Wetland ecosystems are an important component in global carbon (C) cycles and may exert
a large influence on global climate change. Predictions of C dynamics require us to consider …

We develop and use a new version of the Terrestrial Ecosystem Model (TEM) to study how
rates of methane (CH4) emissions and consumption in high‐latitude soils of the Northern …

In this study, the dynamics of soil thermal, hydrologic, and ecosystem processes were
coupled to project how the carbon budgets of boreal forests will respond to changes in …

The impact of 2× CO2 driven climate change on radial growth of boreal tree species Pinus
banksiana Lamb., Populus tremuloides Michx. and Picea mariana (Mill.) BSP growing in the …

The boreal biome accounts for approximately one third of the terrestrial carbon (C) sink.
However, estimates of its individual C pools remain uncertain. Here, focusing on the …

The CO2 fertilization hypothesis stipulates that rising atmospheric CO2 has a direct positive
effect on net primary productivity (NPP), with experimental evidence suggesting a 23 …

Des méthodes utilisant les photographies hémisphériques pour l'analyse de l'agrégation
foliaire en forêt sont présentées. Elles consistent à calculer des facteurs d'agrégation foliaire …

We used a biogeochemistry model, the Terrestrial Ecosystem Model (TEM), to study the net
methane (CH4) fluxes between Alaskan ecosystems and the atmosphere. We estimated that …

We used a terrestrial ecosystem process model, BIOME-BGC, to investigate historical
climate change and fire disturbance effects on regional carbon and water budgets within a …

Snow water equivalent (SWE) is a critical parameter for climatological and hydrological
studies over northern high-latitude areas. In this paper, we study the usability of the Helsinki …