Research on the International Competitiveness of Chinese Agriculture from the Perspective of Low-Carbon Economy
DOI:
https://doi.org/10.54097/hbem.v20i.14452Keywords:
Low-carbon economy; Porter's diamond theory; Low-carbon agriculture.Abstract
As global climate change worsens, the traditional economic development model of prioritizing pollution and addressing it retrospectively can no longer meet the demands of modern society. In this context, the concept of a low-carbon economy has emerged and gained unanimous global respect as a development direction. Drawing upon Porter's Diamond Theory, this study examines the factors influencing China's agricultural competitiveness from a low-carbon economy perspective. It puts forward a series of strategic measures, including optimizing the production elements of low-carbon agriculture, fostering low-carbon awareness, devising a low-carbon agricultural development strategy, seizing opportunities presented by the low-carbon economy, and reinforcing policy support. The study aims to explore how to drive China's agriculture towards a low- carbon future amidst dwindling resources and escalating environmental pressures. This pursuit is aimed at achieving success in international low-carbon market competition while ensuring sustainability. These measures will facilitate China's agriculture in better adapting to the low-carbon economic development trend, ultimately resulting in a win-win scenario for both environmental conservation and economic prosperity.
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References
Li, W., Zhang, P. Relationship and integrated development of low-carbon economy, food safety, and agricultural mechanization. Environ Sci Pollut Res 28, 68679-68689 (2021).
Zhang ZZ. Exploring the development strategy of agricultural international trade under the concept of low carbon economy [J] New Agriculture, 2021(6):12-13.
Michael Porter. National competitive advantage [M]. Li Mingxuan, Qiu Rumei, Translation. Beijing:CITIC Press, 2012.
Li Liang,Wu Qian. Agricultural international trade development strategy under the concept of low carbon economy[J]. Guangdong Sericulture, 2019(7):59-60.
Zhang R,Gao Yinyin. Research progress on the mechanism and mode of transformation of agricultural science and technology achievements at home and abroad[J]. Agricultural and Forestry Science and Technology,2021,62(09):75-78.
Sun Yannan. Research on the impact of green barriers on China's agricultural trade and countermeasures-
-a review of "Research on China's agricultural export trade based on the perspective of green trade barriers" [J]. Ecological Economics,2022,38(06):230-231.
Wang Qing, Zheng Hongyong, Nie Zhenzhen. Theoretical analysis of low-carbon agriculture and ideas for the development of low-carbon agriculture in China[J]. Journal of Northwest Agriculture and Forestry University of Science and Technology (Social Science Edition),2012,12(03):1-7.
Chen Ruiping. Exploring the path of low carbonization of China's agriculture under the threshold of low carbon economy[J]. China Market,2019,(27):58-60.
Liu Xiuqin,Huang Yaobin,Cai Jiasen,Zhao Bian. International comparison of China's agricultural competitiveness[J]. Journal of Huazhong Agricultural University (Social Science Edition),2014(05):34- 39.
Jin Chen,Sun Bo,Zhao Qiguo,Li Huixin. Analysis of policy, regulation and technology system for the development of low-carbon agriculture in China[J]. Soil,2014,46(01):7-14.
Chen S. Y. Upgrading of embedded agriculture under the development of low-carbon agriculture[J]. Agricultural economy,2015,(08):18-19.
Lin B,Xu M,Wang XIAOXI. Carbon emission reduction policies, research status and outlook of Chinese agriculture[J]. Chinese Journal of Ecological Agriculture (in English),2022,30(04):500-515.
Wang Li. Analysis of agricultural international trade development strategies under the concept of low carbon economy[J]. Rural Economy,2021,32(16):135-137.
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