▪ Abstract Fission track analysis as a geological dating tool was first proposed in the early
1960s. The past 10 years has seen a major expansion in application to more general …

Research in landscape evolution over millions to tens of millions of years slowed
considerably in the mid‐20th century, when Davisian and other approaches to …

Apatite fission-track data indicate that Mesozoic strata exposed on the northern flank of the
Chinese Tian Shan underwent∼ 4-5 km of late Cenozoic unroofing, beginning at∼ 24 Ma …

Several phosphate minerals have been investigated for their usefulness in geochronology
and thermochronology by the fission track method. Of these, apatite [Ca5 (PO4) 3 (F, Cl …

Extension and associated tectonic exhumation have been described across a diverse
spectrum of geodynamic environments, ranging from lithospheric-scale extension along …

A suite of 68 new apatite fission track analysis results from the onshore rift margin in
southeast Brazil are presented. Some of the results reflect resetting related to the eruption of …

Late Quaternary rates of apparent soil production, bedrock incision, and average erosion
are determined for the southeastern highlands of Australia using in situ produced …

Detailed information on past patterns and rates of denudation would provide one of the most
powerful methods for investigating the long-term operation of surface processes in the …

Apatite fission track thermochronology is a well‐established tool for reconstructing the low‐
temperature thermal and tectonic evolution of continental crust. The variation of fission track …

The relationship between morphology and surficial geology is used to quantify the
denudation that has occurred across southwestern Africa since the fragmentation of …