Agbenyo Wonder, Jiang Yuansheng, Jia Xinxin, Wang Jingyi, Ntim-Amo Gideon, Dunya Rahman, Siaw Anthony, Asare Isaac, Twumasi Martinson Ankrah
College of Economics, Sichuan Agricultural University, Chengdu 610000, China.
College of Management, Sichuan Agricultural University, Chengdu 610000, China.
Int J Environ Res Public Health. 2022 Mar 23;19(7):3804. doi: 10.3390/ijerph19073804.
People's lives, particularly farmers', have been affected by extreme weather conditions that have reduced the yield of numerous crops due to climate change. Climate-smart agriculture practices can reduce or eliminate greenhouse gas emissions and have the propensity to increase farm income and productivity. Therefore, the purpose of this study is to ascertain whether CSA practices impact farmers' income. This study includes all cocoa farmers in the selected districts in the Ashanti Region. The population includes those who live in the six cocoa production villages. The multistage sampling procedure was considered based on the dominants of literature. The study used an endogenous switching regression framework to examine the effects of the adoption of climate-smart agricultural practices (CSAPs) on farmers' income. While estimating treatment effects, telasso uses lasso techniques to select the appropriate variable sets. The results revealed that gender, farm experience, age, household size, and farm size do not significantly influence the adoption of irrigation and crop insurance. The study revealed a significant positive impact of access to credit on adopting irrigation and crop insurance. The adoption of climate-smart practices has a positive coefficient. This indicates that if all respondents in each region adopts these practices, their income would increase significantly. This study shows that adopting irrigation practices leads to an increase in household income of 8.6% and 11.1%, respectively, for cocoa farmers. Crop insurance has a positive coefficient and is statistically significant on household income, on-farm, and off-farm. This paper shows that climate-smart practices such as crop insurance can positively influence farmers' income in Ghana. We also conjecture that crop insurance is the most effective and efficient climate-smart practice among the various agricultural practices. The study suggests that access to credit and mass awareness should be compulsory modules coupled with the consistent training of farmers on new technologies for effective policy implementation. Expanding access to extension officers could enhance farmers' adaptive capacity and warrant the efficiency of implemented practices.
人们的生活,尤其是农民的生活,受到了极端天气条件的影响,气候变化导致许多农作物产量下降。气候智能型农业实践可以减少或消除温室气体排放,并有增加农场收入和生产力的倾向。因此,本研究的目的是确定气候智能型农业实践是否会影响农民收入。本研究涵盖了阿散蒂地区选定 districts 所有的可可种植农民。总体包括居住在六个可可生产村庄的人。基于文献的主导地位,采用了多阶段抽样程序。本研究使用内生转换回归框架来检验采用气候智能型农业实践(CSAPs)对农民收入的影响。在估计处理效应时,telasso 使用套索技术来选择合适的变量集。结果表明,性别、农场经验、年龄、家庭规模和农场规模对采用灌溉和作物保险没有显著影响。研究表明,获得信贷对采用灌溉和作物保险有显著的积极影响。采用气候智能型实践具有正系数。这表明,如果每个地区的所有受访者都采用这些实践,他们的收入将显著增加。本研究表明,采用灌溉实践分别使可可种植农民的家庭收入增加了8.6%和11.1%。作物保险具有正系数,对家庭收入、农场内和农场外均具有统计学意义。本文表明,作物保险等气候智能型实践可以对加纳农民的收入产生积极影响。我们还推测,作物保险是各种农业实践中最有效和高效的气候智能型实践。该研究表明,获得信贷和提高大众意识应作为强制性模块,并持续对农民进行新技术培训,以有效实施政策。扩大推广人员的覆盖范围可以提高农民的适应能力,并保证所实施实践的效率。