Search Results - "Swain, Eric D."

Insight into Hurricane Maria Peak Daily Streamflows from the Development and Application of the Precipitation-Runoff Modeling System (PRMS): Including Río Grande de Arecibo, Puerto Rico, 1981–2017 by Swain, Eric D., Bellino, Jason C.

“…The Precipitation-Runoff Modeling System (PRMS) was used to develop a simulation of watershed hydrology on the island of Puerto Rico for the period 1981–2017,…”
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Insight into Sources of Benzene, TCE, and PFOA/PFOS in Groundwater at Naval Air Station Whiting Field, Florida, through Numerical Particle-Tracking Simulations by Swain, Eric D., Landmeyer, James E., Singletary, Michael A., Provenzano, Shannon E.

“…Past waste-disposal activities at Naval Air Station Whiting Field (NASWF) have led to elevated concentrations of contaminants in the underlying sand and gravel…”
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Projecting Impacts of Climate Change on Water Availability Using Artificial Neural Network Techniques by Swain, Eric D, Gómez-Fragoso, Julieta, Torres-Gonzalez, Sigfredo

“…AbstractLago Loíza reservoir in east-central Puerto Rico is one of the primary sources of public water supply for the San Juan metropolitan area. To evaluate…”
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Evaluation of habitat suitability index models by global sensitivity and uncertainty analyses: a case study for submerged aquatic vegetation by Zajac, Zuzanna, Stith, Bradley, Bowling, Andrea C., Langtimm, Catherine A., Swain, Eric D.

“…Habitat suitability index (HSI) models are commonly used to predict habitat quality and species distributions and are used to develop biological surveys,…”
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Evaluating Effects of Everglades Restoration on American Crocodile Populations in South Florida Using a Spatially-Explicit, Stage-Based Population Model by Green, Timothy W., Slone, Daniel H., Swain, Eric D., Cherkiss, Michael S., Lohmann, Melinda, Mazzotti, Frank J., Rice, Kenneth G.

“…The distribution and abundance of the American crocodile ( Crocodylus acutus ) in the Florida Everglades is dependent on the timing, amount, and location of…”
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Numerical computation of hurricane effects on historic coastal hydrology in Southern Florida by Swain, Eric D, Krohn, Dennis, Langtimm, Catherine A

“…Introduction Numerical models are critical for assessing the effects of sea level rise (SLR), hurricanes, and storm surge on vegetation change in the…”
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Temperature Inverted Haloclines Provide Winter Warm-Water Refugia for Manatees in Southwest Florida by Stith, Bradley M., Reid, James P., Langtimm, Catherine A., Swain, Eric D., Doyle, Terry J., Slone, Daniel H., Decker, Jeremy D., Soderqvist, Lars E.

“…Florida manatees (Trichechus manatus latirostris) overwintering in the Ten Thousand Islands and western Everglades have no access to power plants or major…”
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Inverse modeling of surface-water discharge to achieve restoration salinity performance measures in Florida Bay, Florida by Swain, Eric D., James, Dawn E.

“…The use of numerical modeling to evaluate regional water-management practices involves the simulation of various alternative water-delivery scenarios, which…”
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Utilizing Spectral Analysis of Coastal Discharge Computed by a Numerical Model to Determine Boundary Influence by Swain, Eric D., Langevin, Christian D., Wang, John D.

“…In the present study, a spectral analysis was applied to field data and a numerical model of southeastern Everglades and northeastern Florida Bay that involved…”
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An analytical formulation of two-dimensional groundwater dispersion induced by surficial recharge variability by Swain, Eric D., Chin, David A.

“…A predominant cause of dispersion in groundwater is advective mixing due to variability in seepage rates. Hydraulic conductivity variations have been…”
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Simulation of Ground-Water Level Fluctuations Using Recharge Estimated by Field Infiltrometer Measurements by Swain, Eric D

“…An infiltrometer was used at multiple locations at a site in Lee County, Fl. to define the spatial variability in infiltration parameters. Water-level data…”
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Model of Flow in Regulated Open-Channel Networks by Swain, Eric D, Chin, David A

“…A numerical model is developed to simulate unsteady flow in open-channel networks. The model is an improvement over currently available network models in that…”
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