Small rodent population cycles characterise northern ecosystems, and the cause of these
cycles has been a long‐lasting central topic in ecology, with trophic interactions currently …

We estimated climate niche shifts and threat levels under various climate change scenarios
for Vaccinium myrtillus L. and V. vitis-idaea L. We developed the MaxEnt species distribution …

The boreal forest, one of the world's largest terrestrial biomes, is currently experiencing rapid
climate-driven changes. This review synthesizes the limited research available on climate …

An urgent aim of ecology is to understand how key species relate to climatic and
environmental variation, to better predict their prospects under future climate change. The …

Abstract The European bilberry, Vaccinium myrtillus L.(Ericaceae), is an important food
resource for many mammals, insects and birds in forests, including the threatened …

Climate change impacts on species and ecosystem functioning may depend on climatic
context and study systems. Climate warming and intensified herbivory are two stressors to …

Investigation of relationships between biomass of different plant compartments is important
because their varying turnover rates affect the amount and composition of aboveground and …

Because climate change alters patterns of vegetative growth, long-term phenological
measurements and observations can provide important data for analyzing its impact …

The phenology of berry-producing plants, particularly their harvest season, is of human
interest and also reflects the ecosystem's response to the changing environment. We …

Soil mesofauna play pertinent roles in soil processes. For example, microarthropods
strongly influence rates of microbial decomposition. The relationship between mesofauna …