Over the next century, near‐surface permafrost across the circumpolar Arctic is expected to
degrade significantly, particularly for land areas south of 70° N. This is likely to cause …

Anthropogenic climate change is expected to affect global river flow. Here, we analyze time
series of low, mean, and high river flows from 7250 observatories around the world covering …

Future global warming has a number of implications for fluvial geomorphology because of
changes in such phenomena as rates of evapotranspiration, precipitation characteristics …

Arctic rivers drain~ 15% of the global land surface and significantly influence local
communities and economies, freshwater and marine ecosystems, and global climate …

Significant changes in physical and biological systems are occurring on all continents and in
most oceans, with a concentration of available data in Europe and North America. Most of …

This chapter assesses the capacity of the global climate models used elsewhere in this
report for projecting future climate change. Confidence in model estimates of future climate …

This is the second edition of Climate Time Series Analysis which was first published in 2010.
In this digital age, a second edition means not that the first edition of a book has been sold …

Evidence of the effect of external influences on the climate system has continued to
accumulate since the Third Assessment Report (TAR). The evidence now available is …

Observations and climate change projections forced by greenhouse gas emissions have
indicated a wetting trend in northern high latitudes, evidenced by increasing Eurasian Arctic …

High‐latitude northern rivers export globally significant quantities of dissolved organic
carbon (DOC) to the Arctic Ocean. Climate change, and its associated impacts on hydrology …