Zircon OD‐3 from the P aleogene K awamoto G ranodiorite (M ihara body) in J apan has
been identified as a potential multi‐grain secondary standard for U–Pb dating. We have …

The chronology of the World Heritage Site of Sangiran in Indonesia is crucial for the
understanding of human dispersals and settlement in Asia in the Early Pleistocene (before …

The Maçka subvolcanic intrusions (MSIs) in the eastern part of the Sakarya zone,
northeastern Turkey, play a critical role in understanding the petrogenetic and geodynamic …

We present a new LA–ICP–MS system for zircon fission‐track (FT) and U–Pb double dating,
whereby a femtosecond laser combined with galvanometric optics simultaneously ablates …

Detrital zircon multi‐chronology combined with provenance and low‐grade metamorphism
analyses enables the reinterpretation of the tectonic evolution of the C retaceous S himanto …

Voluminous near-trench magmatism began in the Kumano area, SW Japan, at ca. 15 Ma.
The magmatism formed batholiths, cauldrons, and numerous dikes. It has been known that …

Standardless fission-track ages for four zircon, two titanite and three apatite age standards,
most of them recommended by the Fission Track Working Group of the IUGS …

Understanding the locational differences of time-temperature (tT) paths within the granite
contributes to clarifying the detailed formation history, especially the thermal evolution, of the …

Five dating strategies were used for determining the standardless fission-track age of the
Durango apatite. These use the same fossil-track densities but differ in the manner in which …

We discuss differences between the bulk etch rate (ν B) and an alternative radial etch rate (ν
R) model for fission-track etching in apatite. A skeletal ν R-model, based on the inferred …