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Concept drawings for the ArtFisH drawn by Tobias Dürig.Concept drawings for the ArtFisH drawn by Tobias Dürig. (Click to enlarge.)

We are building a new lab-scale volcanic fissure through which we will intrude hot polyethylene glycol (PEG) wax, a common magma or lava analogue. Our experiments aim to investigate the lateral variation that arises along a dyke during magma ascent.

We will test the influences of conduit shape and wall temperature, stability and deformation on the thermal evolution of wax (magma). We are interested in how these variables control the localisation of magma into cones and craters along a fissure, with implications for improved understanding of their associated hazards.

We will use numerical modelling, combined with worldwide fissure eruption observations (surface) and field investigation of ancient deposits (below surface) to scale our experimental observations up to natural scenarios.

Our results will be applied to models determining the evolution of eruptions through volcanic fissures, such as in the Auckland Volcanic Field.

ArtFisH_June2021The ArtFisH under construction in June 2021. Photo by Rosie Cole.

For more information, please contact:

Professor James White

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