Support the Global Heat Flow Community
Support with Data or Literature Donation
Contribute to the expansion of the IHFC Global Heat Flow Database by donating unpublished datasets, historical measurements, or scientific literature. Check what literature we are missing. Your data will be curated, validated, and made available to the global research community. Help preserve and digitize valuable heat flow data by sharing legacy publications, borehole measurements, or marine probe records, ensuring long-term accessibility and scientific impact. Contact us!
Support in the Data Assessment
Assist in the quality control and validation of heat flow data by contributing your expertise in geophysics, geology, or geostatistics to improve data reliability. Join our peer-review team or IHFC expert group to help refine, classify, and standardize heat flow measurements, making them more useful for researchers and industry professionals. Contact us!
Support in Code Development
Contribute to developing open-source tools and algorithms for screening, testing, and correcting data on heat flow and underlying properties. Help improve the data portal’s API, visualization tools, or machine-learning workflows, ensuring seamless access and analysis capabilities for the global geoscience community. Contact us!
Support in Teaching Material
We strive to provide high-quality learning resources in future. Assist in creating educational resources, tutorials, and training modules to help students and professionals better understand and utilize heat flow data. Help to develop interactive teaching materials, case studies, or workshops to support universities and research institutions in integrating heat flow studies into their curricula. Contact us!
Financially Support the IHFC
Help sustain and expand the IHFC’s efforts by providing financial contributions to maintain data curation, standardization, and community engagement. Partner with the IHFC through grants, sponsorships, or institutional funding to support the long-term development and accessibility of global heat flow data. More information.