The SMHI hydrological research group works to develop hydrological forecasting and scenario tools, describe the hydrological consequences of climate change, modeling nutrient in rivers and biogeochemical processes in lakes.
The aim of the work is to provide better forecasting and warning services for the power industry, improved decision support for land management, environmental monitoring and action programs that help improve water quality.
Results will be used partly by SMHI and the production departments as well as directly by external users or in a purely scientific context. Several of the projects are carried out in co-operation with other research groups on a national as well as an international level.
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News from SMHIs Hydrology Research
Summer course in hydrological modelling
SMHI provides pan-European water information based on their hydrological model system, E-HYPE (European HYdrological Predictions for the Environment). During the summer, 20 people from six European countries gathered at SMHI to find out more about the model results.
Future of the Baltic Sea in focus
The problems associated with eutrophication have long affected the Baltic Sea with large blooms of toxic algae, and oxygen-free bottoms. Four years of research will provide more knowledge about the future of the Baltic. SMHI Hydrology Research participates in Soils2Sea.
Torrential rainfall in the future
Changes in the climate are expected to result in heavier rainfall. Calculations with climate models show that a heavy downpour will give 20-30 percent more rain at the turn of the next century. Intensive short-term precipitation causes most problems in towns and cities, since it produces large quantities of rain in a short period of time.
Climate change is affecting water supply in India
In a research project, SMHI developed a hydrological model for India, in which calculations were made of water supply in the country’s future climate. The results were presented at a conference in Rajasthan recently.
HYPE Open Source Community develops
In HYPE Open Source Community, the hydrological model HYPE is developed. The network is unique in that it provides access to program codes that are also used in operational status. The latest international workshop on HYPE codes was held in Brussels in conjunction with the Open Water Symposium.
Open data gives water apps
Apps and web services for forecasting and decision support in the event of flooding, water contamination, irrigation and dam control. This is the aim of a European research project, SWITCH-ON, coordinated by SMHI. This is a pilot project that can make European water data more accessible to the general public and water management more mobile.
New Workshop for HYPE Open Source Community in September.Welcome to a new workshop for HYPE OSC the 18th of September. The workshop will be organized in connection to the Open Water Symposium at Vrije Universiteit in Brussels. We will present new features of HYPE and we will also give the opportunity for users to present their work using HYPE
Please read more about this and registration at HYPE-OSC webpage
New research program: Baltic Earth
A new international and interdisciplinary research programme, Baltic Earth, is launched. The aim of Baltic Earth is to achieve an improved understanding of the Earth system for the Baltic Sea region, focusing on physical and biogeochemical processes which interact in the atmosphere, in the sea including sea ice, and on land.
Europe's discharge of nitrogen and phosphorus calculated
Agriculture discharges the most nitrogen into Europe's coastal seas. Discharges of phosphorus come from treatment works to a larger extent, although in some areas agriculture and forestry are responsible for large discharges. This is shown by a study carried out by scientists at the Hydrology Research Unit, SMHI.
Satellite images make it possible to monitor ice break-up in Torne River
SMHI has used high-resolution satellite images for the first time to monitor ice break-up in Torne River, one of Sweden’s largest unregulated rivers.
The hidden water content of the snow layer
Satellite measurements can show the extent and water content of the snow coverage, and where it will melt. Scientists from SMHI are part of the European research project (Cryoland) aiming to develop new, simpler ways of using satellite data about snow and ice.
Vizualisation of future climate and consequences for cities
A new production with visualization technology presents future climate and consequences for cities. Presentations of Urban Water Vision will be held in a Geodome at Stockholm Water Week.