An increasing number of studies have reported on shifts in timing and length of the growing
season, based on phenological, satellite and climatological studies. The evidence points to …

A number of studies have suggested that the growing season duration has significantly
lengthened during the past decades, but the connections between phenology variability and …

This paper summarizes a broad range of studies that have examined influences of recent
climate change on plant phenology or distribution. Spring events such as leafing and …

The threat of future global warming has generated a major interest in quantifying past
climate variability on centennial and millennial time-scales. However, palaeoclimatological …

Phenological data have shown an increase of ca. 10 days in European growing season
length in the latter part of the twentieth century. In general, these changes have been …

Based on daily mean temperature measurements at 54 meteorological stations throughout
the Tibetan Plateau (TP) from 1960 to 2009, the trends in the thermal growing season were …

We assess the correspondence of reanalysis air temperatures from ERA‐40, NCEP‐1, and
NCEP‐2 with homogenized observational data from China for 1958–2001 and 1979–2001 …

Aim Radial growth and foliage dynamics of trees both play a significant role in the terrestrial
carbon cycle. Yet, crucial knowledge gaps exist in how these two growth components are …

A synthesis of well-dated high-resolution pollen records suggests a spatial structure in the
8200 cal yr BP event in northern Europe. The temperate, thermophilous tree taxa, especially …

Observed 20th century changes in the length of the growing season (GS) across the
Northern Hemisphere have been linked to increasing temperatures, associated with global …