Mongolia, Iran, Tibet, Taiwan, Greece, Morocco) and have investigated Earth deformation ranging in scale from individual earthquakes through to the evolution of entire mountain ranges.One of my major interests is in working to expand the use of analytical dating techniques for quantifying fault slip-rates on timescales of 10-100 ka.Owing to a feldspar contamination in all samples, an infrared stimulation was inserted before each OSL measurement, which reduced the feldspar OSL signal successfully.
I have accompanied fieldtrips to Pembrokeshire (1st-year) and Greece (3rd-year).This module provides a practical introduction into the study of past environmental change over the last 21,000 years in NW Europe.My approach is to combine the use of remote-sensing data with field-based observations for identifying active faults in remote regions.I have extensive experience of working in actively deforming areas (e.g.I am involved in teaching in organised lecture and practical courses, tutorials in small groups, field courses, and independent research projects.
At present, I teach a course of lectures in structural geology to the 2nd-year undergraduates and also run practical classes in remote-sensing.Prices in GBP apply to orders placed in Great Britain only.Prices in € represent the retail prices valid in Germany (unless otherwise indicated). Prices do not include postage and handling if applicable. Well constrained numerical ages of alluvial fan sediments are key to understanding the chronology of alluvial episodes and tectonic activity at the front of the Andean Precordillera.Reliable estimates of fault slip-rates are key to understanding the distribution of crustal strain in active mountain ranges.The precise dating of landforms displaced by faulting also provides data relevant for studies of local earthquake hazard and past environmental change.This was a period of tumultuous change, characterised by violent swings in climate as the Earth system responded to the end of the Last Glacial Cycle.