space

NASA’s GRACE satellites measure changes in Earth’s gravity field to track groundwater depletion, aquifer dynamics, and river discharge. By monitoring large-scale water storage shifts, GRACE provides crucial data for water management and predicting climate-related impacts like floods and droughts.

This article explores the various methods hydrologists use to study the water cycle, emphasizing their importance in ensuring sustainable water management and mitigating natural disasters.

BWI has officially joined ESA BIC Sud France, an initiative supporting innovative startups connected to the space sector. Find out what it means for BWI.

We are pleased to announce our participation in the third edition of Les Assises du NewSpace. Read more to experience the event from BWI’s perspective.

The 3rd edition of the Annual French Newspace meeting event is all set to host over 1200 participants and 70 Spacetech startups!

In BWI’s latest blog post, we will be delving deep into the hydrology in Ivory Coast, exploring each of it’s primary river basins.

In the ever-evolving landscape of Earth observation, the utilization of spaceborne altimetry missions stands as an indispensable tool in our quest to comprehensively monitor and manage the freshwater resources of our planet.

Space hydrology combines principles of hydrology, remote sensing, and geospatial analysis to monitor various aspects of the water cycle, such as precipitation, evaporation, soil moisture, groundwater storage, snow cover, and surface water bodies, on regional to global scales.

French-Indian space mission TRISHNA will be launched in 2025. This article delves into how TRISNHA will contribute to hydrology.

Earth Observation data plays a crucial role in hydrology by providing valuable information about various aspects of the Earth’s water cycle, including precipitation, surface water bodies and soil moisture.