SCIENCE & METHODOLOGY:
The methodology for the science portion of the WRI was completed in 2003. These methodologies define the processing and classification of well log descriptions into simplified units of bedrock, aquifer, aquitard, and aquiclude. These procedures are described in detail in the the reports and articles.
The science portion has been heavily advised by Dr. Kurt O. Thomsen,Ph.D., P.G., who has over 30 years experience in hydrological and environmental consulting. His membership on the BACOG Water Resources Initiative has been invaluable to this project. The science and methodology has also been reviewed and advised by various other governmental and academic resources. Click here for more information on our committee, supporters, and volunteers.
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GIS: Mapping and Visualization
GIS, or a Geographic Information System, is used to create the layer maps for the 3 dimensional stratigraphic model as well as other important maps that define the shallow aquifer system.
BACOG has used GIS in many ways over the course of the last eight years. From the build-out report estimating areas of future consumption, to the creation and updating of the 3D model, GIS has been an integral part of understanding the groundwater resources and communicating that information to officials, staff, and community members. Creating the model has allowed BACOG to apply and query information from this data for applications at local and regional scales.
Online videos show the representative model produced using GIS software.
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Planning, Analysis & Education:
Planning, analyses, and the public education are critical components to the success of the Water Resources Initiative. The water resources committee has been reconvened and is currently working on a review of existing water policy and initiatives in the area.
The long-term goal for this portion of the program is to expand the volunteer network of well owners who will participate in water level and water quality measurements on a repetitive, long-term basis. This information is critical to the sustainability questions that arise relative to water supply.
BACOG has used the groundwater research findings in practical environmental planning applications with its member governments and will continue to provide support for regional and local issues with regard to groundwater and planning.
The BACOG executive director and water committee continue to work on translating the groundwater science that has been developed into local policies, ordinances, and best practice guidelines for groundwater and recharge area protection.
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