Zimbabwe’s Living Laboratory: How Shangani Is Redrawing The Map Between Cattle And Wildlife
Just before dawn on a June morning, a line of cattle ghosts across the Shangani savanna. Behind them, dust hangs in the cold air. Ahead of them, fresh elephant spoor criss-crosses the track. This is not the neat, numbered paddock of a conventional ranch. It is a 65,000-hectare experiment in how cows, kudu, vultures, and people might share the same land – and all survive.
Welcome to Shangani Holistic in south-western Zimbabwe, where 7,700 commercial cattle graze alongside roughly 3,500 wild animals – zebra, giraffe, leopards, and, in winter, up to 300 migrating bull elephants. Scientists call it a “living laboratory”. Local farmers call it an opportunity.
“My Danish students expect a commercial farm meadow,” said Dr Elizabeth le Roux, an associate professor at Aarhus University who leads research at Shangani. “They are blown away by how natural the space is. It is coexistence with a lot of wildlife species, more so than most people from a European perspective realise is possible.”
From Fences To Moving Herds
Owned by the Oppenheimer family, Shangani Holistic has turned its back on the classic model of high-input, tightly fenced cattle ranching. Large stretches of internal fencing have been removed. Instead of fixed paddocks, the team manages livestock in ways that mimic the movement of wild buffalo herds – short, intense grazing followed by long rest periods for the grass.
Resident director Max Makuvise oversees ranching operations, while research manager Peter Makumbe coordinates field studies across the vast property. They describe a simple idea with complex execution: create one functioning rangeland where domestic cattle are just another large grazer in a wild community, not the dominant species displacing everything else.
The shift in management is already showing up in the carcass count. In the past, predators regularly picked off calves – Makumbe recalls losing about one a day. Now, with wildlife numbers healthier and grazing patterns changed, predators generally choose natural prey such as impala and bushpig. Calf losses have dropped to around one a month.
Shangani is also in the middle of a slow-burn transformation of its herd, replacing exotic breeds with indigenous Nkone cattle. Like their Nguni cousins across the border, Nkone are smaller-framed, hardy, and well adapted to heat, ticks, and lean years – traits that fit the tougher climate regime Zimbabwean farmers are already facing.
FFA Explainer:
Holistic grazing aims to move livestock in patterns that copy wild herds: high-density grazing for short periods, then long rest for plants. Advocates say this can restore degraded grasslands, increase biodiversity, and keep more carbon in the soil, while still producing beef or milk.
Taking Rangeland Science Beyond Ranch Fences
Crucially, Shangani is not a sealed-off island of good practice. Its influence extends into the communal lands of Matabeleland South, where climate-stressed agropastoral communities are struggling with shrinking grazing, encroaching bush, and frequent droughts.
In Ward 18, community livestock specialist Mupenyu Mberi leads an outreach programme linking Shangani’s experiments to local realities. Farmers there are testing controlled herding, tighter grazing rotations, and mobile kraals – temporary night enclosures placed on crop fields to concentrate dung and urine.
Those mobile kraals are a low-cost way to build “fertility islands” in sandy soils that have lost much of their natural productivity. Over a few seasons, farmers can see visible change: darker soil, better grass cover, stronger maize or sorghum on former kraal sites.
The long-term goal, Mberi says, is to grow a stronger regional cattle and wildlife economy that includes communities, not just a handful of large landowners. If cattle body condition, grass cover, and wildlife sightings all improve together, the benefits can potentially feed into tourism, meat value chains, and conservation funding – including mechanisms aligned with AU Agenda 2063 and Zimbabwe’s National Development Strategy 1.
“It is not just about Shangani making money from cattle,” one extension worker in the district told FFA on a separate visit. “It is about proving that shared rangelands can be productive, and then helping villagers to adapt the parts that work for them.”
Keeping An Elephant Highway Open
This open-landscape approach has a consequence: you cannot treat elephants, or any other wild animals, as uninvited guests. They are residents with their own routes.
