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 …

Concern about anthropogenic climate change has heightened the need for accurate
information about spatial and temporal variations in precipitation at the Earth's surface …

The quantification of precipitation on a global scale is critical for applications ranging from
climate monitoring to water resource management. Conventional observations through …

Detailed homogeneity assessments of daily weather observing station data from Canada,
the United States, and Mexico enabled analysis of changes in North American extremes …

The impact of future climate change on sugar beet yields is assessed over western Europe
using future (2021–2050) climate scenario data from a General Circulation Model (GCM) …

The effects of natural and anthropogenic forcings (solar activity, volcanism, atmospheric
CO2 concentration, deforestation) on climate changes are estimated with the Earth system …

Abstract Changes in indices related to frost and snow in Europe by the end of the twenty-first
century were analyzed based on experiments performed with seven regional climate models …

Daily meteorological observations have been made in Uppsala, Sweden, since 1722, and
complete series of air temperature and sea level air pressure have been reconstructed and …

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 …

Daily meteorological observations have been made at the old astronomical observatory in
Stockholm since 1754. Complete daily mean series of air temperature and sea level …