Category: Project news

  • New Environmental Education Curriculum carries forward sustainable wildlife programme in Guyana

    New Environmental Education Curriculum carries forward sustainable wildlife programme in Guyana

    Stakeholders of the Sustainable Wildlife Management (SWM) Programme gather for the final meeting of the project, Phase 2. Photo by Luke McKenna/FAO

    This content was originally posted on Landscape Alliance.


    July 2026 — Guyana marked two conservation milestones this month: The launch of a new Environmental Education Curriculum (EEC) for Regions 4 and 6, and the conclusion of the Sustainable Wildlife Management (SWM) Programme’s Phase 2 — representing eight years of engagement in the country.

    At the closing event in Georgetown, SWM Programme Country Coordinator, Oswin David, praised the years of collective achievements, thanked key stakeholders, and set the scene for ongoing impacts.

    “This eight-year initiative…has provided a roadmap for how we can effectively balance conservation and human development in Guyana,” he said.

    The Landscape Alliance led the SWM Programme work in Guyana, and activities were implemented through the Guyana Wildlife Conservation and Management Commission (GWCMC) with support from the European Union, the Food and Agriculture Organization (FAO), and local partners such as the South Rupununi Conservation Society (SRCS) and Caiman House Inc.

    Alona Sankar, Commissioner of GWCMC, echoed her support for the Programme’s work:

    “From the Commission’s perspective, the SWM Programme has been instrumental in supporting our core mandate to conserve, protect, manage, and sustainably utilize wildlife, as well as regulate both internal and external trade,” she said.

    “Furthermore, the addition of the Biodiversity Component in 2024 has been invaluable. Its goal of developing cost-effective, scientifically verifiable monitoring methods aligns perfectly with the initiative launched by His Excellency at the Global Biodiversity Alliance Summit. These findings will guide our national policies and bolster our efforts in sustainable development and conservation.”

    The Biodiversity Component Sankar mentioned has engaged seven villages across the Rupununi to evaluate the cost-effectiveness of six monitoring methods: camera trapping, passive acoustic monitoring, bird counts, environmental DNA (eDNA), local ecological knowledge, and fish stock assessments.

    Over 700 individual species have been identified so far, and the team has created a regional Artificial Intelligence (AI) model capable of identifying 445 species classes — one of the largest regional identifying databases available.


    Acknowledgements

    The SWM Programme in Guyana is implemented by Landscape Alliance [formerly called the Center for International Forestry Research and World Agroforestry (CIFOR-ICRAF)] and the Guyana Wildlife Conservation and Management Commission (GWCMC) as the National Focal Point.

    The SWM Programme extends its sincere gratitude to all of the biodiversity rangers and villagers involved in the biodiversity component of the programme, without whom none of this would be possible. Special thanks go to the European Union for its generous funding in making this initiative possible; the Guyana Wildlife Conservation and Management Commission (GWCMC) for its keen interest and partnership; thanks to the Food and Agricultural Organization (FAO) of the United Nations for all assistance during the project; to all the local partners of the Programme (South Rupununi District Council, South Rupununi Conservation Society, Visit Rupununi, Rupununi Livestock Producers Association, Caiman House Inc., and North Rupununi District Development Board) for their passionate work in their activities; and to all staff of the Programme.

    About the SWM Programme

    The SWM Programme is a major international initiative that aims to improve the conservation and sustainable use of wildlife in forest, savannah and wetland ecosystems. It is funded by the European Union, with co-funding from the French Facility for Global Environment (FFEM) and the French Development Agency (AFD). Projects are being piloted and tested with governments and communities in 16 participating countries. The initiative is coordinated by a dynamic consortium of four partners, led by the Food and Agriculture Organization of the United Nations (FAO) with the Center for International Forestry Research and World Agroforestry (CIFOR-ICRAF), the French Agricultural Research Centre for International Development (CIRAD) and the Wildlife Conservation Society (WCS).

  • First large-scale map of Amazon wild meat wins top MapBiomas prize

    First large-scale map of Amazon wild meat wins top MapBiomas prize

    Attendees of the MapBiomas Brasil award ceremony 2026 in São Paulo. Photo provided by André Antunes.

    July 2026 — A team of scientists linked to the Sustainable Use of Wild Species Transformative Partnership Platform (SU-TPP) won the first place MapBiomas Brasil award (general category) for their article published in Nature: Healthy forests safeguard traditional wild meat food systems in Amazonia.  

