Abstract Knowledge of tree species is required to inform management, planning, and
monitoring of forests as well as to characterize habitat and ecosystem function. Remotely …

Detailed information on forest tree species is crucial to inform management and policy and
support environmental and ecological research. Sentinel-2 imagery is useful for obtaining …

Canada's National Forest Carbon Monitoring Accounting and Reporting System
(NFCMARS) quantifies the carbon (C) dynamics and greenhouse gas (GHG) emissions and …

Northern boreal forests are characterized by open stands whereby trees, understory
background, and shadow are all significant components of the spectral response within a …

Industrial agriculture since the middle of the 20th century has provided bountiful food, but it
has also altered and degraded soil physical, chemical, and biological properties on a …

Forests are an important component of the global carbon (C) cycle: they can capture and
retain large amounts of C annually, depending on stand characteristics, climate, and …

Soil organic carbon (C), accumulated over millennia, comprise more than half of the C
stored in boreal and temperate forest landscapes. We used the Norwegian national forest …

We used a hybrid-biometric modelling approach that combines tree-ring based stand
reconstruction and the Carbon Budget Model of the Canadian Forest Sector (CBM-CFS3) to …

Reliable projections of future carbon (C) dynamics are essential to resource management
decision making under a changing climate. Additional corroborative data may reduce …

The crucial role of forests in terrestrial carbon (C) balance is well acknowledged, but
nationwide C assessments still show some uncertainties. We estimated the effect of forest …