Restoring these forests is a long-term process that requires patience, dedication, and a deep understanding of local ecosystems. Through native tree propagation, planting, and natural regeneration, Trees4Moz is working to rebuild forest structure, increase biodiversity, and create a healthier and more resilient landscape.

New Trees Taking Root

The past winter brought several exceptionally heavy rain showers to the Nhamacoa Forest, creating excellent conditions for planting. Taking advantage of the increased soil moisture, the Trees4Moz team successfully transplanted several hundred young trees from the nursery into restoration areas. These included panga panga, umbaua, acacia, tamarind, coral trees, and kapok—species that contribute to restoring the diversity and ecological functions of the forest.

The planting of kapok trees has already provided a memorable reminder of the connection between forest restoration and wildlife recovery. Kapok flowers are highly attractive to birds and pollinating insects, making them valuable additions to a restored ecosystem. However, they also attracted the attention of bushbuck. Trees4Moz nursery worker Maqui recently discovered two bushbuck feeding on the tender tops of newly planted kapok seedlings. Although the young trees will need time to recover, this encounter is an encouraging sign that wildlife is actively using the restored habitat.

Preparing New Areas for Restoration

The team is currently preparing a third field for planting during the next rainy season. This area has remained unused for many years and has become heavily dominated by Feijão Maluco (Mucuna pruriens), a vigorous climbing legume also known as the “mad bean.”

The plant’s seed pods are covered in fine brown hairs containing mucunain, a compound that can cause severe skin irritation when touched. This makes manual removal extremely challenging, and the restoration team has determined that controlled burning is the safest and most practical way to prepare the site for planting.

Despite its challenges, Feijão Maluco also plays an ecological role. As a nitrogen-fixing plant, it can improve depleted soils by increasing nitrogen availability, helping restore soil fertility over time.

A Milestone After More Than Two Decades

As the dry season progresses, trees across Nhamacoa Forest are shedding their leaves and beginning to produce seeds. One of the most exciting discoveries this season was the first natural regeneration of chanfuta trees planted by Trees4Moz in 1999.

A mature chanfuta seed pod was found on the forest floor, along with several tiny naturally germinated seedlings growing nearby. After more than 20 years, these trees are now reproducing independently—a major milestone demonstrating that restoration efforts can ultimately lead to a self-sustaining forest ecosystem.

Looking Ahead: Growing the Forest of the Future

With the next rainy season approaching, Trees4Moz is preparing for another ambitious planting programme. The goal is to raise an additional 10,000 native trees in the nursery, ready for planting across restoration sites in Nhamacoa.

With continued support and favourable rainfall, these efforts will expand restored forest areas, improve habitat for wildlife, and strengthen the resilience of Mozambique’s miombo woodlands for future generations.

The African Conservation Foundation and Trees4Moz are grateful to everyone supporting this restoration journey—helping bring back Mozambique’s forests one tree, one season, and one generation at a time.

The post Restoring Nhamacoa Forest, One Tree at a Time  appeared first on African Conservation Foundation.

Together with our local project partner Trees4Moz in Mozambique, we’re working to change that — one tree at a time.

Why Reforestation Matters Now

The late conservationist David Shepherd once wrote that wildlife had only 2% of the Earth left to itself. That was 50 years ago. Today, the urgency has only grown.

Forests like Nhamacoa are home to countless species — not only animals, but trees that offer food, shelter, medicine, and identity to rural communities. The loss of this biodiversity affects everyone.

45,000 Indigenous Trees and Counting

Since launching, the local Trees4Moz team and partners have grown more than 45,000 trees, with over 20,000 trees funded by generous donors and organisations. A further 1,000 trees have been donated to the local environmental department, and 200 to the Nhamacoa school, supporting education and environmental awareness.

We also provide seedlings to local families and farmers who want to restore their land — making this a truly community-led movement.

From Forest Floor to Classroom: Seeds and Stories

Seed collection begins with the forest — and with children. Local kids bring us small bags of seeds they’ve gathered, which we buy to support their school expenses. Often it’s the smallest child (usually a girl!) who negotiates the best price — a charming and hopeful reminder of what this work is really about.

Among the species we grow are:

• Chanfuta (Afzelia quanzensis)
• Panga Panga (Millettia stuhlmannii)
• Pau Ferro (Swartzia madagascariensis)
• Muvuve (Kigelia africana)

These are not just trees — they are part of local healing traditions, sources of sustainable materials, and shelters for bees, birds, and primates.

