AI and Satellites Used in Fight To Save Africa's Wetlands
"The beauty of this tool is its flexibility and scalability. It ensures African nations have the ability to monitor, report on, and manage their wetlands independently using consistent and repeatable methods."
— Mpho Sadiki, Digital Earth Africa Scientist
What We're Losing
Since 1970, 411 million hectares of wetlands have disappeared globally—roughly 22% of the world's total. That's an area larger than India, vanishing at an annual rate of 0.52%.
Africa holds 131 million hectares of wetlands, ecosystems that regulate floods, purify water, store carbon, and support millions of livelihoods. But from coastal wetlands in Ghana being clogged by UK clothing dumps to climate change threatening mangroves in Zanzibar, to Zimbabwe's fragile wetlands being compromised by agriculture and urbanization, these vital ecosystems are under pressure across the continent.
The most critical challenge isn't just habitat loss—it's the monitoring gap. Most African countries lack the data, tools, and technical capacity to track what they're losing, making conservation planning nearly impossible and hampering efforts to meet global environmental commitments like the Ramsar Convention on Wetlands.
The Solution Taking Root
At Ramsar COP15 in Victoria Falls in July 2025, Digital Earth Africa launched tools designed to close that gap: a Wetlands Monitoring Workflow and online training module that give African countries unprecedented ability to monitor their wetlands using free satellite data covering the entire continent.
What makes this different is who built it and how it works. African scientists developed these tools specifically for African contexts, addressing the barriers that have long prevented effective wetland monitoring: limited resources, time constraints, and technical skill gaps.
"Wetlands are at the heart of Africa's environmental and economic resilience, supporting flood regulation, food systems, biodiversity, water security and millions of livelihoods," says Dr. Lisa-Maria Rebelo, Managing Director and Lead Scientist at Digital Earth Africa. The new tools enable "those involved in the management of water and wetland resources to better understand surface water availability, quality, and changes over the past three decades."
Who's Making It Work
Four countries are already implementing the workflow, creating a proof of concept for continental wetland monitoring: South Africa, Senegal, Kenya, and Uganda.
The implementations run through partnerships with regional organizations that understand local contexts. The Regional Centre for Mapping of Resources for Development (RCMRD) coordinates work in Kenya and Uganda, while the Centre de Suivi Écologique (CSE) leads in Senegal. In South Africa, the South African National Biodiversity Institute (SANBI) provides validation data and implementation support.
These aren't just pilot projects—they're building the technical capacity that allows countries to manage their wetlands independently. Each implementation adapts the core workflow to national classification systems and conservation priorities, creating customized monitoring approaches while maintaining continental consistency.
Kenya's Yala Swamp, one of East Africa's largest wetlands, demonstrates the potential. Using the new tools, conservation teams track seasonal water variations, detect agricultural encroachment through vegetation analysis, and monitor restoration efforts—all without constant expensive field surveys. The satellite data reveals patterns that ground teams would struggle to see: how flooding connects different wetland zones, where habitat fragmentation is occurring, and which restoration interventions are working.
By the Numbers
| 131 million hectares | Africa's total wetland area |
| 411 million hectares | Global wetland loss since 1970 |
| 4 countries | Currently implementing the workflow |
| 30+ years | Historical satellite data available |
| 100% free | Open-access tools and continental data |
How the Technology Works
The technical foundation combines three decades of satellite observations with artificial intelligence that can process massive datasets without requiring expensive local computing infrastructure.
Landsat satellites provide the historical baseline, with imagery at 30-meter resolution dating back to 1984. The European Space Agency's Copernicus Sentinel satellites add higher-frequency monitoring, passing over the same area every five days. Google Earth Engine handles the processing, running computations in the cloud so users don't need powerful computers.
According to Dr. James Mumina Muthoka, a Research Fellow in Earth Observation at the University of Sussex, "AI and machine learning analyse large datasets to detect patterns and predict changes in species distribution. These tools assess the impact of environmental stressors, like climate change, and inform proactive conservation strategies."
