Improving Knowledge About Earth’s Water Resources.
Forty per cent of the world’s population today lives in countries that have medium-to-high water stress. Unless water resources are wisely managed, shortages could become a serious obstacle to economic and social progress.
Thousands of talented people work on developing water supplies, controlling floods and cleaning up polluted water, to manage and develop water resources.
Timely, accurate, and comprehensive information about water resources, derived from hydrological information systems, forms this work’s basis.
It’s the key to effective water resources management.
The increasing water demand, together with the climate change impacts on water resources lead to a growing shortage of water availability.
Investigating and developing novel strategies to assess and manage water resources have turned into a key issue, leading to increased efforts to enhance and improve hydrological models and datasets.
Many different water management philosophies have emerged that are consistent with evolving dominant interests, such as water authorities, government agencies and proprietary research consortiums.
But if you work around water, you need to wear the right life jacket. The wrong one could be dangerous and even lead to drowning.
Finding the best life jackets can be difficult, so we’ve made it easier by providing the best life jacket reviews in an easy-to-read format with helpful tips and tricks.
You want to enjoy being on or near water without worrying about your safety, so we created WHYCOS!
Our mission is simple. We provide you with everything you need to buy a great life jacket.
Whether you’re looking for something stylish to show off at your next World Meteorological Organisation Steering Committee meeting or something rugged and practical to wear while you measure the surface water quantity in a Senegal river, we’ve got you covered!
By the way, WHYCOS operates at global, basin and local levels.
It is made of regional components known as the Hydrological Cycle Observing System (HYCOS). Owing to the central role of water within the Earth system and in human activities, observation of the global water cycle has both direct and indirect benefits.
It helps detect climate change and variability through the observation and analysis of trends in precipitation, stream flows and other water cycle variables.