Greg Hancock

TL;DR: In this paper, the SIBERIA catchment evolution model was used to explore linkages between catchment process and hypsometry, and it was shown that the width to length ratio of the catchment has a significant influence on the shape of the hypsometric curve.

TL;DR: The CAESAR-Lisflood-FP simplified 2D flow model as discussed by the authors solves a reduced form of the shallow water equations using a very simple numerical scheme, thus generating a significant increase in computational efficiency over previous hydrodynamic methods.

TL;DR: In this article, the dynamics of these systems are investigated using a new modeling framework that couples landform and vegetation evolution, explicitly accounting for the dynamic run-on-runoff areas.

TL;DR: In this article, the data set comprises soil temperature and moisture profile measurements from 26 locations; meteorological data from two automated weather stations (data from a further three stations are available from other sources) including precipitation, atmospheric pressure, air temperature and relative humidity, wind speed and direction, soil heat flux, and up-and down-welling shortand long-wave radiation; streamflow observations at five nested locations.

TL;DR: The SIBERIA landform evolution model can accurately predict the rate of gully development on a man-made post-mining landscape over periods of up to 50 years.