In 2012, A Blueprint for Forest Carbon Science in Canada: 2012–2020 was published to
guide policy and research and to support Canada's obligations for climate change mitigation …

Canada has a quarter of the world's peatlands accounting for an estimated 150 Gt of stored
carbon. While over 98% of Canadian peatlands are intact, agriculture has been estimated as …

Swamps are a highly significant wetland type in North America both in terms of areal extent
and their role in terrestrial carbon cycling. These wetlands, characterized by woody …

A model framework for national greenhouse gas emission and removal estimation for
Canadian peatlands (CaMP v2. 0) was developed and tested. It provides a module that can …

Despite the enormous success of the “pretraining and fine-tuning” paradigm, widespread
across machine learning, it has yet to pervade remote sensing (RS). To help rectify this, we …

Peatlands in the Canadian boreal forest are being negatively impacted by anthropogenic
climate change, the effects of which are expected to worsen. Peatland types and sub …

This study applied the Canadian Model for Peatlands (CaMP) to 63.9 million hectares of
peatlands within boreal and temperate ecozones of Canada to assess the trends in …

Northern peatlands are globally important long‐term sinks of carbon due to their
predominantly saturated conditions. However, these ecosystems are expected to become …

Peatlands throughout the boreal forest are expected to experience changes in precipitation,
evapotranspiration and temperature due to climate change. Correspondingly, changes in …

Although wetlands are widely recognized for thier important role in providing ecosystem
services, their abundance, spatial extent, and condition remain poorly constrained and at …