peatlands

Peat is back in the scientific spotlight, with researchers revisiting the carbon-rich wetland soils and what they mean for climate science. Peatlands store vast amounts of carbon, and repeated studies focus on how drainage, fire and warming could release it. Coverage highlights ongoing efforts to map, monitor and protect these ecosystems worldwide.

A New York Times opinion piece argues that peatlands and bogs should be valued as natural 'museums' because they store vast amounts of carbon, preserve ancient remains and records of past climates, and help buffer the planet against global warming. The article makes the case that protecting boglands is a practical and cultural priority for climate policy.

A New York Times opinion piece argues that boglands and peatlands function as natural museums, preserving records of the past while playing a vital role in protecting against climate change. Peatlands store enormous amounts of carbon, and the essay highlights why preserving them matters for climate policy and environmental science.

The Netherlands is testing rice cultivation as a new crop to help preserve its sinking peatlands. Drained peat soil used for conventional farming oxidises and causes land subsidence; growing rice in wet conditions could keep peat saturated and slow the sinking, while giving farmers a viable alternative crop. The experiment is drawing attention as a novel approach to a longstanding Dutch land-management problem.

Researchers have published a new model revealing how far water travels when drained peatlands are rewetted, with the findings appearing in the journal Hydrogeology. The work matters for restoration projects, since rewetting degraded peatlands is a key strategy for cutting carbon emissions and reviving wetland ecosystems. Scientists and climate commentators are sharing the study, which offers a practical tool for predicting hydrological recovery in restored peat landscapes.