During the dry season, Shangani becomes a migration route for hundreds of male elephants moving between Hwange National Park and areas to the north-west. Their paths cut through cattle grazing areas and edge along communal farmlands where maize and groundnuts offer tempting snacks.
To lower the risk of crop raids and damage, Shangani keeps a migration corridor open, rather than trying to block movement entirely with fences. Makumbe is analysing field data to map these elephant routes more accurately.
“We have not yet developed a model to mitigate conflict. But it is a priority, and we prefer, in our context, to speak of ‘interaction’, not conflict,” he said.
The language shift matters. Where policy documents often talk about “human–wildlife conflict”, Shangani’s team is trying to frame the issue as managing shared space, not waging a war. That thinking could feed into Zimbabwe’s own wildlife corridor strategies, and into cross-border planning under SADC transfrontier conservation programmes.
To mark 2026 as the International Year of Rangelands and Pastoralists, Ward 18 farmers plan to host a showcase of local grazing practices and pastoral culture, in partnership with Shangani Holistic, Grazing Concepts, the Food and Agriculture Organization, and Zimbabwe’s National University of Science and Technology (NUST). It will be a rare moment where small-scale herders, commercial ranchers, and international scientists share the same shade tree.
Fighting Bush Encroachment With Goats, Fire And Science
Like much of southern Africa, Shangani’s savanna is under pressure from bush encroachment – the steady expansion of woody shrubs and trees into former grassland. Left unchecked, dense thickets of thorn scrub can choke out grazing, trap little moisture, and offer limited feed.
Vegetation management has therefore become a core part of Shangani’s research agenda. In collaboration with the University of Exeter, the team is testing combinations of:
- Targeted goat browsing to strip leaves off invading shrubs,
- Controlled burning under specific conditions,
- Herbivore exclusion plots to see what happens when grazing is removed, and
- Environmentally careful chemical treatments where other methods fail.
Le Roux explains the goal in ecological terms: savannas are healthiest with an “intermediate level of disturbance”. Too little, and a few woody species take over. Too much, and only the hardiest pioneer plants survive.
“The aim is to create continuous, patchy disturbance across the landscape,” she says. In practice, that means having grazed areas next to rested ones, lightly browsed shrubs next to untouched thickets, and burns that are small and cool rather than sweeping infernos.
FFA Explainer:
Bush encroachment happens when shrubs and small trees spread into grasslands, often after years of overgrazing, fire suppression, or climate shifts. It reduces grass cover, cuts carrying capacity for livestock and wildlife, and can alter water cycles. Managing it usually needs a mix of grazing, fire, browsing, and sometimes herbicides.
Invisible Barriers: When Degradation Acts Like A Fence
One of the more subtle questions being asked at Shangani is how cattle movement shapes living conditions for much smaller neighbours – lizards, ground birds, mongooses, bush babies, and the insects they feed on.
Backed by a Jennifer Ward Oppenheimer research grant, Le Roux’s team uses tools more often seen in high-tech forests than in cattle country: LiDAR (light detection and ranging) scanners to map vegetation structure, temperature loggers to record microclimates, and camera traps hidden along game paths.
For these small species, constraints are not always physical fences. They are “fences of desolation”: stretches of bare, compacted, overheated ground or monotonous thicket where food is scarce and shelter is minimal. Animals avoid such zones as surely as they avoid a wire fence.
By adjusting where and when herds graze, and allowing periods of recovery, Shangani aims to stitch those broken patches back together into a continuous, varied habitat. This “ecological connectivity” is not only vital for reptiles and small mammals. It also supports wide-ranging scavengers that link ecosystems across borders – vultures.
Watching The Shangani Wanderer
Every night before she sleeps, lecturer and vulture researcher Josephine Mundava checks her phone. Not for messages, but for a particular GPS ping: the location of the “Shangani Wanderer”, a young white-backed vulture tagged at the ranch.
Mundava, who teaches at NUST and works closely with BirdLife Zimbabwe, fits satellite tags on vultures to follow their movements in near real time. The goal is straightforward, she says: “to make sure these birds keep doing well so they keep cleaning our environment”.
