The 35 Year Rewilding Project You've Never Heard Of

This video follows a long-running rewilding and regenerative land-management project in Dartmoor, Devon, centered on Leewood and its custodian Nick. The transcript shows that the project is not simply about leaving land alone; it is an active experiment in using animals, people, and management decisions to create both productive land and habitat for nature. The material emphasizes the use of cattle, ponies, pigs, and sheep as part of a controlled grazing system, with attention to grazing density and duration so that livestock mimic ecological processes rather than degrading the land. That is a practical detail that matters for anyone studying regenerative living or restoration-based farming, because it frames grazing as a tool for landscape repair rather than only for agricultural output. The video also suggests that structure and diversity have increased over time through regenerative grazing, indicating that the management approach has produced visible ecological change. Another concrete element is the attention to water and stream restoration: the transcript references temporary interventions that redirected or rolled a stream, implying that the project includes hydrological adjustment as well as vegetation and grazing management. The broader framing is also important. The project is described as experimenting with how to create abundance for food and for nature at the same time, which makes it relevant to practical self-sufficiency, resilient land use, and small-scale landscape stewardship. Because the source is a video with transcript excerpts rather than a formal report, the evidence is more narrative than quantitative, but it still provides operational insight into long-term land management, mixed-species grazing, and the integration of ecological and productive goals. For practitioners, the main lesson is that rewilding can be combined with active, intentional husbandry and that success depends on adapting livestock pressure, water movement, and long-term observation to the specific site.