Topics of Conference include, but are not limited to:
War Damage Assessment and Post-War Reconstruction
Monitoring and assessment of destruction by remote sensing methods. GIS solutions for war damage assessment. GIS database of destruction and damage. Monitoring of landscape transformation through military operations. Military land cover mapping. GIS and land cover mapping for demining territories. GIS applications for post-war reconstruction, supporting infrastructure restoration, environmental rehabilitation, and urban rebuilding. Geospatial technologies for crisis management and planning humanitarian aid.
Remote Sensing for Environmental Monitoring
Remote sensing and GIS solutions for disaster monitoring, mitigation, and assessment. Multi-dimensional spatial data modeling and data quality improvement for accurate environmental analysis. Specialized GIS applications for monitoring natural resources. Integration of remote sensing data with machine learning and AI for predictive environmental modeling. Applications for monitoring climate change impacts. Use of satellite imagery and UAV data for real-time environmental monitoring and resource management. Development of decision support systems for sustainable environmental practices.
Digital technologies for Agricultural and Spatial Territory Planning
Integration of digital technologies in precision agriculture and spatial territory planning. GIS, UAV, and sensor technologies for crop monitoring, land-use management, and soil analysis. Application of digital tools for efficient resource management in agriculture. Smart farming practices powered by IoT, machine learning, and AI for enhanced decision-making. Spatial data management for sustainable rural development and agricultural zoning. Development of geospatial platforms for monitoring and managing agricultural activities in real time. Use of remote sensing and UAVs for assessing crop health, yield prediction, and detecting land-use changes. Application of GIS in climate adaptation strategies, including drought monitoring and disaster resilience in agricultural systems. Role of digital technologies in balancing agricultural productivity with environmental conservation and land-use planning.
Geodetic and Satellite Technologies for Engineering and Deformation Monitoring
Advanced geodetic measuring techniques and instruments for engineering and deformation monitoring. Innovative methods and technologies in geodesy. Development and application of software, databases, and tools for engineering surveying and infrastructure monitoring. Laser scanning and LiDAR technologies. Precise satellite positioning and its applications. Space technologies for geodetic research and engineering projects. GNSS data collection, processing, and analysis for deformation studies and infrastructure stability. Development of GNSS geodetic products. Space radar technologies. Exploration of space weather impacts on geodetic measurements and satellite positioning. Role of reference coordinate systems in enhancing geospatial accuracy and consistency in engineering projects.
Earth Surface Processes, Geodynamics, and Subsurface Exploration
Investigation of geodynamic processes and their impact on the Earth`s surface and subsurface. Applications of geophysics and micro-geophysics in engineering, environmental studies, and resource exploration. Advances in geomechanics for analyzing subsurface stability and deformation. Geomagnetism and gravimetry for studying Earth`s internal structure. Earthquake engineering and seismology. Seismic vulnerability and risk assessment for urban and rural development. Geodetic research on landslides, geodynamic processes, and monitoring of subsurface conditions. Integration of geodetic and remote sensing technologies for geological mapping and mineral resource management. Use of satellite-based geodetic methods for tracking tectonic activity and crustal deformation. Application of spatial data and GIS tools in assessing and mitigating geological hazards. Development of sustainable strategies for land use and resource exploration through advanced geodetic monitoring techniques.
GIS Technologies for Decision-Making and Management
Web-based GIS services and geospatial data applications for real-time decision-making and management. Development of GIS-based decision support systems for urban planning. Integration of spatial data analysis in strategic management for public and private sectors. Use of GIS for monitoring and optimizing transportation systems, energy networks, and resource distribution. Development of interactive GIS dashboards for visualizing and analyzing large-scale geospatial data. Use of machine learning and AI in geospatial decision support systems. Role of GIS in participatory planning, stakeholder engagement, and collaborative decision-making. Development and management of geospatial databases for efficient data storage, sharing, and analysis. Implementation of Open-access GIS systems and tools.