    The prize recognizes scientific works that make use of MapBiomas data. 

    This winning paper is a collaboration between nearly 50 institutions and Indigenous organizations, including steering members of the SU-TPP: Landscape Alliance, Rede de Pesquisa em Conservação, Uso e Manejo da Fauna da Amazônia (RedeFauna), Manchester Metropolitan University (MMU), and University of Oxford. 

    Lead author, André Antunes, accepted the award on behalf of the entire team in São Paulo, Brazil, earlier this month. 

    “This study confirms that wild meat is not only a vital source of protein and micronutrients — it is the backbone of food security for millions of Amazonian residents. Protecting forests means protecting nutrition, livelihoods, and cultural heritage.”  André Antunes, lead study author

    Why it matters

    The MapBiomas award is one more recognition of this landmark study, which is “the first large-scale effort to map wild meat hunting across the entire Amazon,” according to Hani Rocha El Bizri, study author and lead coordinator of the SU-TPP

    Drawing on data from more than 600 communities spanning almost six decades, scientists demonstrated that wild meat is vital for the food security and nutrition of 11 million rural Amazonians. It is also a foundation of cultural identity and territorial rights for Indigenous People, traditional communities and smallholder farmers.  

    “Studies such as this, which highlight the importance of the use and sustainable management of wildlife for our peoples, are in full alignment with our efforts to preserve the traditional relationship we maintain with nature. The results of this research have the potential to strengthen our debate at national and Amazonian scales, reinforcing the need to protect our territories for the continuity of our sustainable traditional practices, which are essential for the food security and nutritional well-being of our peoples.” — Statement from the Coordination of Indigenous Organizations of the Brazilian Amazon (COIAB) 

    MapBiomas data specifically were used to calculate the proportion of habitat loss from deforestation.

    What’s next? 

    The prize comes with a financial reward of BRL 15,000 (about USD 3000), which will be used to purchase field equipment for ongoing research. 

    Visit the project page on “Wild meat food systems in the Amazon” to learn more.

    Wild meat food systems in the Amazon

    Understanding the role of wild meat in food security and nutrition across the Amazon

    First large-scale map of Amazon wild meat wins top MapBiomas prize
  • Uncovering the link between armadillo hunting, deforestation and leprosy

    Uncovering the link between armadillo hunting, deforestation and leprosy

    A nine-banded armadillo (Dasypus novemcinctus). Photo by Jim Mullhaupt.

    By Daniella Silva

    This content was originally posted on Forests News.


    6 Jul. 2026 — Leprosy (caused by the bacterium Mycobacterium leprae) is an ongoing public health challenge across the tropical Americas. The disease primarily affects the skin and peripheral nerves and – until recently – was thought to spread mainly from human to human through respiratory droplets. Mounting evidence, however, suggests armadillos can also transmit the disease to humans, especially when people hunt and handle them directly.

    An estimated 25 percent of all new human leprosy cases in Brazil are now linked to armadillos, and that figure jumps to 40 percent in deforestation hotspots, such as the Amazon’s so-called “arc of deforestation“.

    These findings come from a 2025 study in Infectious Diseases of Poverty, which maps where armadillo-to-human leprosy transmission happens most and where public health interventions work best.

    Drawing on more than 326,000 reported leprosy cases across Brazil between 2013 and 2022 and a dataset of 554 hunted armadillos across 175 municipalities, the researchers developed a model to estimate the armadillo-hunting infection risk. They also identified other factors that amplify the risk, including higher population density, environmental degradation (deforestation), malnutrition and socioeconomic status.

    Hani Rocha El Bizri, lead author and coordinator of the Sustainable Use of Wild Species Transformative Partnership Platform (SU-TPP), sat down with Forests News to share more.

    What is the link between armadillo hunting, deforestation and leprosy in Brazil?

    The most important finding of the study is that an estimated 25 percent of all new human leprosy cases in Brazil relate to hunting and consumption of armadillo meat.

    Before this study, the World Health Organization (WHO) recognized a link between armadillos and leprosy transmission; a few human cases had been reported in the United States that matched the genotype of the leprosy bacteria, Mycobacterium leprae. However, our findings suggest the number of people infected through hunting armadillos is much higher than expected.

