Geosciences and Remote Sensing

• Tectonic Evolution of Orogenic belts
• Cordilleran and Grenville tectonics
• U-Pb Geochronology
• Extensional fault systems
• Metamorphic core complexes
• Granites and Shear zones
• Integrated structural, Petrological and Geochronological studies applied to Tectonic problems
• Radiogenic Isotope Analysis of rocks, Mineral separates, Sulphide minerals, Carbonate fossils and groundwater
• New techniques that have direct application to Environmental Problems
• Pb Isotopic analysis of mine drainage and tracing of sulphide-contaminated waters in surface and groundwater systems
• Mechanisms and rates of fundamental rock-forming processes
• Chemical Zoning of crystals or the size and spatial distribution of mineral grains in rocks
• Origin and Maintenance of organismal diversity over large time scales
• Stochastic and Hybrid Earthquake fault modeling
• Seismic Soil Modelling
• Earthquake Ground motion relations
•  Seismic Microzonation
• Rapid warning systems for Earthquakes
• Physics and Chemistry of Magmatic processes
• Study of Paleoclimate records
• Assess the impact of Anthropogenic land-use change on Natural Lacustrine systems
• Investigate the dynamics of sea-level change utilizing fossil salt marsh deposits
• Segregation of metal from silicate to form our planet’s metallic core
• The Crystallization of Earth’s Magma Ocean
• Consequences of giant impacts for the Geochemical Evolution of the mantle
• Airborne Geophysical Surveying and Planetary Geology
• Planetary Geology (and specifically, Analogues of LIPs on other planets)
• Improving the LIP record in order to reconstruct the arrangement of crustal blocks within super continents back to 2.7 billion years ago
• Big machine learning in Remote Sensing
• Close range Remote Sensing
• Global Essential Variables from satellite observations
• Advances in model-data integration and assimilation

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