How anthropogenic climate change will affect hydroclimate in the arid regions of southwestern North America has implications for the allocation of water resources and the course of regional development. Here we show that there is a broad consensus among climate models that this region will dry in the 21st century and that the transition to a more arid climate should already be under way. If these models are correct, the levels of aridity of the recent multiyear drought or the Dust Bowl and the 1950s droughts will become the new climatology of the American Southwest within a time frame of years to decades
In contrast to the wet gets wetter and dry gets drier paradigm, here, using observations and climate...
It is often remarked that most of the western US (Figure 1) is “always in drought,” especially by v...
The impacts of climate change on water and nitrogen cycles in arid central Arizona (USA) were invest...
Instrumental records indicate a century-long trend towards drying over western North America and wet...
The Southwestern region of North America (SWNA) is projected to become more arid throughout the 21s...
Models utilized by the Intergovernmental Panel on Climate Change indicate a striking trend toward in...
Arid regions are expected to undergo significant changes under a scenario of climate warming, but th...
Global warming driven by rising greenhouse-gas concentrations is expected to cause wet regions of th...
Arid and semi-arid regions of the world are particularly vulnerable to greenhouse gas–driven hydrocl...
Abstract Over the last two decades, southwestern North America (SWNA) has been in the grip of one of...
The modeled robustness of the aridity response to climate change has already been well established: ...
In the Southwest and Central Plains of Western North America, climate change is expected to increase...
This article reviews recent literature on drought of the last millennium, followed by an update on g...
IPCC Assessment Report 4 model projections suggest that the subtropical dry zones of the world will ...
Severe and persistent 21st-century drought in southwestern North America (SWNA) motivates comparison...
In contrast to the wet gets wetter and dry gets drier paradigm, here, using observations and climate...
It is often remarked that most of the western US (Figure 1) is “always in drought,” especially by v...
The impacts of climate change on water and nitrogen cycles in arid central Arizona (USA) were invest...
Instrumental records indicate a century-long trend towards drying over western North America and wet...
The Southwestern region of North America (SWNA) is projected to become more arid throughout the 21s...
Models utilized by the Intergovernmental Panel on Climate Change indicate a striking trend toward in...
Arid regions are expected to undergo significant changes under a scenario of climate warming, but th...
Global warming driven by rising greenhouse-gas concentrations is expected to cause wet regions of th...
Arid and semi-arid regions of the world are particularly vulnerable to greenhouse gas–driven hydrocl...
Abstract Over the last two decades, southwestern North America (SWNA) has been in the grip of one of...
The modeled robustness of the aridity response to climate change has already been well established: ...
In the Southwest and Central Plains of Western North America, climate change is expected to increase...
This article reviews recent literature on drought of the last millennium, followed by an update on g...
IPCC Assessment Report 4 model projections suggest that the subtropical dry zones of the world will ...
Severe and persistent 21st-century drought in southwestern North America (SWNA) motivates comparison...
In contrast to the wet gets wetter and dry gets drier paradigm, here, using observations and climate...
It is often remarked that most of the western US (Figure 1) is “always in drought,” especially by v...
The impacts of climate change on water and nitrogen cycles in arid central Arizona (USA) were invest...