    We also identified several other variables responsible for zoonotic disease transfer. In heavily deforested areas, we see a higher prevalence of the disease in both humans and armadillos. In some municipalities located in Brazil’s ‘arc of deforestation,’ up to 40 percent of leprosy cases could be attributed to armadillo hunting and use. This is very high and very concerning.


    Acknowledgements

    Landscape Alliance scientists contributed key data sets and collaborated on this research with researchers from many institutions; funding comes from the University of Malaga, the TRADEHub project and the Leprosy Research Initiative (LRI).

  • Mapping biodiversity on Papua New Guinea’s Managalas Plateau

    Mapping biodiversity on Papua New Guinea’s Managalas Plateau

    The tropical rainforest canopy of the Managalas Plateau in Papua New Guinea. Photo by Russel Wai / Landscape Alliance

    By Monica Evans

    This content was originally posted on Forests News, and is the first in a three-part series examining how communities and researchers are tracking biodiversity across Papua New Guinea’s Managalas Plateau.


    29 Jun. 2026 — In a forest clearing in the Managalas Conservation Area (MCA) in Papua New Guinea’s Oro Province, a plushie penguin in a toy car rolls slowly across the red dirt. A camera clicks nearby, and a group of people cheer.

    The scenario is not some kids’ game, but an experiment that forms part of an important and complex project: mapping the biodiversity of the Managalas Plateau

    On this day, a group of freshly minted Biodiversity Team Leaders — local young people trained to track the Plateau’s flora and fauna — are working with scientists from the Landscape Alliance to set up camera traps and acoustic monitoring devices.  

    The Sunday-driving penguin is there to help the group work out how large animals need to be to trigger the cameras, and at what angle they should be set up to get the best data. 

    The gritty practicalities of monitoring biodiversity in Managalas are manifold, involving epic jungle journeys, vast volumes of data and diverse methods ranging from traditional ecological knowledge to eDNA. 

    But first, we need to look at the bigger picture: why bother? 

    To make a meaningful management plan for the Plateau, clan groups must know as much as possible about what’s living where, whether that’s changing and why and how the community can manage the landscape for multiple benefits. This is the current task of Managalas’ 152 clans, local NGO Managalas Conservation Foundation (MCF) and EU-funded partners Landscape Alliance. Such information is especially crucial as the partners look toward sustainable financing options such as biodiversity credits, which rely on decent sets of baseline data.

    “There is a lot of conservation value in the wider landscape,” said Landscape Alliance ecologist Rhett Harrison, who was involved in the 2025 onsite monitoring activities. “We’ve been finding clues that Managalas is really up there in being one of the top diverse rainforests in the world.”


    Acknowledgements

    For more information on this project, please contact Landscape Alliance’s PNG Program Lead Will Unsworth: w.unsworth@cifor-icraf.org

  • Facilitation training workshop in Cameroon builds capacity for multi-stakeholder action on wild meat across Central Africa

    Facilitation training workshop in Cameroon builds capacity for multi-stakeholder action on wild meat across Central Africa

    Yaoundé, Cameroon – March 2026 

    The Institut de Recherche Agricole pour le Développement (IRAD) in Yaoundé, Cameroon hosted a two-and-a-half-day facilitation training organised by the University of Oxford on how to design and run multi-stakeholder workshops. 

    The training brought together members of two complementary initiatives working at the frontline of sustainable wildlife management in Central Africa: the Central Africa Bushmeat Research Into Policy (CA-BRIP) network and the Operation Pangolin project. 

    Participants of the facilitator's training workshop pose for a group picture.
    Participants of the facilitator’s training workshop pose for a group picture. Photo provided by Juliet Wright

    Why facilitation training — and why now? 

    Translating research into policy and practice requires more than just good science. It requires inclusive, well-designed processes that bring together researchers, government officials, NGOs, and local communities, moving them from dialogue to decision.  

    This is particularly true in the Central African context, where wild meat (also known as bushmeat) represents a deeply complex conservation and development challenge: millions of people depend on wild meat for food and livelihoods, while unsustainable hunting threatens dozens of species and the ecological balance of the Congo Basin.  

