Forest shelter buffers microclimate, decreasing daily ranges of solar radiation and
temperature, yielding higher minimum and lower maximum temperatures than those of open …

Forest canopy generally moderates below-canopy air temperature and relative humidity and
thus creates a specific microclimate for tree seedling growth. Climate change will alter the …

A major aim of sustainable forest management is the maintenance or recolonisation of
harvested areas by species that were present pre-disturbance. Forest influence (a type of …

Trees form a significant part of the urban vegetation. Their meteorological and climatological
effects at all scales in urban environments make them a flexible tool for creating a landscape …

The microclimate in forest ecosystems can be altered by modifications of stand structure due
to forest management or natural forest development. Current forest management practices in …

The microclimate within forest stands might change rapidly in space and time due to the
complex three-dimensional structure of forests. We are nowadays able to map the structure …

Microclimate is a key driver of forest dynamics and shapes the response of forest organisms
to global warming. The spatial and temporal variability of microclimate is strongly affected by …

Forest cover creates a specific microclimate by buffering most environmental variables. If the
influence of the overstory on microclimatic variables has been well studied, the role of the …

The measurements of air temperature, relative humidity, and canopy structural
characteristics were performed on calm sunny summer days in the Populus tomentosa …

The majority of microclimate studies have been done in topographically complex
landscapes to quantify and predict how near-ground temperatures vary as a function of …