Kimberly B. Baldwin, P.H., E.I. Email & Phone Number

Albuquerque, New Mexico, United States

Albuquerque, New Mexico, United States

• Developed water balance models for mine facilities, ponds, and municipal clients in Excel and GoldSim.• Developed alternative MODFLOW model scenarios for existing groundwater flow models. • Determined surface water runoff and groundwater flow paths for containments of concern. • Used ArcGIS to prepare maps, delineate watersheds, and investigate spatial patterns. • Developed hydrographs, indicator plots, and reports pursuant environmental permitting and regulations.• Provided support for water rights and litigation projects. Developed exhibits for expert testimony.

Denver, Colorado, United States

• Responsible for the compilation and analysis of hydrologic, hydrogeologic, and water rights data using R, Excel, ArcGIS and MODFLOW. • Performed engineering analysis of Lawn Irrigation Return Flow (LIRF).• Created groundwater flow models in MODFLOW to develop unit response functions. • Developed alternative MODFLOW model scenarios for existing groundwater flow models. • Used ArcGIS to prepare maps, investigate spatial patterns, and delineate watersheds.• Reviewed engineering analysis for water court on behalf of applicants and objectors. • Assisted with the development of scientific studies and court exhibits prepared for expert testimony.

Denver, Colorado, United States

• Assisted with the development of facility designs; including diversion channels, outlet structures, and spillways.• Performed climatology studies involving the collection and aggregation of meteorological data, analysis of monthly and annual precipitation, calculation of maximum 24-hour storm events, calculation of 24-hour probable maximum precipitation event, calculation of wet year-dry year precipitation, and an analysis of evaporation.• Developed water balance models to evaluate free board requirements, water availability, and acceptable design criteria. • Created and calibrated groundwater flow models in MODFLOW for active mining scenarios. • Created stochastic GoldSim models simulating the formation and chemical composition of a post-closure pit lake; the formation of multiple pit lakes to estimate pumping rates required for dewatering; and water balances for site facilities. • Used ArcGIS to prepare maps, investigate spatial patterns, delineate watersheds, and to develop elevation-area-volume relationships for designed facilities. • Managed and analyzed a variety of field data using Access, R, Excel, and ArcGIS.

Golden, Co

Thesis: Investigation of Groundwater-Surface Water Interactions at Selected Sites along the Rio Grande Using High Frequency Pressure Observations

Albuquerque, New Mexico

Bosque Study, Albuquerque, NM (2008-2010) The goal of this project was to establish a continuous, multi-year groundwater and surface water data collection network to investigate river leakage from the Rio Grande. The project had 251 shallow piezometer and 27 surface water site locations. Hourly water level and temperature was collected for a period of 5 years. Responsibilities included: • Installation and data collection from In Situ Level Trolls. • Development of a post-processing script for barometric pressure correction. • Management and analysis of data using USGS database, excel, and Matlab. • Co-authored two USGS Scientific Investigative Report (in-review). • Presented a professional talk at the New Mexico Water Resource Research Institute conference.East Mountain Stream Project, New Mexico (2009-2010) The goal of this project was to estimate mountain recharge using isotopic analysis of stream water samples. Responsibilities included:• Continuous stream monitoring of ephemeral streams in the Sandia and Manzano Mountains, east of Albuquerque, NM. • Collection of water samples and flow rates quarterly.• Analysis of laboratory results• Drafted client memos and field reports.East Mountain Septic Tank Project, Albuquerque, NM (2010-2011) The goal of this project was to monitor septic tank return flow, in order to quantify recharge and evapotranspiration contributed by East Mountain residences via their septic tank use. Responsibilities included:• Installation a basic meteorological station at two East Mountain residences. • Performed site-specific field work and analyzed meteorological station data. • Used ArcGIS to create site location maps.

Albuquerque, Nm

Performed analytical testing on soil and water samples. Samples were analyzed for: pH, total dissolved solids, total suspended solids, total solids,and turbidity.

Socorro, Nm And Sonora, Mexico

Evapotranspiration Partitioning ProjectThe purpose of this project was to partition evapotranspiration in a subtropical forest canopy. Lead a team of four individuals in the collection and packaging of air moisture, plant, and soil samples. Coordinated field work with other teams and data collection at an Eddy Covariance Station. Analyzed meteorological data from the adjacent eddy covariance station.Scintillometer ProjectAssisted in determining the site locations for two long range scintillometer transects. After the site locations were determined, responsible for the installation, calibration, maintenance, and data collection from the scintillometers.Soil Moisture ProjectResponsible for collecting soil moisture and soil temperature from a gridded field site in Sonora, Mexico. Performed spatial data analyses on collected data.

Socorro, Nm

Socorro, Nm

Assisted in determining the site locations for multiple long range scintillometer transects. After the site locations were determined, responsible for the installation, calibration, maintenance, and data collection from the scintillometers. Developed a script to estimate evapotranspiration from field data about plant species.

Albuquerque, Nm

• Data management and processing• Website design

Hampton, Va

Masters

Bachelor Of Science (B.S.)

Education record

Education record