How the Monitoring Process Works
- Access Free Data: Satellite imagery from Landsat and Copernicus platforms covering the entire African continent
- Run the Workflow: Customizable code identifies wetland extent and tracks changes over time
- Track Patterns: Monitor seasonal variations and long-term trends using 30+ years of historical data
- Generate Reports: Automated outputs meet Ramsar Convention reporting requirements
- Build Capacity: Training modules prepare local technical teams for independent operation
The workflow includes several specialized components. Water Observations from Space (WOfS) analyzes every available satellite image since 1984, creating a "water history" for each 30-meter pixel: how often has this spot been wet? This distinguishes seasonal wetlands from permanent water bodies and reveals flood patterns that matter for conservation planning.
The Waterbodies Monitoring Service tracks individual wetland size and shape changes month by month, monitoring water level variations and detecting encroachment from agriculture or urban development. When significant changes occur—a wetland shrinking by 20%, for example—the system can generate alerts.
The Wetland Insight Tool combines these data sources into single analyses, generating reports that match Ramsar Convention requirements and producing maps ready for conservation planning. Users can compare different time periods, seeing exactly how a wetland has changed between 2000 and 2024, or track recovery after restoration interventions.
What Makes This Accessible
Traditional wetland monitoring requires field teams physically visiting sites, compiling snapshots in time that become outdated quickly. The process is expensive, limited to accessible areas, and produces inconsistent data using different methods in different countries.
Satellite monitoring flips that model. The same satellites observe every wetland simultaneously, building a continuous 30-year record that covers remote and dangerous sites as easily as accessible ones. Processing happens in the cloud, eliminating the need for expensive software licenses or powerful computers. Everything runs in web browsers.
Digital Earth Africa provides pre-written code notebooks—users customize existing frameworks rather than coding from scratch. Training modules walk through each step, and implementing countries share knowledge through a growing community of practice.
The workflow developer, Mpho Sadiki, designed it specifically to overcome resource constraints. "The workflow is designed to overcome these barriers by using free, accessible data and adaptable code, allowing countries to create detailed wetland maps and monitor changes over time," Sadiki explains.
Countries adapt the core framework to their needs: defining wetland classification systems that match national standards, setting monitoring priorities based on conservation goals, calibrating algorithms using local validation data, and generating outputs formatted for national reporting requirements. South Africa's wetland types differ from Senegal's, and the workflow accommodates both.
Why Wetlands Matter
The technical capabilities matter because wetlands themselves matter. They provide flood regulation that protects communities during extreme weather, water purification that maintains drinking water quality, and carbon sequestration that helps mitigate climate change. These aren't abstract environmental services—they translate directly into economic value and human safety.
Over 40% of the world's bird species depend on freshwater wetlands for feeding and nesting. Fish populations use wetlands as breeding grounds. Amphibians rely on them for reproduction. The biodiversity supported by wetlands extends far beyond the wetland boundaries themselves.
Kenya's Yala Swamp illustrates the connection between monitoring and conservation outcomes. Community-led conservation initiatives there balance human needs with biodiversity protection through sustainable land management. Wetland restoration enhances climate resilience and protects water resources. But none of that works without knowing what's happening—which areas are degrading, which interventions are succeeding, where to focus limited conservation resources.
What Comes Next
Digital Earth Africa participated in high-level discussions at Ramsar COP15 on National Wetland Inventories and the global GEO Wetlands Initiative. The organization is now working to expand the tools to more African countries and integrate wetland monitoring with climate adaptation planning.
The four implementing countries are building the evidence base that other nations will use to justify adoption. As RCMRD, CSE, and SANBI demonstrate results—more accurate wetland inventories, better conservation targeting, improved Ramsar reporting—the case for continental adoption strengthens.
"The new Digital Earth Africa tools strengthen the capacity of African Contracting Partners to meet their obligations to the Ramsar Convention on Wetlands using the latest satellite technologies," Dr. Rebelo notes. "We are excited to expand our efforts to support national inventories, enhance Ramsar site monitoring, and assist countries with capacity-building initiatives."
The technical infrastructure is ready. The training materials exist. The partnerships are forming. What happens next depends on whether African governments recognize wetland monitoring as essential infrastructure for climate adaptation and biodiversity conservation—and whether they invest in the technical capacity to use these tools effectively.
Frequently Asked Questions
Is this really free, or are there hidden costs?
The satellite data and workflow tools are completely free and open-access. Countries need internet connectivity and staff time for training and implementation, but there are no licensing fees or data purchase costs.
What technical skills are required?