    CA-BRIP was created precisely to bridge this science-policy gap. Established with funding from the UK Government through the Darwin Initiative, and building on collaborations established as part of the UKRI GCRF TRADE Hub, the SNAPP Partnership and the Sustainable Wildlife Management (SWM) Programme, this expert group brings together an expanding network of researchers, practitioners, and policymakers from Cameroon, the Democratic Republic of the Congo (DRC), and Gabon. It functions as a regional community of practice, providing national decision-makers with robust, context-specific evidence to inform strategies on wild meat use and governance. When governments request, CA-BRIP delivers targeted analyses, synthesizes available data, and supports national workshops aimed at drafting, discussing, and validating wild meat policy instruments. 

    Operation Pangolin — an initiative led by Florida International University in collaboration with the University of Oxford, the Zoological Society of London (ZSL) and other partners — similarly works to generate data that can inform conservation strategies for pangolins in Central Africa. Their Social-Ecological Systems (SES) team works in partnership with diverse stakeholders, including Indigenous Peoples, local communities, NGOs and government agencies, to feed in-depth research into innovative conservation solutions.  

    Meeting the demand for multi-stakeholder action on wild meat and wildlife trade requires skilled facilitators capable of managing diverse perspectives and co-designing change processes.  

    The training

    The facilitation training was delivered by Natasha Walker, a change and communication consultant with international experience designing participatory processes for companies, governments, and civil society organisations. The training covered the core principles of facilitation and developing a facilitator mindset, and enabled participants to learn by actively practicing their facilitation skills and receiving peer feedback. The CA-BRIP and Operation Pangolin teams then created concrete facilitation plans for their own upcoming workshops.  

    Sixteen participants from nine non-governmental organizations (NGOs), research institutes and government departments benefited from the training. Some individuals travelled to Cameroon from DRC, Gabon and the UK. They all left with practical tools for running participatory workshops, a strengthened understanding of how process design shapes outcomes, and individual feedback on their facilitation strengths and areas for growth. 

    What’s next?

    Good science and good evidence are necessary but not sufficient for sustainable wildlife management. They need to be embedded in participatory processes that bring decision-makers, communities, and practitioners into genuine dialogue. The training delivered at IRAD in Yaoundé was a direct investment in that capacity. 

    With CA-BRIP members and the Operation Pangolin team now equipped with stronger facilitation skills, the coming months will see these capabilities put to work in real stakeholder workshops — advancing the shared goal of securing sustainable, equitable, and culturally respectful wildlife management across Central Africa. 


    Acknowledgements

    The facilitation training workshop in Cameroon was organised by the University of Oxford, IRAD, ZSL and Collective Action to Save our Environment (CASE) in collaboration with other CA-BRIP member organisations. The training was funded by Research England through an International Science Partnerships Fund (ISPF) Institutional Support Grant for Official Development Assistance (ODA) awarded to the University of Oxford. We also acknowledge the financial support provided to CA-BRIP by the UK Government through the Darwin Initiative and from the European Union through the SWM Programme. The CA-BRIP network is coordinated by IRAD in Cameroon, the Institut de Recherche en Ecologie Tropicale (IRET) in Gabon, and the Ecole Régionale Post-universitaire d’Aménagement et de Gestion Intégrés des Forêts et Territoires Tropicaux (ERAIFT) in DRC, with technical support from Landscape Alliance and the University of Oxford. For Operation Pangolin, we acknowledge financial support from Allen Family Philanthropies.   

  • What we do and don’t know about wild meat in Asia and the Pacific

    What we do and don’t know about wild meat in Asia and the Pacific

    Pig for the feast, East Nusa Tenggara, Indonesia. Photo by Aulia Erlangga/Landscape Alliance

    By Daniella Silva

    13 May 2026A new research community calls for more interdisciplinary and systems-informed research 


    “In the forests of the Congo Basin, a man is checking a wire snare before dawn. What he brings home tonight may be the only animal protein his family eats this week. 

    [At the same time], in the markets of Kinshasa, a woman is paying a premium for smoked antelope because it is what her mother served and her mother’s mother before her. 

    And somewhere in a conference room, a conservationist is arguing that both of these people are driving a species to extinction. 

    All three of them are right,” said Robert Nasi, Director of Science at Landscape Alliance, at the first Wild Meat Dialogues webinar for Asia and the Pacific. Although these examples come from Africa, the discussions showed how they are representative of the complex social and ecological drivers of wild meat use globally. 

