Academic Journal of Agricultural Sciences, 2022, 3(4); doi: 10.38007/AJAS.2022.030405.
Xiaoke Tang
Guilin University of Electronic Technology, Guilin, China
Starting from the rural social governance, the fragmentation of farmland, through the promotion of new technology, new equipment, provided by the agricultural service organization unified, kind of, plant protection, every kind of professional service all the way, to achieve "plow coupon" large-scale cultivation of rice, improve agricultural labor productivity and land benefit, provided a basis for the new rural construction. In this study, rice farmers were taken as the research object. From the perspective of agronomy -- rural social governance, the factor input method of production function was adopted to study the large-scale cultivation of "combined tillage and combined planting" of rice. The input of production factors is mainly divided into technical input, labor input and capital input. Through these three aspects, used to select the area of the middle and lower reaches of the Yangtze river in jiangsu, zhejiang, jiangxi, hunan, hubei and sichuan six provinces of rice planting area of peasant household survey data, combined with the related influence factors of the rural social governance, to explore the production of rice farmers behavior characteristics and its influencing factors, in order to summarize "plow coupon" rice scale cultivation path. Through practice "plow coupon", explore the traditional agriculture to realize the another new way to large-scale planting rice, rice scale planting area yield is about 32% before ascension, make the efficiency increased by more than 60%, make land resources optimization PeiZhiLv increased 20%, 30%, to strengthen the rural organization construction, achieved good results. Through the selection of samples of rice planting area of peasant household survey data, demonstration and promotion of "plow coupon" scale planting rice path, which changes the land management from extensive to scale, promoted the high efficiency, low consumption of large farming equipment utilization, reduce operation cost, realize the straw returning full amount, laid a good foundation for rural social governance.
Combined Tillage, Large Scale Ice Planting, Production Function, Rural Social Governance
Xiaoke Tang. Agriculture - Rural Social Governance Horizon, "Plow Coupon" Rice Scale Cultivation Path. Academic Journal of Agricultural Sciences (2022), Vol. 3, Issue 4: 60-73. https://doi.org/10.38007/AJAS.2022.030405.
[1] Vo Hong Tu, Nguyen Duy Can, Yoshifumi Takahashi.(2019). “Technical and Environmental Efficiency of Eco-friendly Rice Production in the Upstream Region of the Vietnamese Mekong delta”, Environment, Development and Sustainability: A Multidisciplinary Approach to the Theory and Practice of Sustainable Development, 21(29),pp.90-92.
[2] Zhang, Xingbang, Hu, Bin, Tang, Liang.(2018). “Fast Collision Detection for Rice Leaf Population based on Improved Bounded Box Tree and GPU”, Transactions of the Chinese Society of Agricultural Engineering, 239(195),pp.208-211.
[3] Wu Hshin-Ping, Wei Fu-Jin, Wu Cheng-Chieh.(2017). “Large-scale Phenomics Analysis of a T-DNA Tagged Mutant Population”, Gigascience, 29(8),pp.8-11.
[4] Stephanie M. Rice, Elizabeth J. Keysar.(2017). “NEPA Assessments for Large-scale Renewable Energy Projects on Army Land: Best Practices and Lessons Learned”, Environmental Practice, 19(4),pp.222-226.
[5] Xiaomei Sun, Zhigang Li, Hang Liu.(2017). “Large-scale Identification of Lysine Acetylated Proteins in Vegetative Hyphae of the Rice Blast Fungus”, Scientific Reports, 7(1),pp.781-783.
[6] Tillmann von Carnap.(2017). “Irrigation as a Historical Determinant of Social Capital in India? A Large-Scale Survey Analysis”, World Development, 95(207),pp.429-432.
[7] Manzoor H. Dar, Ritadhi Chakravorty, Showkat A. Waza.(2017). “Transforming Rice Cultivation in Flood Prone Coastal Odisha to Ensure Food and Economic Security”, Food Security, 9(4),pp.711-722.
[8] XI Min, WU Wenge, WANG Jinggui.(2017). “Study on Formation of Grain Yield Differences in Ratooning Rice Cultivation”, Acta Agriculturae Boreali-Sinica, 328(118),pp.45-53.
[9] Nasim Ahmad, D K Sinha, K M Singh.(2017). “Estimating Production Efficiency in Rice Cultivation of Bihar: An Economic Approach”, Economic Affairs, 62(3),pp.353-360.
[10] Itoh H, Wada K C, Sakai H.(2018). “Genomic Adaptation of Flowering-Time Genes during the Expansion of Rice Cultivation Area”, Plant Journal for Cell & Molecular Biology, 208(90),pp.892-897.
[11] Mengyang LI, Yanyan CHEN, Yang YANG.(2017). “Research Progress of High Yield Cultivation Mode of Rice”, Agricultural Science & Technology, 18(8),pp.1416-1421.
[12] Fanan Ujoh, Tertsea Igbawua, Moses Ogidi Paul.(2019). “Suitability Mapping for Rice Cultivation in Benue State, Nigeria using Satellite Data”, Geo-spatial Information Science, 22(3),pp.1-14.