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 …

The application of in‐situ produced cosmogenic isotopes to problems in geomorphology has
increased rapidly over the past decade. At least 57 papers and numerous abstracts have …

The plate tectonics revolution in the earth sciences has provided a valuable new framework
for understanding long-term landform development. This innovative text provides a …

Since the late nineteenth century, it has been debated whether rivers or glaciers are more
effective agents of erosion 1. The dramatic landscapes associated with glaciated terrain …

Wildfires raise concerns over the risk of accelerated erosion as a result of increased
overland flow and decreased protection of the soil by litter and ground vegetation cover. We …

The specialist contributors to Geomorphological Techniques have thoroughly augmented
and updated their original, authoritative coverage with critical evaluations of major recent …

The functional dependence of bedrock conversion to soil on the overlying soil depth (the soil
production function) has been widely recognized as essential to understanding landscape …

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

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 …

Abstract Analysis of the original, numerical components of diverse geomorphic and tectonic
process rates indicates that process rate is not independent of measured time interval. This …