Geographic Information Systems (GIS) play a crucial role in geotechnical engineering and geology by integrating spatial data analysis with geological information. GIS technology enables professionals to map and analyze geological features, such as rock formations, faults, and soil types, in relation to geographic locations. This spatial analysis helps in assessing potential risks for construction projects, identifying suitable sites for infrastructure development, and managing environmental impacts. By overlaying geological data with other spatial data like terrain, land use, and infrastructure, GIS provides insights that enhance decision-making in resource management, urban planning, and natural hazard assessment. Its ability to visualize complex geological data sets and model scenarios contributes significantly to understanding subsurface conditions and optimizing engineering designs for sustainable development.
Title : Geotechnical ground investigation
Myint Win Bo, Toronto Metropolitan University , Canada
Title : Simultaneous Global Climate Change "Heat Waves" and microwave and radio-wave from Solar Flares
Shozo Yanagida, Osaka University, Japan
Title : How subsurface waters record the earth’s history
Leonid Anisimov, Volgograd State University, Russian Federation
Title : Landslides.Rainfall one of the main triggering factors in the mountainous regions of Puebla, Mexico.
Oscar Andres Cuanalo Campos, Universidad Popular Autónoma del Estado de Puebla, Mexico
Title : Geo Education exploratory learning sessions on field and underwater
Martina Gaglioti, LIPU, Italy
Title : Linking between color and element concentration for Fluorite: An optical spectroscopic approach
Ali Almohammed, Pandit Deendayal Energy University, India