The allometry and partitioning of above-and belowground tree biomass was studied in an
age-sequence of four eastern white pine (Pinus strobus L.) forests (2-, 15-, 30-, and 65-year …

Des équations allométriques ont été développées pour relier la biomasse aérienne, la
biomasse des racines grossières et la surface d'aubier au diamètre de la tige dans 17 sites …

Cette étude visait à déterminer l'influence de la sévérité du brûlage du sol (couche
organique consumée par le feu) sur les patrons de régénération de la végétation …

In many forests of the Alps, permanent forest cover and, therefore, its continuous renewal is
the main silvicultural goal. Regenerating these forests must be based on a sound …

Wildfires thaw near-surface permafrost soils in the boreal forest, making previously frozen
organic matter available to microbes. The short-term microbial stoichiometric dynamics …

Forest fires are one of the most important natural disturbances in boreal forests, and their
occurrence and severity are expected to increase as a result of climate warming. A …

With the widespread land-use conversion from abandoned farmlands to forests since 1930s,
the Piedmont region of eastern United States has likely become an important carbon (C) …

Key message A climate-sensitive aboveground biomass model developed by combining a
nonlinear mixed-effects model and dummy variable approach led to higher prediction …

Climate warming in arctic/subarctic ecosystems will result in increased frequency of forest
fires, elevated soil temperatures and thawing of permafrost, which have implications for soil …

Wildfires burn approximately 1% of boreal forest yearly, being one of the most significant
factors affecting soil organic matter (SOM) pools. Boreal forests are largely situated in the …