Fourteen diagnostic tests for determining the appropriate conceptual model for bedrock aquifers are described.
This assessment made use of the recently updated local seismic hazard model at bedrock level considering the local site effects (Bernal et al. 2015, 2017; Salgado-Gálvez et al. 2016b).
A model of bedrock erosion and channel profile evolution is derived that accounts for (a) fractional coverage by the channel of total valley width at any given time and (b) shielding by sediment impounded behind debris dams.
In this paper I use two models of bedrock channel erosion, the stream-power model and a sediment-flux-driven model, to test hypotheses for the fluvial Cenozoic geomorphic evolution and surface uplift history of the southern Sierra Nevada.
Because process-based models for bedrock landscapes are poorly understood, we have limited ability to quantify, for example, post-glacial rockfall and scree slope formation.
For private water supplies within the six New England states (CT, MA, ME, NH, RI, and VT), we developed separate models for bedrock and unconsolidated materials aquifers using continuous and categorical covariates (x) derived for the locations of participants' wells.
A couple of months ago, his brother Romeo followed suit, and because an unglimpsed child model forms the bedrock of my novel, this has maybe given it a bit of unexpected oomph.
To our knowledge the presented bedrock model is one of the best defined of any major overdeepened trunk valley.
HQ might not seem to fit the Bedrock model, especially since the firm wasn't the only investor (or even the lead) in the trivia app's $15 million round.
The seismic input is defined by the computation of realistic synthetic seismograms considering different levels of detail for the earthquake source, both for a bedrock model and taking into account the specific site conditions.
