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Melt Transportation in the Earth's Crust: An Experimental and Numerical Evaluation of Natural Materials

Projektbeschreibung

Das Verständnis des Schmelztransfers in der Erdkruste

Die kontinentale Erdkruste enthält natürliche Ressourcen und Energiequellen. Ihre Struktur und Heterogenität wird wesentlich durch die Bildung, Verschiebung und Einlagerung von ganz oder teilweise geschmolzenem Gestein bestimmt. Da viele wichtige Elemente in der Oberkruste konzentriert sind, sollten die erforderliche chemische Differenzierung und die gemessenen geochemischen Signaturen aus dem Schmelzen der Unterkruste und des Mantels stammen. Das Verständnis des Transports und der Akkumulation solcher Schmelzen ist jedoch nach wie vor beschränkt. Im Rahmen des EU-finanzierten Projekts MeltTransport werden natürliche Beispiele für die Migration und Akkumulation von Schmelzen erforscht, indem eine innovative Kombination aus multidisziplinären Techniken und bahnbrechenden analytischen Einrichtungen eingesetzt wird, um neue Erkenntnisse über diesen grundlegenden Prozess zu gewinnen.

Ziel

The Earth’s continental crust is compositionally layered, hosts natural resources and energy sources sustaining our civilization and represents an important record of the Earth through geological time. A fundamental control on the structure and heterogeneity of the Earth’s continental crust is the formation, migration and emplacement of fully and/or partially molten rocks. The upper crust is richer in silica than in the lower crust and these rocks is where many of the elements that are essential for life are concentrated. The required chemical differentiation and measured geochemical signatures suggests they must be sourced from melting of lower crustal and mantle environments. This requires melt transfer through the lower and middle crust. However, compared to the generation of melts, the transport and accumulation of such melts is still poorly documented and understood. The movement of melts in the crust is responsible for mineral resource formation, hazards (e.g. earthquakes, volcanic eruptions) and is a fundamental enabler of plate tectonics – a feature that is unique to Earth.
The ‘MeltTransport’ project will interrogate natural examples of melt migration and accumulation using an innovative combination of multidisciplinary techniques and state-of-the-art analytical facilities, including a one-of-a-kind experimental apparatus, to provide new insights into this fundamental process. This project will investigate melting processes through three main methods: (1) quantitative microstructural and chemical characterisation, (2) physical experimentation and (3) numerical modelling. This combination of methods will permit visualisation and quantification of (i) how the interaction between melts and the host rock (melt–rock) varies with different pressure/temperature/deformation scenarios, (ii) the formation of microstructures and features during melt extraction/migration/emplacement, and (iii) geochemical characteristics associated with particular microstructures.

Koordinator

UNIVERSITY OF LEEDS
Netto-EU-Beitrag
€ 212 933,76
Adresse
WOODHOUSE LANE
LS2 9JT Leeds
Vereinigtes Königreich

Auf der Karte ansehen

Region
Yorkshire and the Humber West Yorkshire Leeds
Aktivitätstyp
Higher or Secondary Education Establishments
Links
Gesamtkosten
€ 212 933,76