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Citizen Science

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Become an Explorer. Become a Researcher.

     Some of the greatest discoveries in cave science are made not by large institutions, but by dedicated volunteers working together to explore, document, and understand the underground world.

The Karstlands and Wildwater Institute believes that scientific discovery should be accessible to everyone. Through our citizen-science initiatives, participants have the opportunity to contribute directly to real research, exploration, conservation, and documentation projects in the caves of Appalachia.

No advanced scientific background is required—only curiosity, enthusiasm, and a desire to learn.

 

Cave Survey and Mapping

     Many cave passages remain unmapped or only partially documented. Participants can learn the techniques used by cave explorers to measure, map, and document underground passages.

Projects may include:

  • Cave mapping and cartography

  • Survey instrument use

  • Data collection

  • Passage documentation

  • Exploration of newly discovered cave passages

Every survey station helps improve our understanding of cave systems and contributes to the long-term protection of these underground resources.

 

The CANDLE Program

Cave Atmosphere Network for Detection, Learning, and Exploration

     Caves breathe.

     Changes in temperature, pressure, and airflow move air through underground systems in ways that can reveal hidden passages, unknown connections, and the internal structure of caves.

     The CANDLE Program studies cave atmosphere and airflow through long-term environmental monitoring and field research. Citizen scientists may assist with:

  • Airflow monitoring

  • Temperature and humidity measurements

  • Environmental sensor deployment

  • Data collection and analysis

  • Cave climate research

  • Hidden passage investigations

     By helping collect data, participants contribute directly to our understanding of how cave systems function.

 

Dye Tracing and Groundwater Research

     Water is one of the most powerful forces shaping caves.

     Dye tracing is a scientific technique used to understand how groundwater moves through karst landscapes. By introducing environmentally safe fluorescent dyes into sinkholes, sinking streams, or cave systems and monitoring downstream springs, researchers can map underground water flow and identify connections that cannot be seen from the surface.

Citizen scientists may assist with:

  • Dye trace planning

  • Water sampling

  • Charcoal detector deployment

  • Fluorometric analysis

  • Spring monitoring

  • Watershed studies

These projects help improve our understanding of groundwater resources and karst hydrology.

 

Cave Radiolocation

     One of the most unique tools in cave exploration is radiolocation.

Low-frequency radio signals can pass through rock, allowing explorers underground to communicate with teams on the surface and determine their precise location beneath the landscape. Radiolocation has played an important role in cave exploration and rescue operations for decades.

Participants may learn about:

  • Cave radio systems

  • Surface-to-underground communication

  • Ground-zero location techniques

  • Cave rescue applications

  • Radio-based exploration technology

     These projects combine science, engineering, and exploration in a way few people ever experience.

 

Conservation Through Discovery

     Every scientific project conducted through Karstlands and Wildwater Institute shares a common goal: increasing our understanding of caves while helping protect them for future generations.

     Whether mapping a new passage, studying cave airflow, tracing groundwater movement, or operating cave radios, participants become part of a long tradition of exploration and discovery that continues to expand our knowledge of the underground world.

     The caves of Appalachia still hold countless mysteries. We invite you to help explore them.

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