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2014-02-31-stroeve

Seasonal Arctic summer ice extent still hard to forecast.

A new study lead by Prof Julienne Stroeve says year-to-year forecasts of the Arctic’s summer ice extent are not yet reliable.
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GEOLGG07 Melting & Volcanism

AIMS

To provide an understanding of the origins and emplacement mechanisms of intrusive and extrusive continental magmas, and to recognize textures and mineral assemblages characteristic of specific processes.

OUTCOMES

Knowledge of: Continental magmatism and volcanism on Earth and terrestrial planets.

CONTENT

Local and regional geochemical patterns and anomalies will be compared with global data to understand the evidence for crustal lithospheric and asthenospheric sources of magma, including plumes, subduction, impact volcanism and fundamental Earth heterogeneities. Advanced techniques in quantitative mineralogy and the interpretation of geochemical, mineralogical and petrological data will be introduced, including radiogenic isotopes, trace-element behaviour and melting, mixing, metasomatic and crystallisation models. Rifting, hotspots, large intrusions, caldera formation and high-volume flood lavas will be contrasted with rare low-volume magmas. Familiarization with the corresponding variations in terrestrial volcanic eruption styles throughout the course will be complemented by practical introduction to volcanic hazard assessment and comparative planetary geology.

Title Continental Magmatism
UG Code GEOLGG07
Coordinator Dr. Adrian Jones
Other Contributors  
Term 2
Credits 15
Written Exam 70%
Coursework 30%
Pre-Requisites  
Maths & Stats Content and Requirement  
Total Number of Hours of Student Work 188 hours
Hours of Lectures/Seminars 20 hours
Hours of Practicals/Problem Classes 20 hours
Hours of Tutorials 0
Days of Fieldwork 0
Other None
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