Shangani’s strict anti-poaching patrols and law enforcement have turned it into a refuge. In 2012, there were about 10 vulture nesting sites on the property. Today, there are an estimated 80 to 100. It is a rare good-news story at a time when poisonings have wiped out entire flocks elsewhere – including recent incidents that killed around 100 vultures each in South Africa’s Lionspruit Game Reserve and Kruger National Park.
Tracking data shows just how wide the Shangani birds roam. One tagged vulture, known as T1, has flown through Botswana into South Africa’s Madikwe Game Reserve. Another, BK1700, has travelled through Mozambique into the Sabi Sand Nature Reserve. The Shangani Wanderer itself has already crossed international borders.
Those flight paths are not academic curiosities. They point to hotspots where poisoned carcasses, unsafe powerlines, or lead from ammunition threaten birds that provide a free carcass-cleaning service across half a continent. Conservation groups use the data to propose “Vulture Safe Zones” – large areas where poisoning is vigorously policed, safe power infrastructure is prioritised, and lead-based ammunition is discouraged.
During tagging sessions, Mundava’s team also draws small blood samples from captured birds to test for lead exposure. Fragments from lead bullets lodged in carcasses can slowly poison vultures that feed on them. The lab results help build the case for policy change on hunting practices, not just at Shangani but in surrounding game areas and beyond Zimbabwe’s borders.
Science On The Ground: Permits, Lost Soil And Stolen Cameras
If Shangani sounds like a smooth-running field station, the daily reality tells a different story. Doing serious science in rural Zimbabwe is often messy, bureaucratic, and occasionally comic.
Le Roux recalls her team’s struggle just to get research permits approved. It required submitting 14 colour-coded copies of documents in person in Harare – forcing one student to drive from Bulawayo purely to deliver paperwork.
Fieldwork brings its own frustrations. Mundava recently spent 10 exhausting days trying to trap 10 vultures to collect blood samples. She caught just two. Camera traps placed near carcasses vanish, or come back without their memory cards. On one occasion, a PhD student carefully collected heavy soil samples from communal fields, left them neatly stacked to collect after lunch – and looked up to see a group of schoolchildren walking past, swinging her sample bags and scattering months of work.
“Her argument was ‘who would steal soil?’, and the kids thought ‘who would care if I take this soil?’” Le Roux laughed.
Behind the humour lies a serious point for donors and policymakers: good science in support of AU Agenda 2063 and the UN Sustainable Development Goals is not just about fancy equipment. It is about cutting through red tape and investing in patient, locally rooted teams that can absorb setbacks and keep going.
Rethinking What ‘Nature’ Looks Like
For Le Roux, Shangani has been a personal as well as professional journey. She became an ecologist dreaming of untouched wilderness, far from people and livestock. Years on the savanna have shifted that view.
“Society views nature and humans as two separate things, but coexistence is not so far off or difficult,” she says. “It requires small tweaks to how we manage, and it doesn’t mean that if you let nature in, you have to give up on profit. It is a mental block we need to overcome.”
That message is starting to filter back into Zimbabwe’s smallholder rangelands. In Ward 18, farmers are experimenting with tighter herding and mobile kraals. In other districts, NGOs are working with local leaders to revive shared grazing rules and reintroduce controlled burning under community plans.
Holistic grazing ideas are far from a silver bullet. They can be misapplied, oversold, or under-resourced. But Shangani’s data-rich experiment offers something rare in the noisy world of range management claims: measured evidence of what works, where, and under what conditions.
For a government minister weighing wildlife corridor policy, or a young farmer in Insiza deciding whether to join a herding group, that matters more than theory. The Shangani story suggests that the line between cattle country and wildlife country need not be a fence. It can be a moving, negotiated space – messy, yes, but alive.
And every evening, as the Shangani Wanderer’s latest GPS ping flashes on Mundava’s screen, it offers a small reminder that what happens on one Zimbabwean ranch can ripple all the way to the Kalahari and the Kruger. Coexistence, it turns out, has a longer wingspan than most of us imagine.
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