Basic GIS and remote sensing knowledge helps, but Digital Earth Africa provides comprehensive training modules. The workflow is specifically designed for users with limited technical capacity, using pre-written code that can be customized rather than requiring programming from scratch.
How accurate is satellite monitoring compared to ground surveys?
Satellite data provides consistent, repeatable measurements over large areas at regular intervals. Ground validation improves accuracy, which is why the partnerships include local conservation institutions that contribute field observations. The combination of satellite monitoring and targeted ground truthing produces the most reliable results.
Can the tools monitor seasonal changes or just long-term trends?
Both. The workflow tracks seasonal water level variations within a single year and long-term wetland extent changes using 30+ years of historical data. This allows users to distinguish normal seasonal flooding from permanent habitat loss.
What if a country already has some wetland monitoring in place?
The workflow complements existing efforts rather than replacing them. It fills data gaps, provides standardized methods for Ramsar reporting, and adds the historical perspective that ground surveys alone cannot provide. Countries with established monitoring programs can use the satellite tools to extend coverage to remote areas or validate field observations.
How does this help with wetland restoration efforts?
The 30-year historical record shows what wetlands looked like before degradation, providing restoration targets. Ongoing monitoring tracks whether restoration interventions are working, allowing adaptive management. The same tools that detect wetland loss can verify wetland recovery.
Sources
- Digital Earth Africa - Wetlands Monitoring Workflow launch announcement
- Further Africa - AI & Digital Tools Revolutionising Wetland Conservation in Africa
- Ramsar Global Wetland Outlook 2025
- Regional Centre for Mapping of Resources for Development (RCMRD)
- South African National Biodiversity Institute (SANBI)
- Centre de Suivi Écologique (CSE)
- Ramsar Convention on Wetlands
- University of Sussex - Dr. James Mumina Muthoka, Research Fellow in Earth Observation
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Note to Media
This content is available for republication under Creative Commons licensing.
Additional story angles:
- African technological sovereignty in environmental monitoring
- Climate adaptation tools for resource-constrained countries
- Cross-border conservation data collaboration networks
- Ramsar Convention implementation capacity building
- Free satellite data democratizing conservation science
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How the Monitoring System Actually Works
The Aru monitors used two free tools created by the World Resources Institute: Global Forest Watch and Forest Watcher. Understanding how these tools work together explains why communities worldwide have adopted them.
Global Forest Watch is a website that analyzes satellite images from NASA and the European Space Agency every week. When satellites detect forest clearing, the system marks the location. Users draw custom monitoring areas around forests they care about. The system emails alerts when clearing appears in those areas.
Forest Watcher is a smartphone app that downloads alerts from Global Forest Watch. In the field, it works without internet. The app shows monitors exactly where to go using GPS. It provides forms for documenting findings. It stores photos with GPS coordinates. When monitors return to internet coverage, it uploads everything.
The two tools handle different parts of the monitoring process. Global Forest Watch runs on computers and needs internet for planning and setup. Forest Watcher runs on smartphones and works offline for field investigations and evidence collection. The Aru monitors used both in sequence: they checked Global Forest Watch on computers to see weekly alerts, downloaded those alerts to Forest Watcher on their phones, went to the forest, investigated, collected evidence, came back and uploaded it. That cycle repeated 2,400 times over 18 months.
Why These Tools Keep Monitors Safe
Direct confrontation with illegal loggers is extremely dangerous. Limbi Blessing Tata, founder of Ecological Balance Cameroon, describes the reality of illegal logging operations:
"Even with the forestry guys and rangers, you wouldn't want to go there with just one person or just two. These guys are ready to kill. Some are on substances. It's just a chaotic situation. It's not just about who is investing in illegal logging, it's also about the people who are getting petty jobs like the carriers, the guys that are doing the sawing, the cutting down of the trees. Everybody is very protective of their job. Everybody is very protective of how much they will pay them. There is danger everywhere.
"We had a serious confrontation. We had to call backup, the police. It was a crazy situation. This was in my previous job, at Ecological Balance Cameroon we are not working directly on illegal logging because I feel that my team, we still don't have the resources, we still don't have the capacity. You can't confront illegal logging without the very heavy involvement of the Ministry of Forestry or the authorities."
Satellite monitoring tools change the equation. Monitors document evidence from safe distances. They photograph cleared areas after loggers leave. They never confront operations in progress. The data goes to authorities, journalists, or legal teams who have resources and protection to pursue cases.
