Effectiveness of aid projects in climate technology familiarization in recipient countries

IF 3.5 3区 环境科学与生态学 Q1 DEVELOPMENT STUDIES
N. Haque, Sungida Rashid
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引用次数: 1

Abstract

ABSTRACT Due to inequalities of innovation capacity among nations, climate technologies’ minimizing greenhouse gas emissions require deliberate interventions for adoption and diffusion in developing countries. Aid projects of international development organizations have long served the function of system builders for climate technologies through demonstration projects or barrier removal activities. Emerging transition literature has come up with theories of how project-level niche experiments gradually affect landscape settings through bottom-up evolution. The activities of the aid projects on climate technologies match the posited roles of niche experiments nurturing with the co-evolution of technology, user practices and regulatory structures. This paper provides insight into how climate technologies, previously supported by aid projects, played a role in familiarizing these technologies in recipient countries. Familiarization in this paper is defined as the non-prioritization of climate technology in a country’s Technology Needs Assessment (TNA) document. It was found that increasing project duration lowers the chance of technology’s inclusion in TNA, while higher project cost increased the odds of inclusion. Given the time-consuming nature of capacity building over multiple fronts, the effectiveness of future projects depends on donors’ ability to commit aid over multiyear periods to sustain scale-up.
受援国熟悉气候技术援助项目的有效性
由于各国创新能力的不平等,气候技术要想最大限度地减少温室气体排放,就需要对发展中国家的采用和推广进行深思熟虑的干预。长期以来,国际发展组织的援助项目通过示范项目或消除障碍活动,发挥了气候技术系统建设者的作用。新兴的过渡文献提出了项目级生态位实验如何通过自下而上的进化逐渐影响景观设置的理论。气候技术援助项目的活动与在技术、用户实践和监管结构的共同发展下培育小生境实验的设想作用相匹配。本文深入探讨了以前由援助项目支持的气候技术如何在受援国熟悉这些技术方面发挥作用。本文中的熟悉度定义为在一个国家的技术需求评估(TNA)文件中气候技术的非优先级。研究发现,项目持续时间的增加降低了技术被纳入TNA的机会,而项目成本的增加则增加了技术被纳入TNA的机会。鉴于在多个方面进行能力建设的耗时性质,未来项目的有效性取决于捐助者在多年期间承诺提供援助以维持规模扩大的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
8.90
自引率
4.70%
发文量
66
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