Wetlands across Canada have been, and continue to be, lost or altered under the influence
of both anthropogenic and natural activities. The ability to assess the rate of change to …

The use of machine learning algorithms to classify complex landscapes has been
revolutionized by the introduction of deep learning techniques, particularly in remote …

Due to the scarcity of reliable and highly resolved moisture proxies covering much of the
Holocene, there has been increased interest in the study of living and subfossil peatland …

Northern aapa mire complexes are characterized by patterned fens with flarks (wet fen
surfaces) and bog zone margins with Sphagnum moss cover. Evidence exists of a recent …

Peatland degradation causes a number of environmental problems ranging from
greenhouse gas (GHG) emissions to subsidence and ecosystem loss. Degraded peatlands …

We determined the magnitude of instantaneous greenhouse gas (GHG) emissions from
drainage ditches in hemiboreal peatlands in Latvia during the frost-free period of 2021 and …

Thanks to increasing urban development, it has become important for municipalities to
understand how ecological processes function. In particular, urban wetlands are vital …

Peatlands are recognized as important landscape elements and their disturbance, followed
by the loss of their ecohydrological functions, leads to falling water tables and degradation …

Climate‐driven increases in drought occurrence are an overlooked risk in temperate
climates, which may be less resilient to water scarcity than arid habitats. Scotland provides …

Understanding the long-term dynamics and driving factors behind small and micro wetlands
is critical for their management and future sustainability. This study explored the impacts of …