About BRGIT
The Branch of Remote-sensing and Geographic Information Technology (BRGIT) is a vital organization dedicated to advancing the integration and application of remote sensing (RS) and geographic information systems (GIS) in addressing global environmental, social, and economic challenges. By leveraging spatial data analysis, satellite imaging, and geospatial technologies, BRSG empowers stakeholders to make informed decisions for sustainable resource management, urban planning, climate action, and disaster resilience.
- Key Importance of BRGIT:
- Environmental Monitoring and Conservation:
BRGIT enables precise tracking of land-use changes, deforestation, and ecosystem degradation through satellite imagery and spatial modeling, supporting biodiversity conservation and climate adaptation strategies.
- Sustainable Urban and Agricultural Development:
GIS-based spatial analysis helps optimize urban infrastructure, manage agricultural productivity, and mitigate conflicts between land-use demands (e.g., housing vs. farmland).
- Disaster Risk Reduction and Emergency Response:
By mapping flood zones, wildfire risks, and earthquake-prone areas, BRGIT enhances preparedness and real-time disaster management, saving lives and reducing economic losses.
- Cross-Disciplinary Innovation:
BRGIT bridges geography, computer science, and environmental science, fostering advancements in AI-driven image processing, real-time data integration, and predictive modeling.
- Policy and Governance Support:
It provides policymakers with geospatial tools to design evidence-based regulations for natural resource allocation, pollution control, and sustainable development goals (SDGs).
- Global Equity and Accessibility:
BRGIT democratizes access to geospatial technologies, empowering marginalized communities to manage local resources and address environmental injustices.
- Core Business Activities:
- Geospatial Data Acquisition and Processing:
Deploying satellite, drone, and ground-based sensors to collect high-resolution environmental data.
Developing standardized protocols for data sharing and interoperability across platforms.
- Capacity Building and Education:
Offering training programs on GIS software (e.g., ArcGIS), remote sensing analysis, and spatial statistics for students and professionals.
Collaborating with universities to integrate geospatial technologies into curricula for geography, ecology, and urban planning.
- Policy and Industry Collaboration:
Creating interactive dashboards and maps to visualize climate change impacts, aiding governments in SDG implementation.
Partnering with industries to optimize supply chains using location intelligence and resource-tracking systems.
- Research and Technology Development:
Innovating in machine learning algorithms for automated land-cover classification and change detection.
Piloting IoT-GIS integration for real-time monitoring of air quality, water resources, and urban heat islands.
- Community Engagement and Advocacy:
Launching public awareness campaigns on environmental stewardship using accessible geo-visualization tools.
Supporting grassroots initiatives with open-source GIS platforms for local resource management.
- Disaster and Climate Resilience Programs:
Conducting vulnerability assessments and developing early-warning systems for flood-prone regions.
Restoring degraded ecosystems through GIS-guided reforestation and wetland conservation projects.
- Global Partnerships and Standards:
Aligning with international frameworks (e.g., UN-GGIM) to promote ethical geospatial data governance.
Contributing to global databases on land-use trends, carbon stocks, and biodiversity hotspots.
The Branch of Remote-sensing and Geographic Information Technology (BRGIT) serves as a cornerstone for harnessing geospatial technologies to tackle 21st-century challenges. By transforming raw spatial data into actionable insights, BRGIT bridges science, policy, and community action, ensuring that decisions are rooted in accuracy, equity, and sustainability. Its work not only advances technological frontiers but also cultivates a globally connected society empowered to safeguard planetary health for future generations.
Co-Chairs:
Baozhang CHEN, Institute of Geographic Science and Natural Resources Research (IGSNRR), Chinese Academy of Sciences (CAS), China
Email: baozhang.chen@igsnrr.ac.cn
Denis FETISOV, Institute for Comprehensive Analysis of Regional Issues at the Far East Branch of the Russian Academy of Sciences, Russia
Email: dfetisov@gmail.com
Board Members:
(The list is arranged in alphabetical order and updated)
| Anchana PRATHEP | Prince of Songkla University | Thailand | anchana.p@psu.ac.th |
| Chuanrong ZHANG | University of Connecticut | USA | cindy.zhang@uconn.edu. |
| Dashtseren AVIRMED | Institute of Geography and Geo-ecology, Mongolian Academy of Sciences | Mongolia | dashtserena@mas.ac.mn |
| Elena A. GRIGORIEVA | Russian Academy of Sciences | Russia | eagrigor@yandex.ru |
| Juanle WANG | Chinese Academy of Sciences | China | wangjl@igsnrr.ac.cn |
| Muhammad Gulraiz AKHTER | School of Earth Sciences, Jinnah University | Pakistan | agulraiz@qau.edu.pk |
| Muhammad Naveed TAHIR | Unmanned Aerial Vehicle (UAV) Center of Bilmyr Ali Shah Arid Region Agricultural University | Pakistan | naveed@uaar.edu.pk |
| Peter M. ATKINSON | Lancaster University | UK | pma@lancaster.ac.uk |
| Qingyuan ZHANG | NASA Goddard Space Flight Centre | USA | qingyuan.zhang-1@nasa.gov |
| Thomas BLASCHKE | University of Salzburg Department of Geoinformatics | Austria | thomas.blaschke@plus.ac.at |
Under construction
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