Our Key Staff

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.

More than 29 years experience in groundwater quality monitoring and resource management, including design of monitoring networks and programs, soil and groundwater remediation, application of environmental regulations, water quality monitoring and protection programs, and groundwater resource assessments.

She has an M.S. in water science (with an emphasis on groundwater hydrology and water quality) from the University of California, Davis. She specializes in the understanding of contaminant transport and fate in hydrologic systems and the potential implication of the presence of natural or man-made contaminants. She also specializes in geochemical relationships and their correlation with groundwater flow, including mass transfer processes and migration and accumulation mechanisms occurring along groundwater flow paths and the occurrence of natural constituents such as arsenic and chromium.