Back to success stories

Unlocking the potential of cloud computing and Earth observation

70% Complete

GEE introduces Bhutan’s government agencies to the possibilities of enhanced data analysis and visualization

Unlocking the potential of cloud computing and Earth observation

Advances in cloud computing technology and internet penetration are making Earth observation information accessible to a wider demographic. Google Earth Engine (GEE) – Google’s cloud-based platform for Earth science data and analysis – stores, organizes, and provides access to a wide variety of satellite images and geospatial datasets. It also offers global-scale environmental data analysis capabilities. The GEE platform is being widely used for scientific analysis and visualization of Earth observation and geospatial datasets.

Recognizing the platform’s high-performance computing capabilities for processing and analysing large datasets, the National Center for Hydrology and Meteorology (NCHM) in Bhutan collaborated with ICIMOD’s Regional Database System (RDS) Initiative to organize a five-day training workshop on GEE in June 2019.

The training brought together 20 professionals from various government agencies in the country. It provided an overview of the GEE platform and multiple datasets hosted on the platform and included hands-on exercises on GEE JavaScript application programming interface for viewing, processing, and analysing Earth observation and geospatial datasets. It also showcased different science applications such as the resource accounting tool and wheat mapping application being developed at ICIMOD that make use of the platform’s scalable cloud computing architecture and suite of datasets.

ICIMOD conducted the first training on the GEE platform in Nepal in May 2017 under its SERVIR Hindu Kush Himalaya Initiative in collaboration with the GEE outreach team. It has since carried out multiple trainings in Nepal and Bangladesh.

The training showcased different science applications being developed at ICIMOD that make use of the GEE platform’s scalable cloud computing architecture and suite of datasets.

Chapter 4

Building the capacity for sustainable mountain development

Network impacts

SANDEE alumni provide policy support, publish and train others

Engaging local-level policymakers in tailoring climate information

A rapidly changing climate and frequent extreme weather events are resulting in disturbances in the largely ...

ICIMOD experts provide information to support helicopter relief and rescue missions

Within hours of the 7.8 magnitude earthquake in Nepal on 25 April, help from overseas started arriving at Kathmandu airport. ...

Flood early warning saves lives

Ensuring that the right information reaches the right audience at the right time is crucial to reducing disaster impacts

Influencing National Programmes on GLOFs

The HKH region contains the largest concentration of snow, glaciers, and permafrost. The snow and ice-covered HKH Mountains are a ...

Learning from a disaster event: Investigating the 2018 Panjshir flood in Afghanistan

In a case illustrative of effective inter-agency collaboration and resource sharing, the flash flood in Panjshir Valley, north-central Afghanistan, on ...

Participatory watershed management in eastern Nepal

Based on long-term commitments through a joint action research project we undertook with the Dhankuta Municipality ...

Knowledge exchange pay-offs with REDD+

In 2017, we published a manual – Developing Sub-National REDD+ Action Plans: A ...