Our Services
Explore UCL Geography’s radiometric dating and isotope analysis. Our team delivers precise measurements, environmental insights, and detailed research reports.
UCL Geography offers specialised radiometric dating and isotope analysis using advanced technology. Our services support research across environmental, geological, and sedimentary studies.
Advanced Technology for Accurate Measurements
Our facility features the latest hyper-pure germanium gamma spectrometers, including ORTEC® HPGe GWL series coaxial well-type detectors. This enables low-level environmental radioactivity measurement with unmatched accuracy.
Key Service: Radiometric Dating
- Analysis of lake, marine, and coastal sediments, and peat accumulations.
- Radionuclides studied include 210Pb (natural) and 137Cs, 241Am (artificial).
- Full dating report included, detailing methods, model selection, and interpretations.
Other Services
Analyse sediment transport and deposition by measuring 210Pb in sediment cores. This helps reveal patterns of sediment focusing within lake basins and supports environmental research.
Model radionuclide movement through catchment-lake systems and assess soil erosion. Analyses include isotopes such as 210Pb, 137Cs, 134Cs, and 241Am in soils, sediments, and peats.
Trace atmospheric pollutants and radioactive emissions through ecosystems. Monitor gamma radiation dose rates, assess environmental changes, and compare distributions of 210Pb with other pollutants.
Maximise Your Research with Expert Practices
Use cutting-edge equipment
Benefit from the latest technology to ensure highly precise measurements and reliable data for your research.
Access expert analysis
Work with experienced professionals who provide in-depth interpretation and guidance tailored to your project.
Analyse diverse core samples
Examine 740 cores from a variety of environmental settings to gain comprehensive insights into sediment and radionuclide processes.
Receive detailed chronological reports
Get full reporting that includes methods, model selection, and interpretations to support your research outcomes.
Avoid Common Pitfalls in Environmental Analysis
Rely on generic analyses
Avoid studies that lack context; our specialised methods provide accurate and meaningful results.
Use outdated instrumentation
Old or less sensitive equipment can compromise data quality and reduce research reliability.
Miss out on specialised database insights
Our database offers expert knowledge on sedimentation processes—don’t overlook this valuable resource.
Get Started with Our Services
Enhance your research with precise radiometric and isotope analysis. Contact our team for expert guidance tailored to your project.
Contact Our TeamGot questions? Get in touch.
Contact us if you have any questions about studying Geography at UCL.
Principal Research Fellow and Facility Manager
Click to email. handong.yang@ucl.ac.uk
Lecturer in Environmental Change and Academic Coordinator
Click to email. lucy.roberts@ucl.ac.uk