The field of (U-Th)/He geochronology and thermochronology has grown enormously over
the past∼ 25 years. The tool is applicable across much of geologic time, new (U-Th)/He …

Accurate thermochronologic interpretation of zircon (U-Th)/He dates requires a realistic and
practically useful understanding of He diffusion kinetics in natural zircon, ideally across the …

A transformative advance in Earth science is the development of low‐temperature
thermochronometry to date Earth surface processes or quantify the thermal evolution of …

Abstract We present THe and ZHe data for basement samples across the Kaapvaal craton to
investigate the cratonic burial and erosion history during the assembly and breakup of the …

Quantifying geological processes has greatly benefited from the development and use of
thermochronometric methods over the last fifty years. Among them is the (U-Th)/He dating …

Abstract Models of noble-gas diffusion in minerals are essential for thermochronologic
interpretations used for understanding the timing and rates of a range of geologic processes …

Atom-probe tomography (APT) and secondary ion mass spectrometry (SIMS) provide
complementary in situ element and isotope data in minerals such as zircon. SIMS measures …

Detrital studies that utilize zircon U–Pb geochronology and fission-track (FT)
thermochronometry are subject to a range of potential sources of bias that should be …

The Great Unconformity marks a major gap in the continental geological record, separating
Precambrian basement from Phanerozoic sedimentary rocks. However, the timing …

Radiation damage exerts a fundamental control on He diffusion in zircon, which manifests
as correlations between (U‐Th)/He date and effective uranium concentration. These …