What is Rewilding?
Rewilding is an approach to ecological recovery that focuses on restoring the processes and relationships that allow ecosystems to function, adapt, and sustain themselves over time. Rather than restoring a site to one particular snapshot in history, it recognises that nature is dynamic and ever changing. Healthy landscapes are shaped by complex interactions between species, climate, water, soils, and disturbance.
Over thousands of years, our planet’s ecosystems have become progressively controlled and simplified. Each generation has come to accept a more degraded version of nature as “normal” — a phenomenon known as the shifting baseline.
Rewilding is grounded in functionalism, the ecological understanding that certain species, interactions, and processes play outsized roles in shaping ecosystems. When these functional relationships are restored, ecosystems can begin to self-organise, recover complexity, and require less human intervention.
Across large landscapes, this has involved reintroducing apex predators, and locally extinct species, restoring beneficial disturbance, reconnecting fragmented habitats and allowing rivers and wetlands to resume their natural dynamics.
How does Rewilding Science differ from Restoration Ecology?
Rewilding and restoration ecology are complementary approaches to nature recovery.
Restoration ecology focuses on repairing degraded sites — for example, rebuilding vegetation communities, stabilising riparian zones, and re-establishing key species — often working toward a defined ecological target or reference condition.
Rewilding focuses on restoring the processes and relationships that allow ecosystems to adapt, recover, and organise themselves over time, with less ongoing human intervention.
In practice, ecological restoration is often an essential starting point and rewilding can provide a big-picture overview and a longer-term direction for allowing landscapes to function, adapt and evolve as a whole.
Many of the same principles can be applied to fragmented, human-dominated landscapes like coastal and hinterland Northern NSW. At Re-WildScape, we apply rewilding, ecological and climate adaptation strategies at the scale of project, property and landscape. We recognise that many smaller sites working together will build the resilience required by our native species to adapt and survive the accumulative pervasive threats they face.
'Rewilding doesn’t only happen in vast, wild areas. Every landholder who chooses to invest in, and integrate biodiversity contributes to a growing network of properties that stitch nature back together and reconnect our broader landscape.”
Wren McLean - Re-WildScape Founder
What are Ecosystem Services?
Ecosystem services are the essential functions that healthy landscapes provide — often unnoticed, yet fundamental to both environmental and human wellbeing. When landscapes are designed and managed in alignment with natural systems, they begin to regulate water, moderate temperature, build soil health, and support biodiversity — delivering long-term value that extends far beyond aesthetics.
At Re-WildScape, we work to restore and enhance the following functions;
Water Regulation and Filtration
Healthy soils and vegetation slow, adsorb and filter water - reducing runoff, improving water quality and hydrating the landscape.
E.g. constructed wetlands or vegetated swales that capture and sink stormwater while creating habitat
Microclimate and Temperature Regulation
Vegetation provides shade, reduces heat, increases organic matter and support microbial life - improving fertility and long-term performance.
E.g. layered native plantings reduce heat exposure around homes and outdoor living areas.
Soil Health and Carbon Sequestration
Natural systems build soil structure and store atmospheric carbon contributing to climate mitigation. E.g. minimising disturbance and establishing long-lived plant communities will stabilise and enrich soils.
Biodiversity and Pollination
Native plants support pollinators, birds and other wildlife - strengthening ecosystem function and contributing to food webs.
E.g. designing with locally appropriate flowering and fruiting species that support insects, birds and provide seasonal resources.
Habitat & Ecological Connectivity
Landscapes can provide refuge, breeding habitat and movement corridors for terrestrial and aquatic wildlife supporting species persistence across fragmented regions. E.g. linking remnant vegetation with new plantings to form functional habitat corridors.