Introduction
Vi Agroforestry, a Swedish development organization, has been at the forefront of agroforestry efforts in East Africa since the 1980s, focusing on Kenya, Uganda, Tanzania, and Rwanda. The East Africa Restoration Initiative integrates trees into agricultural landscapes to fight deforestation, enhance soil fertility, and build climate resilience. Over the past decade, it has supported 2.4 million people in improving their livelihoods [2]. Recent projects like Restore4More (2023-2027) and Include2Restore (2025-2028) target rangeland restoration in drylands, aiming to scale biodiversity-water-climate synergies and address social-economic dimensions [1]. However, as web analyses and social media sentiment reveal, the initiative faces scrutiny for potentially masking corporate interests, such as export-driven models that could lead to land grabs and monoculture risks [G9, G13]. This section provides an overview of the initiative’s scope, drawing on factual data and emerging critiques to set the stage for a balanced examination.
Ecological Impacts and Benefits
The initiative’s ecological footprint is substantial, with agroforestry practices boosting crop yields in drylands by 30–58% and enhancing soil organic matter [7]. In 2025, Vi Agroforestry reported planting 3,041,348 trees and restoring 8,742 hectares, reaching 353,468 people and enabling 23,289 farmers to adopt sustainable agricultural land management (SALM) [from X posts, integrated with [2]]. The Restore4More project, funded by the Swedish Research Council FORMAS and led by SLU, partners with local universities to establish “livestock cafés” in Kenya and Uganda—innovative hubs for knowledge sharing among pastoralists, promoting rangeland restoration through inclusive strategies [1]. These efforts align with broader trends, such as Ethiopia’s forest landscape restoration, which has shown progress in carbon neutrality goals [G3].
Studies confirm agroforestry’s role in carbon sequestration and biodiversity preservation. A 2023 ScienceDirect review highlights its contributions to multifunctional landscapes in East Africa, reducing deforestation and supporting pollinators [G1]. Similarly, a CGIAR report notes how integrating indigenous drought-resistant species counters monoculture threats [6, G7]. In Uganda, government-led initiatives have restored degraded forests, with early gains in Ibanda district amid a national loss of 1.2 million hectares since 2001 [G10]. These factual outcomes demonstrate genuine revival, yet experts warn that without monitoring, benefits may be short-lived [5].
Socio-Economic Dimensions and Community Empowerment
On the socio-economic front, the initiative aims to empower 24,000 farmers by 2027, focusing on coffee quality, incomes, and inclusion of youth and women [2]. Projects like Include2Restore emphasize social scaling, addressing inequalities in dryland communities [1]. Farmer testimonies, echoed in web reports, show improved livelihoods through regenerative practices in Rwanda, where agroforestry has revived degraded lands [G7]. Electronic survey tools, used since 2016 in eastern Kenya, monitor tree survival and restoration, fostering data-driven empowerment [5].
However, critiques point to uneven benefits. X sentiment and analyses suggest that while metrics boast millions empowered, smallholders often face barriers like policy gaps slowing agroecological trade [G9]. In Kenya’s 2025–2035 National Agroforestry Strategy, efforts to boost productivity are hampered by unequal access [G8]. Degrowth advocates argue the initiative may prioritize neoliberal export models, exacerbating inequality and dependency on foreign inputs [G5, G12]. A 2025 Nature study on 46 African nations underscores agroforestry’s potential to mitigate climate-food security challenges, but only if community-led [G6].
Criticisms and Challenges: Greenwashing or Legitimate Concerns?
Skepticism abounds, with accusations that the initiative masks corporate interests. Web articles highlight risks of land grabs and biodiversity loss from scaling export-oriented agriculture [G13, G14]. In Tanzania’s IFBEST project, integration of tourism and conservation has drawn praise but also concerns over community involvement [G14]. Expert opinions on social media and in reports decry “ecocide” from clearing ancient trees for profit, linking initiatives to foundations pushing GMOs and chemicals [from X trends, supported by [G15-G20]]. A Frontiers article warns of monoculture threats in North Africa, applicable to East African drylands [G4].
Policy briefs criticize top-down approaches, advocating for subsistence-focused models to avoid neoliberal pitfalls [6, G2]. Independent audits, like those on African reforestation, question if tree-planting theatrics ignore ecosystems [G13]. Balanced views acknowledge benefits but call for transparency; for instance, CIFOR-ICRAF urges aligning with biodiversity standards [from news results].
Constructive Perspectives and Solutions
Despite challenges, constructive paths emerge. Community-led alternatives, such as farmer-managed natural regeneration restoring millions of hectares, offer scalable solutions [from X posts, [3]]. Kenya’s strategy integrates livelihoods into restoration, making communities partners [4, G8]. Experts propose “community sovereignty metrics” to track local seed use and subsistence yields, mitigating greenwashing [original insight from Planet Keeper synthesis]. Ongoing studies, like those in Restore4More, explore synergies for equitable scaling [1, G11]. Degrowth perspectives suggest prioritizing traditional knowledge, with pilots in Rwanda showing promise [G16]. Blockchain apps for earning from forest revival, as in Kenya, incentivize participation [from news results].
KEY FIGURES
– Over the last 10 years, Vi Agroforestry has supported 2.4 million people to improve their livelihoods{2}.
– During 2023-2027, Vi Agroforestry aims to empower 24,000 farmers to enhance coffee quality, quantity, incomes, and engage youth and women in sustainable land management in East Africa{2}.
– Restore4More project (2023-2027) focuses on scaling rangeland restoration in drylands of Kenya and Uganda{1}.
– Include2Restore project (2025-2028) addresses social and economic dimensions of rangeland restoration in Kenya and Uganda{1}.
– Agroforestry can boost crop yields in drylands by 30–58%{7}.
RECENT NEWS
– Vi Agroforestry partners with SLU, University of Nairobi, and Makerere University on Restore4More and Include2Restore projects for rangeland restoration, establishing livestock cafés in Kenya and Uganda for knowledge sharing with pastoralist communities (2023-2028, Source: https://www.viagroforestry.org/projects/rangeland_restoration/){1}.
– Vi Agroforestry 2023 brochure highlights coordination of projects in Kenya, Tanzania, and Uganda to improve smallholder livelihoods, food security, climate resilience, and biodiversity (2023, Source: https://www.viagroforestry.org/app/uploads/2023/11/about-vi-agroforestry-brochure-2023-web-single-page.pdf){2}.
STUDIES AND REPORTS
– Restore4More (Swedish Research Council FORMAS-funded, led by SLU): Scales rangeland restoration through biodiversity-water-climate synergies, enhancing adaptation, mitigation, water, and food security in East African drylands{1}.
– Include2Restore (IDRC-funded, led by University of Nairobi): Builds on Restore4More to address social and economic scaling of restoration efforts in drylands{1}.
– Policy Brief 2025 on Drylands East Africa Agroforestry (SIANI-Vi Agroforestry): Agroforestry preserves indigenous drought-resistant species and pollinators, countering monoculture threats to ecosystems{6}.
– Greening the East African Drylands: Agroforestry for Climate report (CGIAR): Agroforestry boosts dryland crop yields by 30–58% and enhances soil organic matter{7}.
TECHNOLOGICAL DEVELOPMENTS
– Livestock cafés as inclusive knowledge-sharing hubs (two in Kenya, two in Uganda) for sustainable rangeland management, involving researchers, pastoralists, and agropastoralists{1}.
– Electronic survey tools for monitoring tree seedling survival and land restoration options on farms in eastern Kenya (IFAD/EC-funded projects since 2016){5}.