This approach keeps monitors safe while still stopping illegal logging. Different groups use the tools in different ways, each leveraging their unique position to fight deforestation without physical confrontation.
Who Uses These Tools and How
Forest Rangers in Protected Areas
Uganda Wildlife Authority shifted ranger patrols from random routes to intelligence-led operations based on Forest Watcher alerts. Rangers now respond within hours to new clearing instead of discovering illegal logging days or weeks later. The approach maximizes limited ranger resources by directing patrols exactly where problems occur.
In Tanzania, PAMS Foundation trained community rangers across the Ruaha-Rungwa ecosystem to use Forest Watcher for anti-poaching patrols. Rangers reduced response time to elephant poaching from three days to six hours by following GPS alerts to exact locations. Rangers arrive with legal authority to make arrests, reducing risk compared to unarmed community members.
Indigenous Forest Defenders
The Jane Goodall Institute has trained more than 1,800 people across East Africa to use Forest Watcher since 2014. Training participants include village forest monitors, private forest owners, government rangers, and conservation staff working in Indigenous territories.
Thirty-six Indigenous communities across the Peruvian Amazon use the tools to document illegal clearing in their titled territories. Communities organize patrol teams that investigate alerts collectively. They document evidence through their phones and present it to authorities through established legal channels. The documented proof helped communities secure land titles from the Peruvian government by showing active territorial management.
Grassroots NGOs and Community Groups
Environmental Rights Action in Nigeria used Global Forest Watch data to campaign for protection of 13,750 hectares in Cross River State. The satellite evidence documented clearing patterns over time and convinced government officials to strengthen protection measures. The NGO never confronted loggers directly but used data to pressure authorities into action.
Conserv Congo trains community monitoring teams across the Congo Basin, adapting the tools for areas where internet access is sporadic. They focus on training central coordinators who download alerts and share them via text message to monitors with basic phones. The evidence feeds into advocacy campaigns rather than direct confrontation.
Investigative Journalists
Journalists use Global Forest Watch to identify deforestation patterns worth investigating. The satellite data shows where clearing is happening, how fast, and whether it's accelerating. Reporters visit sites after logging operations finish, document the damage, trace timber supply chains, and publish investigations that pressure governments to act. The tools provide story leads and verifiable data that make environmental crime reporting possible even in remote areas.
Citizen Scientists and Activists
Thousands of individuals worldwide monitor forests they care about without formal organizational backing. Some monitor community forests near their villages. Others track protected areas they visit regularly. University students analyze deforestation patterns for research projects. Activists document environmental destruction to share on social media and pressure authorities. The free tools democratize access to satellite data that was previously available only to governments and large organizations.
Success Stories From Across Africa
African communities and organizations have adopted forest monitoring tools faster and achieved better results than any other region globally. The 18% average reduction in deforestation represents thousands of hectares of forest still standing.
Madagascar's community forestry programs trained local monitors to use Forest Watcher for patrol documentation. Monitors record routes, observation points, and findings during regular forest patrols. The GPS-tagged data proves to donors that community forestry programs conduct regular monitoring. That documentation has helped secure continued funding for programs that might otherwise lose support due to lack of measurable results.
Kenya's private forest owners use the tools to monitor their own land. The Jane Goodall Institute trained private landowners around Kakamega Forest to set up monitoring areas covering their properties. Owners receive alerts when clearing happens on their land, often detecting illegal harvesting before they would have discovered it through ground visits. The early detection stops small-scale theft from escalating into larger operations.
Ghana's community forests benefit from monitoring by groups like the Resource Foundation Ghana, a 2024 Small Grants Fund recipient. The organization uses satellite data to support community-managed forest reserves, providing evidence of successful protection that helps communities maintain control over forest resources rather than losing them to commercial interests.
West Africa's cross-border conservation networks share monitoring data across national boundaries. When deforestation alerts appear near borders, organizations in neighboring countries coordinate responses. The tools enable collaboration at scales previously impossible without expensive coordination infrastructure.
The Congo Basin presents unique challenges with limited connectivity and equipment access. Organizations like Conserv Congo adapt the tools by training central coordinators who download alerts in areas with internet, then share information via text message to field monitors with basic phones. The adapted approach brings satellite monitoring to areas with minimal technology infrastructure.
