Innocent Pangapanga-Phiri, Hambulo Ngoma, Christian Thierfelder
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We also find that about 57% of farmers in the treatment area adopted full CA and only 7% of farmers in the control areas. This highlights that longer-term CA promotion with dedicated extension support can enhance the uptake of CA practices. In essence, this paper offers a different perspective to the current narrative that CA systems are too complex and knowledge intensive to be adopted despite its long-term promotion and significant investments. However, there are some nuances: sustained adoption even in sentinel sites is neither 100% nor persistent over the long term. We find an appreciable adoption decay, showing large declines from highs of 57 and 7% in adoption for at least 2 years for treatment and control, respectively, to 12% in the treatment group and practically zero in the control when we condition full CA adoption to at least 7 years. This means that fewer farmers adopted CA for a longer period and suggests some dis-adoption over time even in sentinel sites. The key adoption enablers in the sentinel sites include the availability of training, dedicated longer-term extension support coupled with farmer experiential learning through demonstration plots managed by host farmers. Based on our findings, there is need to consistently promote CA using farmer-centric approaches that include peer-to-peer learning over long periods. This allows farmers time to experiment with different CA options, enable behavioral and lasting change. At policy level, there is need to build and strengthen farmer groups to facilitate easier access to inputs like leguminous crop seeds for farmers practicing CA and to offer market-smart incentives to induce initial adoption in the short term to facilitate sustained adoption.</p>","PeriodicalId":54495,"journal":{"name":"Renewable Agriculture and Food Systems","volume":"3 1","pages":""},"PeriodicalIF":2.0000,"publicationDate":"2024-03-12","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Understanding sustained adoption of conservation agriculture among smallholder farmers: insights from a sentinel site in Malawi\",\"authors\":\"Innocent Pangapanga-Phiri, Hambulo Ngoma, Christian Thierfelder\",\"doi\":\"10.1017/s1742170524000061\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p>Smallholder farming systems need climate-proofing and sustainable intensification practices such as conservation agriculture (CA), are promising options. However, there is a general perception that the adoption of CA systems in southern Africa is low. Sentinel sites, where CA has been promoted for a long time, offer forward-looking new insights. This paper, thus, takes a deep dive at Nkhotakota district of Malawi to understand what could have led to the success of CA promotion and subsequent perceived high adoption. We use survey data from 620 farmers, with 298 farmers sampled from treatment areas – known to have had contact with host farmers and 320 from a control group. Overall, 31% of the farmers in both groups adopted full CA over at least a 2-year period. We also find that about 57% of farmers in the treatment area adopted full CA and only 7% of farmers in the control areas. This highlights that longer-term CA promotion with dedicated extension support can enhance the uptake of CA practices. In essence, this paper offers a different perspective to the current narrative that CA systems are too complex and knowledge intensive to be adopted despite its long-term promotion and significant investments. However, there are some nuances: sustained adoption even in sentinel sites is neither 100% nor persistent over the long term. We find an appreciable adoption decay, showing large declines from highs of 57 and 7% in adoption for at least 2 years for treatment and control, respectively, to 12% in the treatment group and practically zero in the control when we condition full CA adoption to at least 7 years. This means that fewer farmers adopted CA for a longer period and suggests some dis-adoption over time even in sentinel sites. The key adoption enablers in the sentinel sites include the availability of training, dedicated longer-term extension support coupled with farmer experiential learning through demonstration plots managed by host farmers. 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引用次数: 0
