+49 6221 546332

My main interests is 14C dating method and its many applications with focus on choice of sample material (terrestrial macro remains were and still are my first best choice), their treatment and analysis. The next focal point in 14C dating is calibration to calendar ages and special features of radiocarbon time scale.

My main interests is 14C dating method and its many applications with focus on choice of sample material (terrestrial macro remains were and still are my first best choice), their treatment and analysis. The next focal point in 14C dating is calibration to calendar ages and special features of radiocarbon time scale.

+41 44633 2042

expertise field: geochronology and isotopic geochemistry application field: paleoclimate, soil carbon dynamics, archeology academic formation: chemistry and geology

expertise field: geochronology and isotopic geochemistry application field: paleoclimate, soil carbon dynamics, archeology academic formation: chemistry and geology

+33-(0)1-69080052

Quaternary geologist with a specialization in tephrochronology, loess, and some experience with paleomagnetism.

Quaternary geologist with a specialization in tephrochronology, loess, and some experience with paleomagnetism.

I’m an Assistant Professor of Earth Sciences at Dartmouth College. My research applies a wide range of integrated computational, field, and geochronological approaches to better understand the history of the solid Earth, particularly including the formation of the continental crust and its coevolution with the biosphere and the surface Earth system.

I’m an Assistant Professor of Earth Sciences at Dartmouth College. My research applies a wide range of integrated computational, field, and geochronological approaches to better understand the history of the solid Earth, particularly including the formation of the continental crust and its coevolution with the biosphere and the surface Earth system.

Darren Mark is regarded as an international authority on the application of isotope geochronology to Earth, Planetary, Environmental and Archaeological Sciences and an expert in high-precision noble gas mass spectrometry and isotope metrology. He has raised significant research funding, including awards from the Carnegie Trust, Natural Environment Research Council, Science and Technology Foundation Council, UK Space Agency, and Leverhulme Trust. Having contributed to >100 published peer reviewed articles, Mark’s work haddresses issues such as the evolution of planetary surfaces, the rate of human evolution, the timing of mass extinctions, rates of environmental change and the timing of ore genesis. His pioneering developments in mass spectrometry have redefined the limits of the Ar/39 dating technique and have required he forge close working relationships with industry.

Darren Mark is regarded as an international authority on the application of isotope geochronology to Earth, Planetary, Environmental and Archaeological Sciences and an expert in high-precision noble gas mass spectrometry and isotope metrology. He has raised significant research funding, including awards from the Carnegie Trust, Natural Environment Research Council, Science and Technology Foundation Council, UK Space Agency, and Leverhulme Trust. Having contributed to >100 published peer reviewed articles, Mark’s work haddresses issues such as the evolution of planetary surfaces, the rate of human evolution, the timing of mass extinctions, rates of environmental change and the timing of ore genesis. His pioneering developments in mass spectrometry have redefined the limits of the Ar/39 dating technique and have required he forge close working relationships with industry.

My research interests center around using high-precision isotopic measurements to study geologic and geochemical systems, with a focus on U-Pb and U-Th geochronology. I often develop new statistical methods to better understand measured and modeled results and collaboratively develop software to assist data visualization and interpretation.

My research interests center around using high-precision isotopic measurements to study geologic and geochemical systems, with a focus on U-Pb and U-Th geochronology. I often develop new statistical methods to better understand measured and modeled results and collaboratively develop software to assist data visualization and interpretation.

82-2-3290-2367

My research interests are in Late Quaternary geochronology, with specific interest in radiocarbon dating and tephrochronology, as well as broader aspects of Quaternary palaeoclimatology. I specialise in radiocarbon dating and, in particular, radiocarbon calibration. I am also interested in Bayesian statistical modelling of chronological data.

My research interests are in Late Quaternary geochronology, with specific interest in radiocarbon dating and tephrochronology, as well as broader aspects of Quaternary palaeoclimatology. I specialise in radiocarbon dating and, in particular, radiocarbon calibration. I am also interested in Bayesian statistical modelling of chronological data.

I am a researcher working for the Japan Atomic Energy Agency. I am studying based mainly on low-temperature thermochronology, e.g., FT and (U-Th-Sm)/He methods. The major interests are 1) mountain building processes, especially in an island-arc setting like the Japanese Islands, 2) dating of fault zones, 3) thermal effects of deep-origin fluids, and so on.

I am a researcher working for the Japan Atomic Energy Agency. I am studying based mainly on low-temperature thermochronology, e.g., FT and (U-Th-Sm)/He methods. The major interests are 1) mountain building processes, especially in an island-arc setting like the Japanese Islands, 2) dating of fault zones, 3) thermal effects of deep-origin fluids, and so on.

05116432799