Abstracts

At BWI, we firmly believe that Artificial Intelligence holds immense potential for transforming continental freshwater monitoring by enhancing data collection, analysis, and decision support capabilities. By harnessing the power of AI technologies, Blue Water Intelligence wants to overcome the limitations of traditional monitoring methods and address the complex challenges facing freshwater ecosystems in the 21st century.

In this abstract, BWI delves deep into the nuances between water takings and consumption, drawing examples from diverse regions globally.

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.

In BWI’s latest “Exploring the Hydrology” series, let’s dive into the Hydrology in France!

Senegal, situated on the Western coast of Africa, boasts a highly diverse river network which provides lifeline for it’s population.

Continental hydrology focuses on inland freshwater systems, while coastal hydrology examines the interactions between land and sea in coastal zones.

Irrigation exerts significant pressure on global water resources, contributing to water stress, aquifer depletion, soil salinization, ecosystem degradation, and exacerbating climate change effects.

BWI takes the opportunity of World Meteorological Day to explain how weather forecasts play a significant role in predicting river discharge by providing essential input data for hydrological models.

Virtual stations play a vital role in river basin digitization by providing the data, insights, and tools necessary to understand and manage water resources effectively within a basin.