Southern Africa's collaborative programs demonstrate how the tools work in different ecological contexts. Monitoring programs track deforestation in miombo woodlands, which face different threats than tropical rainforests. The same satellite alerts that detect clearing in the Congo Basin work equally well in Zimbabwe's woodlands or Mozambique's coastal forests.
Challenges Monitors Face and Practical Solutions
Satellite monitoring tools work, but implementation faces real barriers. Communities that have succeeded identify common challenges and share solutions that work.
Internet connectivity: Many monitoring areas lack reliable internet. Forest Watcher's offline capability solves the field investigation problem, but downloading alerts still requires occasional connectivity. Solution: Monitors download weekly alerts when they travel to towns with WiFi. Some organizations set up shared internet points where monitors gather weekly to update their apps. One download session per week is sufficient for most monitoring programs.
Equipment costs: Basic smartphones cost $50-200, which remains unaffordable for many community monitors. Solution: Organizations apply to the Global Forest Watch Small Grants Fund, which provides equipment grants up to $30,000. Several monitors can share one smartphone if budget is extremely limited. Some successful monitoring programs have one smartphone per five-person team.
Technology literacy: Not everyone feels comfortable with smartphone apps and GPS navigation. Solution: Training works best when experienced users train new users, not when external experts deliver one-time workshops. The Jane Goodall Institute found that ongoing peer support succeeds where one-off training sessions fail. Start with one or two confident smartphone users and let them train others.
Authorities ignoring reports: The Aru monitors succeeded because authorities acted on evidence. In some regions, documented proof still gets ignored. Solution: Organizations combine monitoring data with media attention and advocacy campaigns. Environmental Rights Action in Nigeria used satellite evidence as part of a broader campaign that made ignoring the data politically difficult. When direct reporting to authorities fails, journalists and advocacy groups amplify the evidence.
Safety concerns: As Limbi Blessing Tata explained, confronting illegal loggers is dangerous. Solution: Never investigate active operations. Visit sites after loggers leave. Document evidence from safe distances. Share data with authorities, journalists, or legal teams rather than confronting operations directly. If an alert shows very recent clearing and you hear machinery, document from a distance or return later.
Language barriers: Global Forest Watch and Forest Watcher interfaces are in English, which creates barriers for some users. Solution: The apps are being translated into additional languages. Meanwhile, successful programs create simple visual guides in local languages showing button sequences for common tasks. Communities that speak the same language share translated guides with each other.
Sustaining programs after initial enthusiasm: Many monitoring programs start strong but fade after several months. Solution: Integrate monitoring into existing community structures rather than creating standalone programs. Peru's success came from embedding monitoring into community assemblies that were already meeting regularly. Programs that piggyback on existing meetings and decision-making structures last longer than programs requiring new organizational structures.
Three Ways to Start Fighting Illegal Logging This Week
You don't need permission to begin monitoring forests. You don't need a large organization or major funding. You can start with a smartphone and an afternoon. Here are three pathways depending on your situation.
If You Want to Monitor Forests Yourself
Create a Global Forest Watch account today. Draw a monitoring area around forest you care about. Subscribe to alerts. Install Forest Watcher on your phone. Within one week, you'll receive your first alerts. Download them to your phone and investigate one location. Document what you find. Upload the evidence. You've completed your first monitoring cycle.
Budget two hours for initial setup. Your first field investigation will take half a day. After that, weekly monitoring takes a few hours.
If You Want Support and Funding
The Global Forest Watch Small Grants Fund provides grants up to $30,000 for forest monitoring projects. Applications are evaluated three times per year. The fund covers equipment, training, and operational costs. Recent African recipients include organizations in Ghana, Nigeria, and several East African countries.
Application requirements are straightforward: describe your monitoring area, explain your monitoring plan, show community support, and provide a realistic budget. Successful applicants demonstrate clear plans for using data to achieve specific outcomes, not just collecting information.
If You Want to Organize Your Community
Share this article with community leaders, forest user groups, or local environmental organizations. Propose setting up community monitoring using the free tools. Show examples from Peru's 36 communities or Uganda's ranger programs. Identify three people willing to learn the tools and train others.
Start small. Monitor one forest area collectively. Hold monthly meetings to review alerts and decide responses. Document your results for three months. Use that documented success to expand monitoring to additional areas or recruit more monitors.
