Nonrenewable energy resources, comprising fossil fuels and uranium, are not ran domly
distributed within the Earth's crust. They formed in response to a complex array of geologic …

Reliable modeling of meandering fluvial reservoirs is challenging because of the
heterogeneity in magnitude and pattern of porosity and permeability related to depositional …

This study presents results of outcrop characterization and modeling of lithologic
heterogeneity within a well-exposed point bar of the Williams Fork Formation in Coal …

Using a range of realistic 3D numerical lithofacies (dm-scale) models of ripple laminated
sandstone intercalated with mudstone we evaluate how single-phase permeability varies as …

Applications of probe permeameters in both laboratory and outcrop studies of permeability
heterogeneity are common. We present an overview of the current status of probe …

Where it was studied at two sites in north-central Oklahoma, the Gypsy sandstone of the
Pennsylvanian Vamoosa Formation provides significant insights into the controls on …

This study addresses the field-scale architecture and dimensions of fluvial deposits of the
lower Williams Fork Formation through analysis of outcrops in Coal Canyon, Piceance …

Heterolithic lithofacies in the Jurassic Tilje Formation, offshore mid-Norway, consist of three
components–sand, silt and mud intercalated at the centimetre scale–and are generally …

Most outcrops of fluvial deposits consist of a series of cliff exposures, either natural or
manmade (eg, roadcuts). Predictions, and especially observation of plan-form geometry …

Oxbow lake, acting as an efficient factory, plays an important role in the attenuation and
accumulation of groundwater contamination. However, there are few concerns on the …