Back to success stories

Mapping land cover

The Regional Land Cover Monitoring System (RLCMS) addresses challenges in land management – including difficulties in accessing data, lack of transparency in data collection methodologies, inconsistencies in land cover classification, and limited financial and staff resources – by annually generating high-resolution land cover data for the HKH region.

70% Complete

High-resolution annual land cover data for the HKH region

Mapping land cover

The Regional Land Cover Monitoring System (RLCMS) addresses challenges in land management – including difficulties in accessing data, lack of transparency in data collection methodologies, inconsistencies in land cover classification, and limited financial and staff resources – by annually generating high-resolution land cover data for the HKH region. The system uses freely available remotesensing data and a cloud-based machine learning architecture to generate land cover maps through a harmonized and consistent regional classification system.

In 2019, we partnered with agencies in Afghanistan, Bangladesh, Myanmar, and Nepal to customize the RLCMS further as per national requirements, and conducted multiple trainings on the system’s development and use. In Nepal, the Forest Research and Training Centre (FRTC) has taken ownership, having allocated its own resources for field validation of the land cover data before final release. The system will be adopted for official reporting on forest cover and provide a basis for other forest-related applications such as national eco-region mapping. In Bangladesh, after a successful pilot in the Chittagong Hill Tracts the Bangladesh Forest Department (BFD) has rolled out the system for the entire country.

Early involvement of FRTC and BFD staff in the co-development of the system has helped build institutional capacities so that they can take the activity forward independently with limited technical backstopping from ICIMOD.

The RLCMS was developed through a joint collaboration among ICIMOD, Asian Disaster Preparedness Center (ADPC), United States Forest Services (USFS), and SilvaCarbon.

The system uses freely available remote-sensing data and a cloud-based machine learning architecture to generate land cover maps through a harmonized and consistent regional classification system.

butterfly

Chapter 2

Knowledge generation and use

Empowering women in GIT

Remedying the persistent underrepresentation of women in geospatial sciences

Flood early warning saves lives

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

Unlocking the potential of cloud computing and Earth observation

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

Knowledge exchange pay-offs with REDD+

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

Better prepared for floods

Web-based flood forecasting tool scaled up in Bangladesh

Bridging the STEM gender gap in the HKH

Women researchers and technologists in the Earth observation (EO) and geospatial information technology (GIT) sector are ...

Climate data for all

As a one-stop data portal for the HKH region, our Regional Database System ...

Increasing impact through publications

Promoting female authorship and science quality