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Our projects, in the field

From monitoring lowland tapir in Brazil, to lion and leopard conservation in Botswana, WildTrack's footprint identification work spans 5 continents — protecting biodiversity with local communities, without disturbing animals.

Global conservation work

Our technology is used around the world.

Every project below started the same way — a species that is hard to find, a landscape that is hard to survey, and someone who looked down and saw footprints left behind. Working with local universities, community trackers and wildlife agencies, we turn those tracks into data points that field teams can act on.

Recent projects

Where our work is making a difference

WildTrack has supported conservation programs across multiple continents, adapting our Footprint Identification Technology (FIT) to each species and each substrate we meet.

01

Brazil

Researchers monitor lowland tapir populations in the Amazon and Atlantic Forest to understand movement patterns and population health, and use morphometrics to sex freshwater turtle hatchlings

02

Botswana

FIT helps track large carnivores such as the African lion and leopard, and large ungulates such as rhino, providing data that supports anti-poaching work, wildlife security, and habitat management in the Central Kalahari.

03

Nepal

The technique has also been applied to endangered species including the Bengal tiger in Nepal, where footprints in soft ground offer a safe route to individual identification.

04

Europe & Africa

Used for species such as the cheetah and black rhinoceros, alongside an innovative ecosystem integrity metric based on small-mammals - being developed with partners across six countries.

05

North America

With the U.S. Forest Service, FIT is applied to archived and new track-plate sheets to identify rare forest carnivores — fisher and Pacific marten — across the Sierra Nevada.

06

Namibia

Drone imagery and expert trackers combine to follow black rhino trails at landscape scale, mapping habitat use and detecting illegal activity at night.

Field dossiers

Snapshots of some projects ...

Pick a project to open its dossier — who we work with, what we are measuring, and what the footprints are telling us. Use the arrows or your keyboard to move through them.

A lion footprint recorded in Kalahari sand
Botswana01 / 07

Lion and leopard conservation in the Kalahari

Species
African lion & leopard
Partner
Leopard Ecology & Conservation
Method
Trail spoor read by San trackers
Focus
Individual-specific carnivore data

At Leopard Ecology & Conservation, researchers are working to promote the long-term survival of leopard and lion populations in Botswana by integrating conservation with community education. The low density of animals in the Central Kalahari makes many traditional scientific methodologies impractical — but the team includes local San Bushmen trackers whose knowledge of this environment is unrivalled. A significant proportion of the data collection relies on those trackers finding, following, and interpreting animal behaviour from the tracks of leopards and lions. Trackers are also involved in the reviewing of image data on our database, building skills in image processing. Early worries that the deep Kalahari sand would be too soft for usable tracks proved surmountable: around pans and along road edges, the sand is shallower and good-quality prints can be found. The team has already observed that these cats often register — the hind foot landing on top of the front — and that tracks are deeper at the rear than at the toes, the reverse of what is usually seen elsewhere.

01 / 07
Why it matters

What this work changes on the ground

By combining advanced analytics, field biology, and conservation science, WildTrack helps scientists monitor biodiversity without harming or stressing animals — a major step forward in ethical wildlife research.

01

Better population estimates

Individual-level identification from footprints gives managers density and trend figures they can trust, at a fraction of the cost of capture-based surveys.

02

Stronger anti-poaching strategies

Trail data and aerial imagery show where animals move and where illegal activity concentrates, sharpening patrol and protection planning.

03

Habitat protection planning

Knowing which areas a species can use is what guides corridor and reserve decisions.

04

Community-based conservation

Local trackers lead the data collection and, increasingly, data processing, so expertise and ownership stay with the communities living alongside the wildlife.

The research behind the projects

Selected publications

Our projects are documented in the peer-reviewed literature. These papers show how footprint identification performs in the field — and what it changes for the species involved.

Counting tapir by their footprints

Moreira, D.O., Alibhai, S.K., Jewell, Z.C., da Cunha, C.J., Seibert, J.B. and Gatti, A., 2018. Determining the numbers of a landscape architect species (Tapirus terrestris), using footprints. PeerJ, 6, e4591.

Read the paper

Species and sex ID for rare forest carnivores

Protecting Botswana's black rhino from poaching

Easier than DNA: distinguishing two near-identical small mammals from their tracks