Abstract Purpose of Review Climate change affects populations of forest insect pests in a
number of ways. We reviewed the most recent literature (2013–2017) on this subject …

Natural disturbances are fundamental to forest ecosystem dynamics and have been used for
two decades to improve forest management, notably in the boreal forest. Initially based on …

Context Forest landscapes at the southern boreal forest transition zone are likely to undergo
great alterations due to projected changes in regional climate. Objectives We projected …

Context Increased anthropogenic climate forcing is projected to have tremendous impacts
on global forest ecosystems, with northern biomes being more at risk. Objectives To model …

Many modelling approaches have been developed to project climate change impacts on
forests. By analysing 'comparable'yet distinct variables (eg productivity, growth, dominance …

The impact of climate change on forests is expected to vary globally and regionally.
Canada's Acadian Forest Region lies in the transition between the North American boreal …

In scenarios of future climate change, there is a projectedincrease in the occurrence and
severity of natural disturbances inboreal forests. Spruce budworm (Choristoneura …

Dated records of ice-cap growth from Arctic Canada recently suggested that a succession of
strong volcanic eruptions forced an abrupt onset of the Little Ice Age between AD 1275 and …

Many boreal populations of woodland caribou (Rangifer tarandus caribou) have declined in
Canada, a trend essentially driven by the increasing footprint of anthropogenic disturbances …

Background Forest based climate mitigation emerged as a key component of the Paris
Agreement, and thus requires robust science to reduce uncertainties related to such …