Research on the sustainable development of the integration of agricultural biotechnology and electronic machinery from the perspective of environmental science
Zhang Musen
Yunnan Agricultural University
Zhang Yang
Yunnan Agricultural University
Xiong Yuting
International Education Center, University of the Ryukyus
Chen Junyu
Yunnan Agricultural University
Qie Han
Yunnan Agricultural University
DOI: https://doi.org/10.59429/pest.v6i3.7211
Keywords: Agricultural biotechnology; Electronic and mechanical integration; Sustainable development; Environmental Science; Environmental protection
Abstract
In recent years, the trend of agricultural technology innovation is developing towards the integration of biotechnology and electronic machinery, in order to achieve efficient, accurate and sustainable agriculture. This study explores the sustainability of biotechnology and electro-mechanical integrated agriculture (BEMA) from an environmental science perspective. Firstly, the application of BEMA in agricultural ecosystem and its impact on environment were studied by means of investigation and statistical analysis. Studies have shown that BEMA can bring multiple environmental benefits to agricultural production systems, including resource optimization, circular agriculture promotion, ecological plant protection, and environmental load reduction. Then, through systematic analysis and model construction, this study analyzed the role of BEMA in promoting the efficient use of land and water resources, improving agricultural production efficiency, and mitigating the negative impact of agricultural emissions on the environment. In addition, we also explored the possible paths and strategies to promote the sustainable development of BEMA from the three levels of policy, economy and society. The results of this study will provide diversified and feasible suggestions for agricultural technology innovation and environmental protection.
References
[1] ZHANG Y X. Discussion on agricultural environmental protection and sustainable development [J]. Journal of Shan Hai Jing,2020,(30):0078-0078. (in Chinese)
[2] [LIU J R. Agricultural ecological environment protection and agricultural sustainable development.Management Scientist,2022,(09):10-12.]
[3] ZUO R P. Research on agricultural ecological environment protection and agricultural sustainable development [J]. Modern Commerce and Industry,2021,42(18):9-10. (in Chinese)
[4] Discussion on agricultural biotechnology and sustainable agriculture development [J]. Rural Youth,2019,0(02):19-19. (in Chinese)
[5] [ZHANG H. Agricultural ecological environment protection and sustainable development. Friends of farmers getting Rich,2019,0(18):211-211.]
[6] JIANG H F. Synthetic biotechnology contributes to sustainable development [J]. Bulletin of Biotechnology, 2019,36(04):I0001-I0002. (in Chinese)
[7] Jiang Hua and Li Yuefei. Agroecological environment protection and agricultural sustainable development strategy [J]. Chinese Science and Technology Journal Database (full text) in Agriculture,2019,(11):00237-00238.
[8] CHAI Y H. A brief discussion on agricultural ecological environment protection and agricultural sustainable development. Experimental Rural Science,2020,(34):19-20.]
[9] Li Xiaoming and Yang Guihua. Analysis on the protection of agricultural ecological environment and sustainable development of agriculture [J]. Southern Agriculture, 2019,15(26):209-210. (in Chinese)
[10] Study on agricultural ecological environment protection and agricultural sustainable development [J]. Southern Agriculture,2022,16(04):208-210.]