    The Wild Meat Dialogues is an initiative of the Sustainable Wildlife Management (SWM) Programme that aims to build a community in Asia-Pacific around regional wild meat research, closing knowledge gaps and contributing to better informed policies and community-based wildlife management.  

    The first session asked, “why are we here?” and laid out the rationale for more collaborative research and practice on this topic. 

    What we do and don’t know 

    Wild meat sits at the intersection of a plethora of issues including biodiversity conservation, sustainable livelihoods, zoonotic disease risks and food security and nutrition.  

    A global survey found an estimated 150 million households in the global south harvest wild meat for essential daily protein, income and micronutrients such as iron and zinc for rural populations. But overexploitation, driven by increased demand for wild meat, habitat loss and climate change, are contributing to “empty forests” that look healthy from above but are functionally dead, stripped of their vertebrate populations.  

    Understanding wild meat value chains and trends provides valuable insights to communities and governments about how to sustainably, equitably and safely manage wildlife and monitor changes in the ecosystem. 

    “[In Asia and the Pacific] we don’t yet have a clear regional picture of how wild meat value chains function, what their impacts are, and what the greatest risks and opportunities are,” said Manon Mispiratceguy, FAO Regional Coordinator for Asia and the Pacific, in her opening address. 

    The knowledge gaps in Asia and the Pacific are particularly important to address because of the region’s high biodiversity, high hunting rates, and extensive wildlife trade networks. There have also been several zoonotic disease outbreaks in the last couple decades linked with wild meat use. 

    Jasmine Willis, PhD scholar at University of Oxford and researcher at Landscape Alliance, shone some light on these gaps, presenting findings from a systematic mapping exercise she and her colleagues conducted to understand wild meat use in SE Asia between 2000-2023. They found: 

    A growing body of research: Research on wild meat increased substantially around 2019-20, with publications peaking in 2021. 

    Research efforts are uneven: A high number of studies focused on Vietnam and Indonesia, while the least researched countries were Singapore, Brunei, Timor Leste with one study each. 

    A greater focus on “what” rather than “why”: Most studies from the region are descriptive, documenting quantity, hunting frequency and wild meat prices. There is less research available on social drivers, effectiveness of behavioral interventions, zoonotic disease mitigation, and taboos or decision processes that shape wild meat trade and consumption. 

    Few studies used mixed methods or interdisciplinary approaches 

    The ongoing gaps in location-specific data and social drivers matter: Policies that move forward without a good understanding of the way that social and ecological systems interact, or which are not grounded in context-appropriate research risk failure. Willis and the other presenters recommended moving beyond descriptive research to interdisciplinary and systems-based research that closes knowledge gaps and improves effective policy interventions. 

    First session of the Wild Meat Dialogues webinar.

    Case studies: Zoonotic risks, flying foxes and subsistence hunting 

    Following the framing presentations, Kim Sookee, a forest and biodiversity intern at FAO moderated three lightning talks from Vietnam, New Caledonia and Papua and a panel discussion. 

    In Vietnam, Country Director for the Wildlife Conservation Society (WCS), Hoang Thuy, described the ongoing challenges in mapping the wild meat value chain and the zoonotic risk involved in these supply chains. While they have tracked wild meat and pet trade via online posts, they have not yet been able to measure the volume of wild meat going straight to restaurants and are planning more community-based research to close this gap. Echoing Willis’s earlier presentation, she noted that they need more data on the socio-ecological drivers of wild meat trade in the country. 

    Malik Oedin, Chief District Forest Officer and President at Guardiens des Iles, focused his talk on flying foxes in New Caledonia, where their meat is considered both a delicacy and an important part of Indigenous ceremonies. In some cases, communities also use the bones and hair of flying foxes as a form of currency. Hunting has become unsustainable, however, and the population of flying foxes is decreasing. Oedin and his team are training environmental services staff and consulting with communities, poachers, government ministers and other stakeholders to forge sustainable futures for this species. 

    Meanwhile overexploitation of wild meat has not yet become a problem in Papua, according to Freddy Pattiselanno, Head of the Institute of Research and Community Services at the Universitas Papua, Indonesia. Almost all consumption and trade are for subsistence, and there are strong traditional norms for sustainable use.  

    Next steps 

    The first Wild Meat Dialogues session was only an introduction. To continue answering the question of what we do and don’t know about wild meat in Asia and the Pacific, future dialogues will move from understanding the context, to identifying solutions, existing tools, and connecting research to policy. 


