Research Paper Summaries

New global study confirms prescribed burns generate shallow heat, protecting peat and roots. Data validates traditional "cool burn" moorland management.

New science confirms: Traditional burning and cutting are vital for saving heathland birds. Discover why mosaic management beats 'doing nothing'.

New research links chronic wildfire smoke exposure to increased stroke risk. Learn why preventing large-scale wildfires is a vital public health necessity.

Discover why active wildlife management is vital in the Anthropocene. New research explores predator control, stewardship, and the myth of "leaving nature alone."

New research confirms: effective peatland restoration requires active summer management. Learn how maintaining water levels can cut CO2 emissions by up to 50%.

New science confirms: responsible grazing reduces wildfire spread. Learn how livestock act as biological firefighters to protect our moorlands.

Did you know heather nectar is natural medicine? Learn how grouse moor management creates a "pharmacy" that protects bumblebees from disease.

Discover how active management prevents wildfires. Lessons from Cyprus show why community involvement, grazing, and prescribed burning are essential.

New research reveals the "Ash Tea" effect of wildfire ash on reservoirs. Discover why moorland management is vital for protecting UK drinking water.

Peatland rewetting caused a short-term carbon spike before recovery. We analyze why practical conservation requires a long-term view.

New study validates traditional fire management. Managed burning reduced wildfires by 22% in Brazil , proving local stewardship protects landscapes.

New research: The Dava Moor fire released 39,338 tonnes of carbon. Learn why active moorland management is vital to protect our peatlands from future megafires.