All Outputs (2)

Pennsylvanian carbonate mud mounds from the sub-aerial to sub-marine transition along a tilted foreland basin, Cantabrian Mountains, Spain (2015)
Thesis
Rogers, S. Pennsylvanian carbonate mud mounds from the sub-aerial to sub-marine transition along a tilted foreland basin, Cantabrian Mountains, Spain. (Thesis). Keele University

Carbonate mud mounds from the Pennsylvanian aged San Emiliano Formation (Cantabrian Mountains, Spain) are commonly well exposed. The mounds range from 2 to 50 m in height and were observed to be primary geological features. Microfacies, ultrafacies,... Read More about Pennsylvanian carbonate mud mounds from the sub-aerial to sub-marine transition along a tilted foreland basin, Cantabrian Mountains, Spain.

Geophysical surveys to help map buried igneous intrusions, Snowdonia, North Wales, UK (2015)
Journal Article
Moseley, D., Pringle, J., Haslam, R., Egan, S., Rogers, S., Gertisser, R., …Stimpson, I. (2015). Geophysical surveys to help map buried igneous intrusions, Snowdonia, North Wales, UK. Geology Today, 109 -115 (6). https://doi.org/10.1111/gto.12096

The geology of the Snowdonia National Park in North Wales comprises a mixture of Lower Palaeozoic shallow marine sediments, acidic igneous rocks and basic intrusions of the Welsh Basin that were subsequently deformed during the Caledonian Orogeny. Th... Read More about Geophysical surveys to help map buried igneous intrusions, Snowdonia, North Wales, UK.