Stream temperature is one of the most critical factors controlling aquatic ecosystem health.
Practitioners and researchers from a range of fields, including biology, ecology, hydrology …

Abstract The Prediction in Ungauged Basins (PUB) initiative of the International Association
of Hydrological Sciences (IAHS), launched in 2003 and concluded by the PUB Symposium …

Research on stream and river temperatures is reviewed with particular attention being given
to advances in understanding gained since 1990 and on investigations of fundamental …

Forest harvesting can increase solar radiation in the riparian zone as well as wind speed
and exposure to air advected from clearings, typically causing increases in summertime air …

A simulation experiment was used to understand the importance of riparian vegetation
density, channel orientation and flow velocity for stream energy budgets and river …

The Pacific Northwest encompasses a range of hydrologic regimes that can be broadly
characterized as either coastal (where rain and rain on snow are dominant) or interior …

Climate change is likely to increase summer temperatures in many river environments,
raising concerns that this will reduce their thermal suitability for a range of freshwater fish …

Headwater streams and their riparian areas, ie, headwater systems, differ from larger
streams in a number of fundamental ways that shape their characteristic biological …

Summer water temperatures are rising in many river systems in North America, and this
warming trend is projected to intensify in the coming decades. Cold‐water fish may alleviate …

We review the current understandings of the frequency, spatial distributions, mechanisms,
and ecological consequences of fire in riparian zones. Riparian zones are well known for …