Why This Battle Matters
In 2024, 8.1 million hectares of forest disappeared globally, 63% higher than the rate needed to halt deforestation by 2030. Tropical primary forest loss reached 6.7 million hectares, nearly double 2023. Of 20 countries with the largest primary forests, 17 now have higher loss rates than when their leaders signed the Glasgow Declaration in 2021 promising to halt deforestation.
In South Africa, indigenous forests cover only 0.56% of the landmass—approximately 530,000 hectares scattered in fragments along coasts and mountain slopes.
Illegal logging generates $30-100 billion annually. Between 50-90% of logging in key tropical countries operates illegally. At least 177 forest defenders were killed in 2022 protecting forests from operations that use violence to protect profits.
Traditional enforcement fails because forests are vast and resources are limited. Before satellite monitoring, Uganda's Kibale National Park rangers covered less than 5% of the park area monthly through random patrols. They might discover illegal logging by chance, or never find it at all.
Satellites check every hectare systematically every week. Rangers receive alerts with exact GPS coordinates showing where clearing occurred. They can respond to specific locations instead of patrolling randomly hoping to find evidence. PAMS Foundation rangers in Tanzania reduced response time from three days to six hours using this method.
The Aru monitors' 2,400 documented incidents led to $47 million in seized timber. Peru's 36 communities achieved 52% deforestation reduction. African communities achieved 18% reduction, the strongest results globally. The tools cost nothing. The documentation works: GPS coordinates, timestamped photos, standardized forms authorities can verify.
Frequently Asked Questions
What equipment do I need to start forest monitoring?
You need a basic smartphone (any model from the last 5-7 years), email address, and occasional internet access to download alerts. Both Global Forest Watch and Forest Watcher apps are completely free. Forest Watcher works offline in the field, so you only need internet connectivity for initial setup and weekly alert downloads.
How long does training take?
Initial setup takes approximately two hours: creating a Global Forest Watch account, drawing monitoring areas, and installing Forest Watcher. Your first field investigation will take half a day as you learn the documentation process. After that, weekly monitoring typically requires a few hours depending on alert frequency and distance to monitoring sites.
Is it safe to investigate illegal logging sites?
The satellite monitoring approach keeps you safe by eliminating direct confrontation. You investigate sites after loggers have left, document evidence from safe distances using GPS coordinates and photos, and share data with authorities rather than confronting operations. Never approach active logging operations or areas where you hear machinery.
What if authorities ignore my reports?
Successful programs combine monitoring data with media attention and advocacy campaigns. Organizations like Environmental Rights Action in Nigeria used satellite evidence as part of broader campaigns that made ignoring data politically difficult. Consider partnering with journalists, legal teams, or advocacy organizations who can amplify your evidence.
Can I get funding for forest monitoring?
The Global Forest Watch Small Grants Fund provides grants up to $30,000 for forest monitoring projects, covering equipment, training, and operational costs. Applications are evaluated three times per year. The fund supports community-led monitoring programs across Africa, with recent recipients in Ghana, Nigeria, and East Africa.
What makes African monitoring programs particularly successful?
African communities achieved an 18% reduction in forest loss, the strongest results globally. Success factors include integration with existing community structures, adaptation to local contexts (like Conserv Congo's text message system for areas with limited internet), and strong partnerships between local monitors and international support organizations like the Jane Goodall Institute.
Sources & Additional Resources
Primary Organizations
- World Resources Institute - Developers of Global Forest Watch platform
- Global Forest Watch - Satellite-based forest monitoring platform
- Forest Watch Indonesia - Aru Islands monitoring program
- Uganda Wildlife Authority - Ranger patrol programs
- PAMS Foundation - Tanzania anti-poaching initiatives
- Jane Goodall Institute - East Africa training programs
- Environmental Rights Action/Friends of the Earth Nigeria - Cross River State protection campaign
Key Research & Case Studies
- Indigenous Peoples and Local Communities Are Using Satellite Data to Fight Deforestation - World Resources Institute case study on Aru Islands and Peru monitoring programs
- Global Forest Watch Small Grants Fund - Application information for equipment and training grants up to $30,000
Related Articles
- How We Grew It: Ecological Balance Cameroon - Interview with Limbi Blessing Tata on community conservation challenges
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