Seasonally continuous long-term information on surface water and flooding extent over
subcontinental scales is critical for quantifying spatiotemporal changes in surface water …

A new method for flood detection change detection and thresholding (CDAT) was used with
synthetic aperture radar (SAR) imagery to delineate the extent of flooding for the Chobe …

Floods are some of the most serious and devastating natural hazards on earth, bringing
huge threats to lives, properties, and living environments. Rapid delineation of the spatial …

In rural communities of Zambia and Namibia as in other parts of the world, floods are one of
the most potentially destructive natural hazards to impact rural livelihoods. This makes it …

Accurate and timely map** of flood extent is crucial for effective disaster response and
management. However, existing methods often face challenges in integrating diverse data …

This articles presents a new series of maps showing the climate and environmental
variability of Botswana. Situated in southern Africa, Botswana has an arid to semi-arid …

Knowledge of the location and extent of surface water and inundated vegetation is vital for a
range of applications including flood risk management, biodiversity monitoring, quantifying …

Spatiotemporal distribution and systematic quantification of surface water and their drivers of
change are critical. However, quantifying this distribution is challenging due to a lack of …

Characterising inundation conditions for flood-pulsed wetlands is a critical first step towards
assessment of flood risk as well as towards understanding hydrological dynamics that …

The social, economic and environmental construct of communities formulates the core of the
resilience capacity paradigm, which requires great consideration when develo** …