The Groundwater Research Consortium of the Regional Groundwater Science Partnership announces a report summarizing guidance for monitoring land subsidence in Montgomery County, Texas, and an interactive mapping and data narrative to inform on groundwater in the region. The report, generated by an independent Science Advisory Committee (SAC) of leading researchers from around Texas, provides a detailed set of recommendations to implement an integrated approach evaluating current and historical groundwater resources and subsidence in Montgomery County.
Groundwater is a critical resource for the Greater Houston-Galveston region and Texas. Careful management of groundwater resources is necessary to ensure that current water needs are met, and future needs are protected. It is vital to have detailed, current, and accurate data to manage groundwater resources sustainably. It is also important that technical data are communicated to area residents and regional stakeholders in an easy-to-understand manner.
The Regional Groundwater Science Partnership will provide a science-based review as well as community education and outreach on regional data and studies relating to groundwater supply, groundwater demand, and subsidence in Montgomery and Harris counties.
The work of the Regional Groundwater Research Partnership is financially supported by a consortium of municipalities and special use districts interested in supporting independent, science-based groundwater and subsidence research and data analysis. The Consortium’s quarterly meetings are held independent of the SAC. Members of the Consortium receive the same level of scientific information shared with decision makers and the general public.
Get more information, maps and data on groundwater in Montgomery County by checking out our story map or FAQs below.
HARC has convened a group of nationally respected scientists to analyze research findings describing groundwater resources and subsidence in Montgomery and Harris Counties. Findings of the SAC will be summarized in a final report and outreach products for the greater community.
In addition, as part of the research initiative, a Conflict-of-Interest Policy for SAC members has been adopted. The scientists participating in the SAC will neither make nor recommend specific policy decisions. Rather, they will provide unbiased and
independent advice on the science used to support regional policy decisions. All findings of the SAC will be made publicly available to elected officials, decision makers and the general public in the form of reports, fact sheets and online resources including GIS-enabled story maps.
A goal of the Regional Groundwater Research Partnership is to increase public understanding of regional groundwater resources, relationships to subsidence, and the formulation of science-based policy. Stakeholder engagement activities conducted through conversations and workshops will inform the creation of research reports, informational fact
sheets and online tools. Information resources will be formatted for ease of use, distribution, and understanding and made accessible through a community toolkit. Please check this webpage periodically to view additional resources as the work of the SAC progresses.
The Regional Groundwater Science Partnership announces a report summarizing the first phase of review regarding groundwater and subsidence in the region.
The information, generated by the Science Advisory Committee (SAC), provides a detailed set of findings and recommendations for the area concerning the monitoring and management of groundwater resources and subsidence, beginning with an assessment of previous studies provided for the region.
HARC's 2019 Annual Report highlights the successes of the organization and is the result of ongoing partnerships and innovative collaborations. Thank you to our supporters, especially our partners and the funders that make HARC’s work possible.
SERIDAS studies both the benefits and risks of river engineering and how physical and and social drivers of change may predict an engineered river's functioning in 2040 and in 2060.