Exploration of practice and optimization of strategies for conservation of cultivated land resources in contemporary China’s rural areas—Centering on black soil conservation and others
Vol 5, Issue 1, 2022
VIEWS - 455 (Abstract) 286 (pdf)
Abstract
Cultivated land resources are the basic elements for rural development and farmers’ survival in China. Strengthening the protection of cultivated land is an important measure to ensure national food security and practice the strategy of “storing grain in the land and technology”, and it is also an inevitable requirement to promote the high-quality development of agriculture. The protection of cultivated land in contemporary China has gone through three stages: the initial exploration period of reconciliation between economic development and the number of cultivated land, the institutional development period of construction occupation and cultivated land quality management and protection, and the transformation and improvement period of “Trinity” in the new era. In the new era, cultivated land protection has achieved phased results, but it still faces practical constraints from the actors, technical environment, institutional environment and so on. In view of this, we should explore the breakthrough path to further promote cultivated land protection from the aspects of strengthening organizational guidance and technical training, strengthening the top-level design of differentiated cultivated land protection, strengthening the research and development of new technologies and the construction of agricultural technology extension system.
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1. Cheng S, Lu C, Guo J, et al. Problems and suggestions for agricultural resource and environment of China. Science & Technology Review 2018; 36(11): 13–21.
2. Zuo T. Dangqian jiaqiang nongcun tudiziyuan liyong yu guanli de celve (Chinese) [Current strategies for strengthening the utilization and management of rural land resources]. People’s Tribune 2021; (10): 63–66.
3. Liu D, Gong Q, Yang W, et al. The evolution of farmland protection policy and optimization path from 1978 to 2018. Chinese Rural Economy 2018; (12): 37–51.
4. Niu S, Fang B. Cultivated land protection system in China from 1949 to 2019: Historical evolution, realistic origin exploration and path optimization. China Land Science 2019; 33(10): 1–12.
5. Chen H, Si W, Zhao Q, et al. The scale orientation and targeting deviation of grain-soybean rotation subsidy: An analysis based on the targeting perspective of ecological compensation. Chinese Rural Economy 2019; (1): 47–61.
6. Yu L, Cai Y. Assessing the effect of economic compensation for farmland protection policy: An empirical research and comparison of the eastern and western regions of China. China Land Science 2014; 28(12): 16–23.
7. Su X, Chen Y. On the environmental changes and the development of green transformation in the Northwestern region from the perspective of eco-civilization. Journal of Northwest University (Philosophy and Social Sciences Edition) 2020; 50(6): 127–134.
8. Meng F, Yu X, Gao J, et al. The bottleneck and breakthrough path of the conservation tillage development in black soil of Northeast China. Issues in Agricultural Economy 2020; (2): 135–142.
9. Si Z, Li M, Qiu W, et al. Regional difference analysis and preservation of cultivated land resources in China. Journal of Natural Resources 2010; 25(5): 713–721.
10. Guo Q, Liu S, Liu W. Study on quality management cultivated land in main grain-producing areas of China in three-dimensional coordinates—Take Northeast grain main-producing area as an example. Academic Journal of Zhongzhou 2019; (10): 39–45.
11. Duan L, Li T, Ye Z, et al. Zhongguoshi gengdi zjhiliang baohu zhi mi: Cong shichang luoji dao zhengce guizhi (Chinese) [The mystery of Chinese cultivated land quality protection: From market logic to policy regulation]. Rural Economy 2016; (4): 25–31.
DOI: https://doi.org/10.24294/nrcr.v5i1.1572
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