BACKGROUND
Geological Survey Agencies have traditionally been engaged in basic geological mapping and resource assessment to map out features of the earth’s surface, and offer guidance for natural resource management. Geological mapping has in particular been crucial for the mining industry, where mineral exploration using geospatial technology enables effective prospecting. With the world transitioning to a low carbon economy, demand for most minerals is projected to increase, as low emission energy and transportation systems are more mineral-intensive than their fossil fuel counterparts. This provides a great opportunity for the mining sector to evolve, by reducing its own emissions, and venturing into frontier mining areas. Digital transformation of the mining workflow by integration of geospatial and frontier technology is expected to aid this evolution significantly. As countries around the world adopt sustainable development principles, a paradigm shift is expected in the geological mapping domain. With the increasing urbanization of global populations and prevalence of geohazards, the application of geological mapping is set to expand beyond resource management to continuous earth systems monitoring, sub-surface development, etc. The geological mapping organizations need to adapt and evolve to cater to the demands of a wide and diverse set of stakeholders, and provide better quality information in accessible formats.
Objectives
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To identify the evolving roles, mandates, and future directions of geological survey agencies, with the adoption of sustainable development principles
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To define the role of geospatial and frontier technology adoption in the evolution of mining industry supporting energy transition and sustainable resource development
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To ideate on emerging domains of application of geological mapping in light of increasing urbanization and climate change impacts