Two sites of the BARGEN GPS network are located ∼30 km south of Great Salt Lake (GSL). Lake-level records since mid-1996 indicate seasonal water elevation variations of ∼0.3 m amplitude superimposed on a roughly “decadal” feature of amplitude ∼0.6 m. Using an elastic Green's function and a simplified load geometry for GSL, we calculate that these variations translate into radial crustal loading signals of ±0.5 mm (seasonal) and ±1 mm (decadal). The horizontal loading signals are a factor of ∼2 smaller. Despite the small size of the expected loading signals, we conclude that we can observe them using GPS time series for the coordinates of these two sites. The observed amplitudes of the variations agree with the predicted decadal variations t...
This presentation demonstrates how tree ring-reconstructed climate variables may assist in decadal p...
GPS monitoring of solid Earth deformation due to surface loading is an independent approach for esti...
Utah’s Great Salt Lake (GSL) is a closed-basin remnant of the larger Pleistocene-age Lake Bonneville...
Two sites of the BARGEN GPS network are located ∼30 km south of Great Salt Lake (GSL). Lake-level re...
The Earth’s crust deforms in response to changes imposed upon it by the cryosphere, the atmosphere, ...
In the past fifteen years, the network of Global Positioning System (GPS) stations in the western Un...
We describe how GPS measurements of horizontal crustal motion can be used to augment vertical crusta...
Abstract The Global Positioning System (GPS) has revolutionized the ability to monitor Earth-system...
pre-printThis climatology examines the environmental factors controlling the frequency, occurrence, ...
peer reviewedThe effects of long-wavelength (>100 km), seasonal variability in continental water sto...
Connections between the Great Salt Lake (GSL) volume (V) and large-scale climate var...
Utah’s Great Salt Lake (GSL) is a closed-basin remnant of the larger Pleistocene-age Lake Bonneville...
The Great Lakes (Superior, Huron, Ontario, Michigan, and Erie) make up for one-fifth of the freshwat...
The Earth’s surface is under constant strain from different mass loads. Surface mass loads, such as ...
Temporal change of surface loadings due to the mass redistribution of the fluid envelope of the Eart...
This presentation demonstrates how tree ring-reconstructed climate variables may assist in decadal p...
GPS monitoring of solid Earth deformation due to surface loading is an independent approach for esti...
Utah’s Great Salt Lake (GSL) is a closed-basin remnant of the larger Pleistocene-age Lake Bonneville...
Two sites of the BARGEN GPS network are located ∼30 km south of Great Salt Lake (GSL). Lake-level re...
The Earth’s crust deforms in response to changes imposed upon it by the cryosphere, the atmosphere, ...
In the past fifteen years, the network of Global Positioning System (GPS) stations in the western Un...
We describe how GPS measurements of horizontal crustal motion can be used to augment vertical crusta...
Abstract The Global Positioning System (GPS) has revolutionized the ability to monitor Earth-system...
pre-printThis climatology examines the environmental factors controlling the frequency, occurrence, ...
peer reviewedThe effects of long-wavelength (>100 km), seasonal variability in continental water sto...
Connections between the Great Salt Lake (GSL) volume (V) and large-scale climate var...
Utah’s Great Salt Lake (GSL) is a closed-basin remnant of the larger Pleistocene-age Lake Bonneville...
The Great Lakes (Superior, Huron, Ontario, Michigan, and Erie) make up for one-fifth of the freshwat...
The Earth’s surface is under constant strain from different mass loads. Surface mass loads, such as ...
Temporal change of surface loadings due to the mass redistribution of the fluid envelope of the Eart...
This presentation demonstrates how tree ring-reconstructed climate variables may assist in decadal p...
GPS monitoring of solid Earth deformation due to surface loading is an independent approach for esti...
Utah’s Great Salt Lake (GSL) is a closed-basin remnant of the larger Pleistocene-age Lake Bonneville...