BIODIVERSITY

ECOSYSTEMS | SPECIES | GENES

Biodiversity underpins healthy ecosystems, resilient landscapes, and the natural resources on which all life depends — yet it is declining at an alarming and unprecedented rate. Habitat loss, climate change, pollution, and overexploitation are driving rapid species declines across the globe. Many scientists warn that we are living through a sixth mass extinction, with biodiversity loss representing one of the greatest long-term threats to human wellbeing, food security, and ecological stability.

“As climate change and habitat destruction accelerate,
over 1 million species
face the threat of extinction this century!”

iNaturalist.org

More People

More Places

More Species

Two things we can use to address this challenge are (1) more people who care about, advocate for, and take action for nature and (2) more information about where species are to help guide conservation.

iNaturalist is a global platform that enables anyone to identify and learn about the species around them while simultaneously contributing valuable scientific data. By simply taking and uploading a photograph, users receive suggested identifications, and each recorded sighting becomes a verified data point documenting that species’ presence in time and space.

Collectively, these individual observations are transforming biodiversity science — opening it up to broader participation, strengthening people’s connection to nature, and building one of the world’s largest open-access biodiversity datasets. This growing body of information supports research, informs conservation planning, and helps answer critical scientific questions across the globe.

Over 5 million people around the world have contributed observations!

490 000 people have added identifications to others’ observations!

Over 320 million observations around the world!

More than 560 000 species recorded!

POWERING WATERBERG BIODIVERSITY WITH INATURALIST

Increasing data on iNaturalist would provide significant strategic benefits for the Waterberg, especially given its scale,
ecological importance, and conservation investment.

Stronger Scientific Baseline — More observations mean a clearer picture of which species occur where, across seasons and years. This strengthens baseline biodiversity knowledge and helps detect changes in distribution, abundance, or phenology over time.

Early Warning System — Regular observations can highlight emerging threats — such as invasive species, disease outbreaks, or unexpected species declines — allowing for faster, evidence-based responses.

Improved Conservation Planning — Fine-scale, location-specific data supports better spatial planning, protected area expansion, stewardship prioritisation, and environmental impact assessments that can inform better decision making for development applications.

Evidence for Funding & Policy — Robust, publicly accessible biodiversity data strengthens grant applications, donor reporting, and policy engagement by providing measurable, transparent proof of biodiversity value and conservation outcomes.

Identification of Priority & Threatened Species — Increased records can confirm the presence of rare, endemic, or threatened species, helping guide management actions and elevate the Waterberg’s profile as a biodiversity hotspot.

Community Engagement & Stewardship — Encouraging landowners, staff, schools, and visitors to contribute observations builds awareness, ownership, and connection to the landscape — turning passive observers into active conservation contributors.

Global Visibility — Data uploaded locally becomes part of a global dataset, positioning the Waterberg within international biodiversity research and conservation networks.

In short, more iNaturalist data would not only deepen ecological understanding of the Waterberg, but also strengthen decision-making, funding leverage, and long-term landscape resilience.