Online courses: Earth Observation for Sustainable Development--Harnessing the Power of Chinese Satellites


The courses start on Jun 03, 2026, and will be available until Jun 30, 2030.

About This Course

The world is facing unprecedented challenges in achieving the Sustainable Development Goals (SDGs). Timely, accurate, and accessible geospatial data is critical for monitoring progress, making informed decisions, and driving effective action. This online course empowers participants to harness the power of Chinese Earth Observation (EO) satellites — a rapidly growing and increasingly vital resource — to address these challenges.

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This course is designed for practitioners working in water resource management, climate change adaptation, environmental protection, disaster response, and urban planning; government officials, NGO staff, and policymakers seeking data-driven geospatial insights; researchers and academics in remote sensing, GIS, environmental science, and related fields; and advanced undergraduate or graduate students seeking practical skills in geospatial data analysis and SDG applications.
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06/03/2026, 12:00am - 06/30/2030, 12:00am
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UNOOSA/UN-SPIDER Beijing Office

United Nations Platform for Space-based Information for Disaster Management and Emergency Response providing expertise in space-based information for disaster management and EO data usage for the SDGs

Wuhan University

Leading academic institution in China with a focus on aeronautics, astronautics, and remote sensing

UNU-INWEH

United Nations University Institute for Water, Environment and Health specializing in water-related research and capacity development

APSCO

Asia-Pacific Space Cooperation Organization promoting the development of collaborative space programs among Member States in peaceful applications of space science and technology

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Online courses: Earth Observation for Sustainable Development--Harnessing the Power of Chinese Satellites

About This Course

The world is facing unprecedented challenges in achieving the Sustainable Development Goals (SDGs). Timely, accurate, and accessible geospatial data is critical for monitoring progress, making informed decisions, and driving effective action. This online course empowers participants to harness the power of Chinese Earth Observation (EO) satellites — a rapidly growing and increasingly vital resource — to address these challenges.

Climate Adaptation in Africa: Join the ClimateSCOpe Webinar

This is event is available for participation on an ongoing basis

 

🌍 How can satellite data support climate adaptation efforts across Africa?

On 21 May 2026 at 1:00 p.m. UTC+2, the 4th edition of ClimateSCOpe will bring together partners and experts to showcase innovative initiatives using Earth observation and space-based technologies to strengthen climate resilience across the continent.

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05/21/2026, 12:00am
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The University of the West Indies (UWI)

UWI
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 The UWI is a regional university of higher education learning and research, which has been charged with the mission of advancing education and creating knowledge through excellence in teaching, research, innovation, public service, intellectual leadership and outreach in order to support the inclusive (social, economic, political, cultural and environmental) development of the Caribbean region and beyond. The UWI has its Centre Headquarters in Kingston, Jamaica and operates from the following Campuses: the Mona Campus situated at Mona in Kingston, Jamaica; the Cave Hill Campus situated at Cave Hill in Barbados; the St. Augustine Campus situated at St. Augustine and Debe in Trinidad and Tobago, the Five Islands Campus situated at St. John’s in Antigua and Barbuda and the UWI Global Campus, which serves seventeen countries within the Caribbean region inclusive of the four aforementioned territories. The Imperial College of Tropical Agriculture, established in 1921 was the basis for the founding of the UWI, St. Augustine Campus in 1960. Over the last few decades, in addition to Agriculture, the UWI added several programmes in Engineering, Social Sciences, Humanities and Education, Science and Technology, and Sports.    

The UWI has a large number of faculty members with expertise in Earth Observation, Geospatial Information Sciences and Hazard-specific expertise with. Our staff listing is categorised Faculties and Departments. See https://sta.uwi.edu/faculties/ for the different faculties. Many of our experts are located in the Faculty of Engineering, Faculty of Food and Agriculture, and the Faculty of Science and Technology.

The University of the West Indies has two facilities that support the provision of geospatial data and space-based information: 

  1. The Geospatial Observation Centre that supports the download, processing and analysis of Satellite imagery for Latin America and the Caribbean region
  2. The UWI Geospatial Information Portal (https://uwi.maps.arcgis.com/home/index.html

The University of the West Indies offers academic programmes, training workshops, continuous professional education, and professional services. These include:

  1. Certificate program in Geographic Information Systems, BSc Geomatics Engineering, BSc. Geography, MSc. MPhil. And PhD Geoinformatics
  2. Capacity Building Training courses in Earth Observation, GIS, GeoAI, Cartography, Aerial and Terrestrial Remote Sensing  
  3. Professional development training for Geomatics Engineers, Urban Planners, GIS practitioners
  4. Building awareness through outreach activities at the local, regional and international levels;
  5. Professional support to public and private sector organisations through development and consulting projects    

Focal Point: 

Dr. Olabanji Aladejana
Department of Geomatics Engineering and Land Management
Faculty of Engineering
UWI St. Augustine,
EMR, St. Augustine, 
Trinidad, West Indies

Contact Details:

Phone: 18686622002 Ext: 883313
Email: olabanji.aladejana [at] uwi.edu (olabanji[dot]aladejana[at]uwi[dot]edu)
Website Link: https://sta.uwi.edu

Compound Effects of Marine Heatwaves and Tropical Cyclones with Rapid Intensification Increase Risks for Economic Damage

A New Study Highlights the Growing Impact of Compound Extreme Events

A recent study published in Science Advances finds that tropical cyclones undergoing rapid intensification over marine heatwaves can lead to substantially more serious economic damages. Analysing nearly 800 landfalling storms worldwide between 1981 and 2023, the research shows that such cyclones can generate almost double the economic losses of storms not influenced by these anomalously warm ocean conditions.

New User Story: How Satellite Data and Artificial Intelligence are Transforming River Monitoring for Disaster Risk Management

The WARM project by Marple GmbH demonstrates how freely available satellite data and machine learning can track flood, drought, and pollution events in real time, with implications for water managers and disaster risk authorities worldwide.