Spatial Information Association; MEBİDER(Mekansal Bilgi Derneği)

The Spatial Information Association is a non-profit organization dedicated to advancing the use of spatial information technologies for global sustainability and social development. Inspired by the United Nations’ 17 Sustainable Development Goals (SDGs) — a universal call to protect the planet, promote peace, and ensure prosperity for all — the Association works to support each of these goals through innovative spatial data practices. From gender equality to climate action, the Association engages in projects that leverage spatial technologies to collect, store, and analyze data essential for understanding and solving global challenges. By integrating geographic information systems (GIS), remote sensing, and advanced data analysis tools, the Spatial Information Association aims to transform data into actionable insights, empowering decision-makers, researchers, and communities to build a more sustainable and resilient world. Our mission is to promote collaboration, innovation, and knowledge sharing in the field of spatial information — contributing to a future where technology and humanity coexist in balance with the planet. Fields of Activity 1. Marine, Hydrographic and Oceanographic Studies Monitoring and analyzing seawater quality and pollution levels Developing and implementing water quality improvement solutions Seabed mapping, bathymetric surveys, and underwater geological research Hydrographic data collection for waterways and ports Coastal morphology and erosion studies Ocean current, wave, and tidal movement analysis Climate change impact assessments on marine environments Marine ecosystem modeling and sustainability projects Desalination, marine pollution management, and environmental impact studies Renewable marine energy research (wave, tidal, and offshore wind energy) Development of innovative marine technologies (ROV, AUV) Education and research in hydrography and oceanography 2. Environment and Renewable Energy Spatial information technologies applied to renewable energy systems Research on solar, biomass, and waste-to-energy technologies Development of eco-friendly and recycled materials Water conservation and energy efficiency initiatives Projects focused on sustainable agriculture and irrigation systems Environmental education and social entrepreneurship programs 3. Earth Observation Remote sensing and Geographic Information Systems (GIS) studies Spatial analysis and geostatistical modeling 4. Education and Training Development of spatial digital education platforms Using geospatial technologies to enhance resilience among vulnerable groups Erasmus+ projects in vocational, school, and adult education Learning mobility for students, educators, and staff Project-based and grant-supported training initiatives Institutional cooperation and knowledge exchange in geospatial education 5. Cultural Heritage Protection and Tourism Preservation of cultural and historical heritage through spatial technologies Use of LiDAR, VR, and AR for virtual heritage documentation Thermal imaging and remote sensing for monument conservation Archaeometric research integrated with spatial technology 6. Social Inclusion and Empowerment Projects using spatial information technologies to support vulnerable groups such as: People with disabilities Elderly individuals Children and youth