Indonesia's peatlands have been subject to extensive deforestation and degradation
resulting from logging, drainage, fires and conversion to other land uses. A number of …

Abstract Peatlands cover approximately 2.84% of global land area while storing one third to
one half of the world's soil carbon. While peat erosion is a natural process it has been …

Climate warming and human impacts are thought to be causing peatlands to dry, potentially
converting them from sinks to sources of carbon. However, it is unclear whether the …

Wetlands are strategic areas for carbon uptake, but accurate assessments of their
sequestration ability are limited by the uncertainty and variability in their carbon balances …

The provision of critical ecosystem services like carbon sequestration by peatlands has
been degraded around the globe. Peatland restoration represents an opportunity to tackle …

Climate change policy for the land sector is challenged by complex biophysical and
socioeconomic contexts. A target approach utilising land-use change indicators is often …

Over the past 15 years there has been a proliferation of projects aiming to restore the
structure and function of UK upland blanket mires, primarily by revegetation of bare peat and …

Peat, a non-sustainable resource, is still predominately used in forest nurseries. Coconut
coir might provide an alternative, renewable, and reliable growing media but few studies …

Satellite Earth Observation (EO) is often used as a cost-effective method to report on the
condition of remote and inaccessible peatland areas. Current EO techniques are primarily …

In headwater peatlands, saturation‐excess overland flow is a dominant source of river
discharge. Human modifications to headwater peatlands result in vegetation cover change …