Wildlife Returns: Even the Monkeys

Some trees, like kapok, attract bees and birds — but recently also Samango monkeys, who nibble the flower buds before they bloom. Thankfully, with a new donation of kapok seeds from Allan Schwarz of Mezimbite, we’ll be planting more — and learning to share the harvest.

Help Us Grow

With your continued support, we’re not only replanting a forest — we’re reviving an ecosystem, empowering children, and building a future where wildlife and people can thrive together.

The post Restoring Forests, Securing Futures: Rewilding Nhamacoa in Mozambique appeared first on African Conservation Foundation.

This is a potential threat to drylands, grasslands, savannas and the rangelands they support.

Large areas targeted for forest restoration in Africa, Asia and South America are covered by savanna and grassland. These open ecosystems are incorrectly mapped as degraded forest in the publicly accessible Atlas of Forest and Landscape Restoration Opportunities.

They are in fact ancient, productive and biodiverse and support millions of livelihoods. They also provide many important ecosystem services, which would be lost if converted to forests.

Savanna and grassland store up to a third of the world’s carbon in its soils. They keep streams flowing, recharge groundwater, and provide grazing for livestock and wildlife.

Grasslands can store carbon reliably under increasingly hot and dry climates. The same conditions make forests vulnerable to die-back and wildfires. Restoring grasslands is also relatively cheap and has the highest benefit-to-cost ratio of all the world’s biomes.

Instead of providing guidance on how to restore healthy grasslands and savannas, documents guiding forest landscape restoration focus entirely on increasing tree cover. Rangelands and grassy biomes are barely mentioned on the websites of the Global Partnership on Forest and Landscape Restoration, the Bonn Challenge and AFR100.

A recent review of forest landscape restoration projects in Africa found no examples of grassland restoration. Projects instead focused on afforestation – planting trees where they didn’t previously occur – regardless of vegetation type. This threatens the biodiversity of grasslands and savannas, which is rapidly lost under dense tree cover and is slow and difficult to restore.

Forest targets that aren’t based on science

Meeting the international targets for forest restoration requires large-scale afforestation. Nearly half the land pledged for forest restoration is earmarked for plantations, mostly of fast-growing exotic species. These provide a fraction of the ecosystem services of the natural vegetation they replace. And they store 40 times less carbon than naturally regenerating forests.

Forest restoration initiatives tend to be driven by targets, with little regard for local ecological context. This commitment to fixed areas of forest cover encourages tree plantations in ecologically inappropriate sites and conditions.

For example, Malawi has reportedly pledged 4.5 million hectares to forest restoration. This is over a third of the country’s total area. Planting trees and restoring community woodlots, plantations and riverbanks is presented as addressing food and water insecurity and restoring biodiversity. Yet studies have shown that Malawi’s vegetation has been mostly savanna and grasslands for thousands of years.

The National Mission for a Green India aims to put a third of the country’s area under forest cover, no matter what natural vegetation existed originally. Large areas of natural grassland-forest mosaics have been replaced with commercial plantations. In many areas these species have become invasive and difficult to control.

Why does forest restoration continue to ignore the local ecological context? What is the science that underpins these massive schemes?

The colonial roots of tree planting

Historical research shows that the fascination with tree-planting has its origins in colonial forestry. This in turn was rooted in the centuries-old (and now disproven) theory that forests bring rain and deforestation cause areas to dry up. The colonial forestry approach was to plant trees to make up for deforestation caused by local people. The latter often lost control over their land in the process.

Initially applied in Algeria, this approach was adopted throughout Francophone Africa, Madagascar, and eventually also the British colonies in East Africa and India. Since historical forest cover of Europe was estimated at roughly one-third, this became the target in other places too.

This led to over two centuries of planting forests as a solution for a variety of ills, including drought, warming temperatures, soil erosion and lost biodiversity. It’s remarkable how today’s science-policy platforms continue this narrative.

Promoting appropriate solutions

Forest landscape restoration has become a powerful instrument for guiding global efforts and funding. Its proponents have a responsibility to ensure that the framework is scientifically sound. Rather than setting ambitious but ecologically flawed targets for planting trees, landscape restoration should be appropriate for local social and ecological contexts.

No amount of ecosystem restoration will solve the climate crisis if its underlying causes are not addressed. The clearing of forests and other ecosystems for commodity agriculture and timber urgently needs to be regulated. Emissions from burning fossil fuels need to be drastically reduced.

Rather than targeting developing – and rapidly urbanising – countries for afforestation, incentives should aim to reduce fossil fuel emissions, convert to renewable energy and build energy-saving infrastructure.

Susanne Vetter, Associate Professor in Plant Ecology, Rhodes University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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