ProfessorDavid Dempsey

Physics-based modelling of hydrothermal eruptions

Modelling of dissolved CO2 injection into deep saline aquifers

Green Hydrogen Storage in Old Mine Shafts

Improving Volcanic Eruption Forecasting with Machine Learning

Flood prediction in poorly instrumented catchments using transfer machine learning

Pore scale modelling of hydrogen geostorage

Establishing Induced Seismicity Baselines in Aotearoa Geothermal Fields

Improving Volcanic Eruption Forecasting with Machine Learning

Optimising Monitoring for the Leakage of Green Hydrogen in Geostorage

Evaluation of Seal Rocks in Taranaki for Hydrogen Geostorage

Reservoir simulation of hydrogen geostorage

A Fast Surrogate Model for Making Sustainable AllocationDecisions with Groundwater in Canterbury

Carbon Negative Geothermal: quantifying the risks and opportunities of carbon storage in New Zealand geothermal systems

Evaluation of a Synthetic Earthquake Catalog for New Zealand

Hydrogen Geo-Storage: Implement a H2 Equation of State

Modelling the Impacts of Reinjection from Ground Source Heat Pumps on Groundwater Levels in Christchurch

Ruapehu Eruption Forecasting: Classifying Anthropogenic and Weather Noise

Role of Heterogeneity in Seawater Intrusion into Groundwater

Carbon Negative Geothermal: A Feasibility Study for Aotearoa and Beyond

Surface water-groundwater interaction in braided rivers

Ground Motion Simulation of Hauraki Rift Earthquakes

Volcanic Eruption Forecasting using Time Series Feature Engineering

Volcanic Eruption Forecasting with the Failure Forecast Method

Spatiotemporal analysis of human-induced seismicity

Non-linear relations between acoustic emissions and fluid pressure in saturated and critically-stressed sandstone