Who We Are

The Kentucky Geological Survey (KGS) is a state-supported research center and public resource within the University of Kentucky. Our mission is to support the sustainable prosperity of the Commonwealth, the vitality of its flagship land grant university, and the welfare of its people. We do this by conducting research in the geological sciences, providing unbiased data and information to the public, and engaging with stakeholders. Research conducted by the KGS serves the Commonwealth and its people by building resilience.

Live Groundwater Monitoring Display

The Kentucky Geological Survey now offers real-time groundwater monitoring through our enhanced KGON well network. View live water level elevations and temperature data from monitoring wells across Kentucky, with interactive charts showing current conditions and historical trends.

Example of a monitoring plot on a real-time data page. This image displays the real-time weekly groundwater level data for the KGON-1 well at the Kentucky Horse Park

Example of a monitoring plot on a real-time data page. This image displays the real-time weekly groundwater level data for the KGON-1 well at the Kentucky Horse Park. Follow the link above to view all the available monitoring wells.

Connect with Us

The Big Blue Rock Pod

This podcast is a fun, conversational approach to discussing all things geology and earth processes. We primarily focus on Kentucky as we talk about emerging ideas in research, along with classic topics in earth science for all levels of interest.

Ask a Geologist

Have questions about Kentucky's geology? Wondering about rocks, minerals, landslides, or groundwater in your area? Our expert geologists are here to help with answers backed by decades of research and field experience.

How KGS Serves Our Kentucky Community

The Kentucky Geological Survey (KGS) traces its roots back to 1838 and has been part of the University of Kentucky since 1948. Our mission is to support the sustainable prosperity of the Commonwealth, the vitality of its flagship university, and the welfare of its people.

We do this by conducting research and providing unbiased information about the geology and natural resources of Kentucky. We focus on issues relevant to the economic prosperity, environmental quality, and practical well-being of the Commonwealth and its people: the things that can make Kentucky a compelling place to live, work, and do business.

KGS provides technical support to several state agencies and organizations, as well as a host of local, county, and federal agencies. We also interact with stakeholders from a wide range of community, industry, environmental, and educational groups, and the KGS website provides free public access to our databases, digital map layers, and reports.

Learn more

Gateway to Kentucky's Earth Science Data

The Kentucky Geological Survey provides free public access to comprehensive databases, digital maps, and research reports through user-friendly interactive interfaces—no specialized software required.


Our Earth Analysis Research Library houses over 2,500 rock cores, 16,000 oil/gas well samples, 8,000 limestone samples, and 5,000 coal samples. The KGS Groundwater Data Repository contains information on over 92,000 water wells, 5,100 springs, and 58,000 water-quality analyses.


Additional databases document Kentucky's landslides, sinkholes, oil and gas wells, earthquakes, mines, and quarries—all supporting resource exploration, environmental protection, and engineering studies.


Explore Data
KGS Core Viewing

KGS News and Announcements

Press Release

From cave to CHAOS to community: Rachel Washburn shares geohealth research with Hidden River Cave stakeholders

Rachel Washburn, postdoctoral fellow with the Geohealth Team at the Kentucky Geological Survey (KGS) and Director of the CHAOS Lab (Center for geoHealth and Applied Omics Studies), recently visited Hidden River Cave and the American Cave Conservation Association (ACCA) to present new research findings generated directly from the cave system.

Burgin flood survivor returns home
KGS in the Media
TV News
WKYT

Burgin flood survivor returns home

Woman displaced 10 months by back-to-back floods refuses to leave neighborhood as geological survey tests dewatering wells

Kentucky Geological Survey visits Kentucky River landslide area in Frankfort
KGS in the Media
TV News
LEX 18

Kentucky Geological Survey visits Kentucky River landslide area in Frankfort

More than 500 homes in Franklin County were invaded by the Kentucky River during historic flooding last April. But in some places, homes were also affected by land movement. At that time, it was a difficult task to tell someone they weren't allowed in their own home. But that’s what Autumn Goderwis, the planning director for Franklin County, had to do because of landslides.

UK landslide research expands to Northern Kentucky and Cincinnati
KGS in the Media
Online Article
UKNOW

UK landslide research expands to Northern Kentucky and Cincinnati

The Kentucky Geological Survey (KGS) received a $182,961 grant from the U.S. Geological Survey to advance geological understanding and hazard preparedness for Northern Kentucky and Cincinnati. The project will produce landslide inventory maps and landslide susceptibility maps for the region that will benefit city planners, local governments and landowners.

CLIMBS Researchers Go Global in Finding Hazard Solutions through NSF’s CLaSH Initiative
KGS in the Media
Online Article
LinkedIn - KY NSF EPSCoR

CLIMBS Researchers Go Global in Finding Hazard Solutions through NSF’s CLaSH Initiative

Geologic hazards are complicated, connected, and continuous. While extreme precipitation events can cause catastrophic flooding, the intense precipitation can also induce widespread landslide activity. The landslide deposits can block small streams or send pulses of materials into rivers, exacerbating the destructiveness of the flood by changing the nature of the flow and providing larger debris that can impact infrastructure. Similarly, wildfire burns vegetation, making hillslopes more susceptible to landsliding during intense precipitation. The positive feedback between one hazard exacerbating the severity of another hazard is referred to as a hazard cascade. Understanding hazard cascades and their impacts on infrastructure and people is difficult, and exactly the type of challenge addressed through the National Science Foundation’s new CLaSH – Center for Land Surface Hazards (CLaSH). Kentucky researchers are playing a key role.