Leguminosae are an important part of terrestrial ecosystems and play a key role in
promoting soil nutrient cycling and improving soil properties. However, plant composition …

Phenotypic variation within populations is influenced by the environment via plasticity and
natural selection. How phenotypes respond to the environment can vary among traits …

High latitude peatlands play a significant role in global soil carbon budgets, attributed to the
slow decomposition rate of Sphagnum mosses that facilitates carbon sequestration through …

The distribution of 'cold-adapted'plant species is expected to undergo severe range loss in
the next future. Species distribution models predicting species' future distribution often do …

Temperature is one of the most decisive parameters when it comes to determining
characteristics and distributions of life worldwide. For plants, as sessile organisms, it is …

Understanding the role of the environment in shaping phenotypic variation has been a goal
at the heart of evolutionary biology since its inception. Through the work that led to the …

Organisms respond to changes in their environment using different strategies.
Understanding how species deal with changes expected due to ongoing climate change is …

Anthropogenic climate change is one of the biggest threats to biodiversity and ecosystem
functioning in high-latitude ecosystems. These regions are warming faster than the global …

Кріофіти, рослини, що майже постійно перебувають під впливом холодового стресу,
зазнають морфологічних та анатомічних змін, які виявляються корисними для …