    Acknowledgements

    The SWM Programme is a major international initiative that aims to improve the conservation and sustainable use of wildlife in forest, savannah and wetland ecosystems. It is funded by the European Union, with co-funding from the French Facility for Global Environment (FFEM) and the French Development Agency (AFD). Projects are being piloted and tested with governments and communities in 16 participating countries. The initiative is coordinated by a dynamic consortium of four partners, led by the Food and Agriculture Organization of the United Nations (FAO) with Landscape Alliance (formely known as the Center for International Forestry Research and World Agroforestry (CIFOR-ICRAF)), the French Agricultural Research Centre for International Development (CIRAD) and the Wildlife Conservation Society (WCS). 

  • How biodiversity is being measured and protected in Cameroon’s Mintom forests

    How biodiversity is being measured and protected in Cameroon’s Mintom forests

    Field agents receive hands-on training in camera trap installation and biodiversity monitoring during a WildMon workshop in Cameroon’s Mintom landscape. Photo by WildMon.

    By Julia E. Fa

    This content was originally posted on Forests News


    8 Jun. 2026 — Southern Cameroon’s Mintom landscape is a stronghold for biodiversity in Central Africa. This vast tropical forest supports a remarkable variety of life, from forest elephants and great apes to pangolins, blue duikers, frogs and countless other species. Yet this ecological richness faces growing pressure from human activities. Unregulated hunting, habitat fragmentation, agricultural encroachment, illegal mining and infrastructure development are accelerating the erosion of wildlife populations and ecosystem health.

    In response, the Sustainable Wildlife Management (SWM) Programme is implementing a comprehensive biodiversity assessment across the Mintom landscape. This initiative is designed to do more than record declines; it aims to generate robust, site-specific data that informs conservation priorities, guides sustainable management practices and lays the foundation for new forms of biodiversity financing.

    Laying the foundation for biodiversity financing

    The SWM Programme team has adopted a three-stage assessment framework that integrates ecological research, community knowledge and spatial analysis. The first stage frames the system, defining what is being monitored, the scale and scope of measurement, and the potential application of results to conservation credit systems. The framing stage also establishes timelines, sets site-based targets, and determines how value might be attributed to different areas or species. For example, tiered credit systems linked to ecological importance can help determine value.

    The broader goal of this work is not only to inform conservation strategies in Mintom but to build the methodological foundation for biodiversity crediting — a system in which conservation outcomes can be verified, valued, and potentially financed. As global interest in biodiversity markets continues to grow, the demand for credible, science-based metrics will only increase. The approach being developed in Mintom offers a model that is ecologically rigorous, locally relevant, and adaptable across different ecological and cultural contexts.


    Acknowledgements

    The camera trapping and analysis at SWM Programme sites in Cameroon were carried out in partnership with Map of Life and WildMon. Acoustic monitoring, camera trap monitoring, and AI analysis are provided through Wildmon, while Map of Life Solutions facilitates the eDNA sampling, lab processing, and data integration to produce species distribution models that power standardized metrics.   

    Map of Life Solutions is powered by the science of the Center for Biodiversity and Global Change at Yale University. Their partnership with CIFOR-ICRAF is funded by the European Commission (EC) and facilitated through the SWM Programme.  

    WildMon is a nonprofit organization led by global experts in ecology and conservation technology. By combining biodiversity data from tools such as ecoacoustics and camera traps with AI-powered analysis, WildMon turns ecological information into practical insights for conservation. Its tools and services help reduce technical barriers and support the people and organizations closest to nature, strengthening their ability to autonomously monitor and safeguard biodiversity. 

    The SWM Programme is a major international initiative that aims to improve the conservation and sustainable use of wildlife in forest, savannah and wetland ecosystems. It is funded by the European Union, with co-funding from the French Facility for Global Environment (FFEM) and the French Development Agency (AFD). Projects are being piloted and tested with governments and communities in 16 participating countries. The initiative is coordinated by a dynamic consortium of four partners, led by the Food and Agriculture Organization of the United Nations (FAO) with Landscape Alliance (formely known as the Center for International Forestry Research and World Agroforestry (CIFOR-ICRAF)), the French Agricultural Research Centre for International Development (CIRAD) and the Wildlife Conservation Society (WCS).