Abstracts

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.

The aim of river basin digitization is to create a detailed digital representation of the basin and its associated water resources, allowing for better understanding, management, and decision-making.

The latest article in BWI’s “Exploring the Hydrology” series delves into the beautiful country of Nepal and it’s hydrological riches.

In this article, we explore the significance and challenges of prominent Indian river basins like the Ganges, Godavari, Krishna, Cauvery, Indus, and Brahmaputra.

Explore the subject of virtual stations, a cutting-edge integration of perspectives, revolutionizing hydrological and meteorological forecasts!

Floods impact millions of people all over the world, and with flood forecasting taking centre stage, let’s explore how crucial river discharge forecasts are in this context.

In a world where most activities are dependent on water, river water discharge information can be used to solve a wide variety of issues across numerous domains.