The 1976 Hillside That Grew Into a Global Rewilding Movement

Behind a barn on a steep, eroded hillside in South Africa's Kromport area, a farmer pushed spekboom cuttings into the soil in 1976. He wasn't trying to save the planet. He just wanted to stop floodwater from washing away the ground beneath his livestock. The cuttings survived, the flooding eased, and nobody paid much attention to the hillside again.

More than four decades later, that same patch of ground became a living lesson — the quiet proof that degraded land can heal itself if you give it time and room.

That hillside, as Global Issues reports, now anchors one of the largest forest-restoration experiments in the Eastern Cape, where millions of spekboom cuttings are being tested as a tool to rebuild damaged landscapes. Some of those original 1976 plants are now over 40 years old. Birds returned. Wildlife returned. And beneath the soil, scientists found evidence of change that no one had planted on purpose.

The man who grew forests underwater

Half a world away and a quarter-century earlier, another restoration began with a single person and a simple question.

Ken Nedimyer is a tropical-fish collector in the Florida Keys who had been diving those reefs since childhood. By the year 2000, he'd watched staghorn and elkhorn corals — once so dense that divers swam through underwater thickets — collapse from disease, bleaching and storms. In some places, their populations had dropped by almost 90%.

It was his daughter's 4-H Youth Development project that sparked the breakthrough. Nedimyer used his aquaculture experience to grow staghorn fragments that had broken off nearby reefs, keeping them alive on underwater "trees" instead of letting them die on the seafloor.

The small experiment worked so well he donated the corals to the Florida Keys National Marine Sanctuary. According to The Economic Times, those coral trees eventually helped plant more than 200,000 corals, spawning a global revolution in reef recovery.

Turning a daughter's project into a movement

The same spirit — a humble beginning with outsized effects — runs through every restoration story here.

In 1994, Jane Goodall looked down from a plane over Gombe, Tanzania, and saw a crisis. The national park was still green, but the surrounding hills had lost much of their forest to farmland, charcoal and income. Soil washed into Lake Tanganyika. Erosion and landslides became serious problems.

The Jane Goodall Institute's Tacare project started in just 12 villages, working with local leaders instead of against them. Satellite images, scientific data and local knowledge were fused into community-driven plans. Twenty-seven years later, as the Economic Times reports, forest cover in the community reserves had risen 66% across the area.

The model spread to Uganda, the Republic of Congo, Senegal and the Democratic Republic of Congo.

Near Uganda's Bwindi Impenetrable National Park — home of the endangered mountain gorilla — communities have planted 4,053 agroforestry trees across 40 hectares, rebuilding a damaged buffer zone between human activity and one of Africa's most precious rainforests, according to Trillion Trees.

Taking the greed out of land

Some restoration is even redesigning the economics of ownership itself.

Restore, a nature restoration company, spent £8.5 million on 7,500 acres of Northumbrian moorland called Emblehope Moor — a Site of Special Scientific Interest — to create what's been described as "Britain's Yellowstone." A £4.5 million loan from Triodos Bank plus private investment funded the purchase. Investors will be repaid at double their contribution.

Then, the twist: once those financial commitments are cleared, Restore plans to hand the entire estate to a community trust or charity.

"We want to prove that the bank is paid back, investors get their two-times return but we don't need to become the next for ever laird," said environmental writer and Restore founder Benedict Macdonald, as reported by The Guardian.

What a single project can grow into

In the Caribbean, Hurricane Luis destroyed Maiden Island's windward reef in 1995. Development added more pressure. The Reef Ball Foundation and Stanford Development responded with more than 1,000 specially designed concrete modules engineered to mimic natural reef structure. More than 5,000 coral colonies representing 30 species were attached. Just three weeks after deployment, staghorn, elkhorn and finger corals were already growing over the balls.

Today, 73 fish species, 71 invertebrates, 30 coral species and 26 algae species — plus a resident turtle — live on that reef.

And the pool of hands keeps growing. Scuba Schools International is partnering with The Coral Planters and Blue Oceans in 2026 to fund the outplanting and monitoring of 800 more corals. Since 2017, The Coral Planters alone have planted 40,315 coral fragments and restored over 4,000 square meters of degraded reef across seven active sites.

Each of these stories started small — a barn hillside, a daughter's school project, a single flight over Tanzania, a broken reef. None of them needed a government mandate or a massive budget to begin. Each one needed someone willing to plant the first cutting, hang the first fragment, ask the first question.

The lesson is consistent and quietly radical: restoration compounds. Put living things back where they belong, and they don't just survive — they multiply, attract, rebuild. A hillside in South Africa became a national experiment. A father's backyard project became a global movement. And the next reef you dive on, or the next forest you walk through, might owe its existence to someone who started with just one small, stubborn act a generation ago.