee Chairman Ma Zhiwei rate provincial CPPCC members and members of the part, by listening to the reports, field visits, research and promote high standards of basic farmland Huangshui watershed remediation project declaration.
Ma Zhiwei and his party listened to the Provincial Department of land and resources, the provincial development and Reform Commission, the provincial water resources department, the Provincial Department of agriculture and animal husbandry, the provincial environmental protection department on the progress of the project report. In three days, a research group in Ping’an County, Haidong Prefecture, Menyuan County, Haibei Prefecture, inspected the light, heat, water, soil and mass production and life plan for implementation of the project area, the relevant departments and bureaus, and local government issues to promote this major project approved the construction of the projects as soon as possible.
high standards of basic farmland Huangshui watershed remediation of major projects is the second the Yellow River Province East Valley million acres of land development and consolidation of major project after another major agricultural engineering. The project covers Huangyuan, Huangzhong, Datong, peace, mutual aid, and people, Ledu and Menyuan 8 counties, involving 115 townships (towns), 1120 administrative villages. The scale of the project is 2 million 10 thousand mu, with a total investment of RMB 113 thousand, with a total investment of more than $4 billion 849 million.
of this project will increase by water conservancy infrastructure construction, will build a high standard of 1 million 280 thousand mu of basic farmland, realize "dry water" 750 thousand acres, 650 thousand acres of terracing, the development of water-saving irrigation of 860 thousand acres, effectively promote the local agricultural structure adjustment and optimization. (author: Kang Weihai)