It is important to protect forest and grassland ecosystems because they are ecologically rich
and provide numerous ecosystem services. Upscaling monitoring from local to global scale …

Boreal forests maintain regionally important biodiversity and globally important ecosystem
services, such as carbon storage and freshwater resources. Many boreal systems have …

Remote sensing augments field data and facilitates foresight required for forest
management by providing spatial and temporal observations of forest characteristics at …

The growth response of trees to ongoing climate change has important implications for
future forest dynamics, accurate carbon accounting, and sustainable forest management …

Forest health is an important variable that we need to monitor for forest management
decision making. However, forest health is difficult to assess and monitor based merely on …

In northeastern Canadian boreal forests, a coarse-filter approach was adopted to provide
sustainable ecosystem services in order to maintain a balance between biodiversity …

Contemporary forest-health initiatives require technologies and workflows that can monitor
forest degradation and recovery simply and efficiently over large areas. Spectral recovery …

Maps based on classified Earth observation (EO) imagery have been used to model
biodiversity, but errors associated with the classification process itself and the resulting …

Ecological regionalisations delineate areas of similar environmental conditions, ecological
processes, and biotic communities, and provide a basis for systematic conservation …

With climate warming, the ranges of many boreal species are expected to shift northward
and to fragment in southern peripheral ranges. To understand the conservation implications …