Miocene lacustrine algal reefs—southwestern Snake River Plain, Idaho

Late Tertiary to Quaternary Geology and Landscape Evolution along the Snake River Plain, Southwestern Idaho

Rock Physics Modeling for the Potential FORGE Site on the Eastern Snake River Plain, Idaho

Rock physics models allow establishing a physical-mathematical relation between rock and fluid properties and geophysical attributes. In this study, we propose to apply rock physics models to a geophysical dataset measured at two well locations near the proposed Snake River Plain FORGE site in eastern Idaho. The potential target is a rhyolite layer, which occurs between 2,000 and 3,000 m. The a...

The Yellowstone-snake River Plain Seismic Profiling Experiment: Crustal Structure of the Eastern Snake River Plain

Seismic refraction profiles recorded layer. Crustal subsidence and periodic basaltic along the eastern Snake River Plain (ESRP) in southeastern Idaho during the 1978 YellowstoneSnake River Plain cooperative seismic profiling experiment are interpreted to infer the crustal velocity and attenuation (Q-i) structure of the ESRP. Travel-time and synthetic seismogram modeling of a 250 km reversed ref...

Crustal Architecture of the Snake River Plain, Idaho, Through Geochemical Investigation of Crustal Sill and Shallow Subvolcanic Xenoliths

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Identifying Irrigated Areas in the Snake River Plain, Idaho: Evaluating Performance across Composting Algorithms, Spectral Indices, and Sensors

There are pressing concerns about the interplay between agricultural productivity, water demand, and water availability in semi-arid to arid regions of the world. Currently, irrigated agriculture is the dominant water user in these regions and is estimated to consume approximately 80% of the world’s diverted freshwater resources. We develop an improved irrigated land-use mapping algorithm that ...