Changes in the flow regime in snowmelt- and ice-dominated rivers have important implications for navigation, flood hazard, recreation, and ecosystems. We investigated recent changes in the high flows of the St. John River basin in Maine, USA, with a view to quantify changes in high-flow characteristics, as well as extreme event estimates. The results analyzed herein demonstrate shifts in springtime streamflow as well as in emergent wintertime (January–February) streamflow over the past four decades. A Poisson-based regression approach was applied to develop a model for the diagnosis of weather–climate linkage. The sensitivity of episodic warm weather events to the negative phase of the Tropical–Northern Hemisphere (TNH) atmospheric teleconn...
The study focused on investigating the presence of change patterns in 600 unimpaired streamflow stat...
Ice jams regularly occur across the Northeast U.S. during the winter and early spring and can result...
Shifting climatic regimes can increase or decrease the frequency of extreme hydrologic events (e.g.,...
The flood-prone Saint John River (SJR) traverses provincial and international borders as it travels ...
Sustainable water resources allocation seeks to balance the growing consumptive freshwater needs wit...
The annual timing of river flows is a good indicator of climate-related changes, or lack of changes,...
Climate warming is projected to result in increases in total annual precipitation in northeastern No...
[1] Climate change has the potential to alter streamflow regimes, having ecological, economic, and s...
Climate change is likely to impact precipitation as well as snow accumulation and melt in the Northe...
AbstractThere is general consensus that climate is undergoing change but whether climate change is o...
Snow plays a major role in the hydrological cycle. Variations in snow duration and timing can have a...
The entropy of all systems is supposed to increase with time, this is also observed in the hydroclim...
Study region: Northeast and Midwest, United States. Study focus: Assessing the climate change impact...
Study region: We investigate the impacts of local temperature and precipitation trends on discharge ...
We explored the complex relations between climate and streamflow in the Mid-Atlantic region of the U...
The study focused on investigating the presence of change patterns in 600 unimpaired streamflow stat...
Ice jams regularly occur across the Northeast U.S. during the winter and early spring and can result...
Shifting climatic regimes can increase or decrease the frequency of extreme hydrologic events (e.g.,...
The flood-prone Saint John River (SJR) traverses provincial and international borders as it travels ...
Sustainable water resources allocation seeks to balance the growing consumptive freshwater needs wit...
The annual timing of river flows is a good indicator of climate-related changes, or lack of changes,...
Climate warming is projected to result in increases in total annual precipitation in northeastern No...
[1] Climate change has the potential to alter streamflow regimes, having ecological, economic, and s...
Climate change is likely to impact precipitation as well as snow accumulation and melt in the Northe...
AbstractThere is general consensus that climate is undergoing change but whether climate change is o...
Snow plays a major role in the hydrological cycle. Variations in snow duration and timing can have a...
The entropy of all systems is supposed to increase with time, this is also observed in the hydroclim...
Study region: Northeast and Midwest, United States. Study focus: Assessing the climate change impact...
Study region: We investigate the impacts of local temperature and precipitation trends on discharge ...
We explored the complex relations between climate and streamflow in the Mid-Atlantic region of the U...
The study focused on investigating the presence of change patterns in 600 unimpaired streamflow stat...
Ice jams regularly occur across the Northeast U.S. during the winter and early spring and can result...
Shifting climatic regimes can increase or decrease the frequency of extreme hydrologic events (e.g.,...