摘要
小农耕作制度需要不受气候影响,而保护性农业(CA)等可持续集约化做法是很有前途的选择。然而,人们普遍认为保护性农业系统在南部非洲的采用率很低。长期推广保护性农业的哨点提供了前瞻性的新见解。因此,本文对马拉维的恩科塔科塔地区进行了深入研究,以了解是什么原因导致了 CA 推广的成功和随后的高采用率。我们使用了来自 620 位农民的调查数据,其中 298 位农民来自治疗区(已知曾与接待农民有过接触),320 位来自对照组。总体而言,两组中均有 31% 的农民在至少两年的时间里全面采用了 CA。我们还发现,治疗区约有 57% 的农民全面采用了 CA,而对照区只有 7%。这突出表明,在专门的推广支持下进行较长期的 CA 推广可以提高 CA 实践的采用率。从根本上说,本文提供了一个不同于当前观点的视角,即尽管 CA 系统得到了长期推广并投入了大量资金,但其过于复杂且知识密集,因此难以被采用。不过,也有一些细微差别:即使在哨点地区,持续采用也不是 100% 或长期持续的。我们发现采用率出现了明显的衰减,当我们将完全采用 CA 至少 7 年作为条件时,治疗组和对照组采用 CA 至少 2 年的比例分别从 57% 和 7% 的高点大幅下降到 12%,而对照组则几乎为零。这意味着较少的农民在更长的时间内采用了 CA,并表明即使在哨点也有一些农民随着时间的推移而不再采用 CA。在哨点地区,关键的促进因素包括培训、长期的专门推广支持,以及农民通过由当地农民管理的示范田进行的经验学习。根据我们的研究结果,有必要持续推广以农民为中心的 CA 方法,其中包括长期的同行学习。这样,农民就有时间尝试不同的 CA 方案,从而实现行为和持久的改变。在政策层面,有必要建立和加强农民团体,以方便实践 CA 的农民获得豆科作物种子等投入,并提供市场明智的激励措施,在短期内诱导初步采用,以促进持续采用。
Understanding sustained adoption of conservation agriculture among smallholder farmers: insights from a sentinel site in Malawi
Smallholder farming systems need climate-proofing and sustainable intensification practices such as conservation agriculture (CA), are promising options. However, there is a general perception that the adoption of CA systems in southern Africa is low. Sentinel sites, where CA has been promoted for a long time, offer forward-looking new insights. This paper, thus, takes a deep dive at Nkhotakota district of Malawi to understand what could have led to the success of CA promotion and subsequent perceived high adoption. We use survey data from 620 farmers, with 298 farmers sampled from treatment areas – known to have had contact with host farmers and 320 from a control group. Overall, 31% of the farmers in both groups adopted full CA over at least a 2-year period. We also find that about 57% of farmers in the treatment area adopted full CA and only 7% of farmers in the control areas. This highlights that longer-term CA promotion with dedicated extension support can enhance the uptake of CA practices. In essence, this paper offers a different perspective to the current narrative that CA systems are too complex and knowledge intensive to be adopted despite its long-term promotion and significant investments. However, there are some nuances: sustained adoption even in sentinel sites is neither 100% nor persistent over the long term. We find an appreciable adoption decay, showing large declines from highs of 57 and 7% in adoption for at least 2 years for treatment and control, respectively, to 12% in the treatment group and practically zero in the control when we condition full CA adoption to at least 7 years. This means that fewer farmers adopted CA for a longer period and suggests some dis-adoption over time even in sentinel sites. The key adoption enablers in the sentinel sites include the availability of training, dedicated longer-term extension support coupled with farmer experiential learning through demonstration plots managed by host farmers. Based on our findings, there is need to consistently promote CA using farmer-centric approaches that include peer-to-peer learning over long periods. This allows farmers time to experiment with different CA options, enable behavioral and lasting change. At policy level, there is need to build and strengthen farmer groups to facilitate easier access to inputs like leguminous crop seeds for farmers practicing CA and to offer market-smart incentives to induce initial adoption in the short term to facilitate sustained adoption.
期刊介绍:
Renewable Agriculture and Food Systems (formerly American Journal of Alternative Agriculture) is a multi-disciplinary journal which focuses on the science that underpins economically, environmentally, and socially sustainable approaches to agriculture and food production. The journal publishes original research and review articles on the economic, ecological, and environmental impacts of agriculture; the effective use of renewable resources and biodiversity in agro-ecosystems; and the technological and sociological implications of sustainable food systems. It also contains a discussion forum, which presents lively discussions on new and provocative topics.