In the last few decades, changes of reproductive pattern of polar vascular plants have been observed, for the benefit of generative propagation. The reasons for this phenomenon are attributed to intensively following climate change, whose effects may be various. Warming causes the production of the greater number of generative structures, with higher quality. Our macroscopic observations conducted on specimens of polar vascular plants, cultivated in University of Warmia and Mazury greenhouse, indicate that the effect of temperature increase on flower development and seed formation is inconsistent. On the other hand enhanced levels of UV-B radiation can negatively affect seedlings. The complexity of the climate change causes tremendous diffi...
Climate change is expected to have pronounced effects in the Arctic, causing increased temperatures ...
Predictions that climate warming will enhance plant sexual reproduction in the High Arctic were exa...
I observed the sun-tracking behavior, temperature increment within flowers, and seed production of m...
ABSTRACT: In the last few decades, changes of reproductive pattern of polar vascular plants have bee...
Polar vascular plants native to the Arctic and the Antarctic geobotanical zone have been growing and...
We provide new information on changes in tundra plant sexual reproduction in response to long-term (...
Alpine and arctic environments are predicted to be strongly influenced by climate change because the...
Temperature is projected to increase more during the winter than during the summer in cold regions. ...
A high arctic polar semi-desert community is characterised by a sparse, low and aggregated vegetatio...
The responses of reproduction and growth to climate warming are important issues to predict the fate...
It is unclear whether climate driven phenological shifts of tundra plants are consistent across the ...
Phenotypic plasticity plays an important role in organisms’ adaptability to environmental change suc...
1 The responses of sub-Arctic heathland vegetation to enhanced UV-B radiation and increased summer p...
Rapid climate warming is altering Arctic and alpine tundra ecosystem structure and function, includi...
How plants respond to climatic perturbations, which are forecasted to increase in frequency and inte...
Climate change is expected to have pronounced effects in the Arctic, causing increased temperatures ...
Predictions that climate warming will enhance plant sexual reproduction in the High Arctic were exa...
I observed the sun-tracking behavior, temperature increment within flowers, and seed production of m...
ABSTRACT: In the last few decades, changes of reproductive pattern of polar vascular plants have bee...
Polar vascular plants native to the Arctic and the Antarctic geobotanical zone have been growing and...
We provide new information on changes in tundra plant sexual reproduction in response to long-term (...
Alpine and arctic environments are predicted to be strongly influenced by climate change because the...
Temperature is projected to increase more during the winter than during the summer in cold regions. ...
A high arctic polar semi-desert community is characterised by a sparse, low and aggregated vegetatio...
The responses of reproduction and growth to climate warming are important issues to predict the fate...
It is unclear whether climate driven phenological shifts of tundra plants are consistent across the ...
Phenotypic plasticity plays an important role in organisms’ adaptability to environmental change suc...
1 The responses of sub-Arctic heathland vegetation to enhanced UV-B radiation and increased summer p...
Rapid climate warming is altering Arctic and alpine tundra ecosystem structure and function, includi...
How plants respond to climatic perturbations, which are forecasted to increase in frequency and inte...
Climate change is expected to have pronounced effects in the Arctic, causing increased temperatures ...
Predictions that climate warming will enhance plant sexual reproduction in the High Arctic were exa...
I observed the sun-tracking behavior, temperature increment within flowers, and seed production of m...