Sustainable Landscapes for Eastern Madagascar – A Midterm Impact Evaluation

Q2 Environmental Science
Camila I. Donatti , Giacomo Fedele , Rocky Marcellino , Alea Muñoz , Martin Prowse , Clarck Rabenandrasana , Zo Lalaina Rakotobe , Justice Frederic Rakotonandrasana , Andoniaina Mialisoa Rambeloson , Mamy Ramparany , Clementine Sadania , Clara Velontrasina
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Abstract

The Sustainable Landscapes in Eastern Madagascar project aims to increase the resilience of smallholder farmers and reduce carbon emissions by implementing climate-smart agriculture and more sustainable forest management in the two remaining large blocks of forest in the eastern part of Madagascar, covering 660,000 hectares in 15 districts. We present findings from a midterm clustered phase-in evaluation. Baseline data was collected in early 2019 from 1822 households in local community associations. A total of 1654 were successfully re-interviewed in late 2022. Midline results show widespread adoption of a range of conservation agriculture practices, with early project recipients showing increased adoption rates of up to 20 percentage points greater than comparison households, including soil conservation measures (2–13 pp), agroforestry (2–6 pp) and the use of drought-resistant crops (2–6 pp). Further, household food security using the consolidated approach for reporting indicators of food security shows improvement across intention-to-treat, local average treatment effect and difference-in-differences specifications. In terms of forest use, fewer beneficiaries report deriving income from unsustainable activities in both summer (1 pp) and winter (4–7pp) seasons.
马达加斯加东部的可持续景观——中期影响评估
马达加斯加东部可持续景观项目旨在通过在马达加斯加东部剩余的两大片森林中实施气候智能型农业和更可持续的森林管理,提高小农的抵御能力,减少碳排放。这两大片森林覆盖了15个地区的66万公顷。我们提出了一项中期聚类阶段评估的结果。2019年初,从当地社区协会的1822个家庭收集了基线数据。在2022年底,共有1654人成功地重新接受了采访。中线结果显示,广泛采用了一系列保护性农业做法,早期项目受援国的采用率比比较家庭高出20个百分点,包括土壤保持措施(2-13个百分点)、农林业(2-6个百分点)和使用抗旱作物(2-6个百分点)。此外,使用综合方法报告粮食安全指标的家庭粮食安全表明,在意向治疗、当地平均治疗效果和差异中之差规格方面均有所改善。在森林利用方面,报告从夏季(1公顷)和冬季(4 - 7公顷)不可持续的活动中获得收入的受益者较少。
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
Environmental Challenges
Environmental Challenges Environmental Science-Environmental Engineering
CiteScore
8.00
自引率
0.00%
发文量
249
审稿时长
8 weeks
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