An integrated tool for the Baltic Region
sponsor/scientific partner
organizer/technology parther
consulting parther
consulting partner
There is a need to develop an integrated approach for the Baltic Earth system which includes the Baltic Sea and contributing catchments with evolving land use. Baltic Earth System Toolbox (BEST) provides a set of forecasting tools for land-water resources management applicable on a broad range of spatial and temporal scales. BEST will be an open computational cloud platform where models are continuously developed and coupled. BEST will be supported by stakeholders and experts/scientists to be easily accessible and used e.g., for coastal zone management, or land-use planning. Naturally, the different end-user perspectives are in focus: authorities, enterprises and universities in management and research activities in the Baltic region.
The objective for this workshop is to initiate a collaborative process for developing the BEST in four inter-related areas:
We invite you to present and discuss your research and development results in this area, which includes projections on future forcings.
We invite you to present and discuss your research and development results in this area relevant for quantifying long-term water quality changes in the Baltic Sea.
We invite you to present and discuss the application of latest cloud-based computational science methods, high power computing (HPC) and Big Data in Earth Science Systems/related applications, catering the needs of highly resource demanding scientific tools.
We invite you to present your ideas on integrating the above tools/processes in an ICT environment, to deliver the complex process directly on to the stakeholders and decision makers table in the most user-friendly way.
Researcher
Finnish Environment Institute (SYKE)
Jyväskylä, Finland
Scientist
Helmholtz Centre for Environmental Research (UFZ)
Magdeburg, Germany
Consultant
Swedish Environmental Research Institute (IVL)
Stockholm, Sweden
Head of Section / Board Member
COWI / Teknocord
Stockholm, Sweden
Professor
Royal Institute of Technology (KTH)
Stockholm, Sweden
Principal Consultant
Teknocord
Stockholm, Sweden
PhD Student
Royal Institute of Technology (KTH)
Stockholm, Sweden
Senior Researcher
Royal Institute of Technology (KTH)
Stockholm, Sweden
Anders Jönsson
Vladimir Cvetkovic
Janne Ropponen
Anders Jönsson
Guillaume Vigouroux
Seifeddine Jomaa
Sponsored by KTH
Magnus Rahmberg
To be announced
Prabin Paul
Bijan Dargahi
Open discussion and future planning
The workshop will be held at Division of Water Resources Engineering, KTH Main Campus in Stockholm, Sweden.
By Airport coach / Arlanda Express
The airport transfer bus departs every 10-15 minutes from the arrival hall and takes you to Stockholm city bus terminal, Cityterminalen, in 40 minutes. Arlanda Express train departs every 15 minutes from Arlanda and takes you to Stockholm Central station in 20 minutes.
By the Underground / Tunnelbana
KTH main campus is just 5 minutes away from Stockholm Central Station by underground, 'tunnelbana'. Take the red line travelling in the direction of Mörby Centrum and get off at the stop Tekniska Högskolan.
By the Bus / Tunnelbana
Depending on Silja / Viking line, you have to get to the City Center / T-central first from where you take the underground train as described on the left. Please get more detailed information at the boat information desk for different means to get to T-centralen.
Anders Jönsson, Teknocord
P. +46 (70) 6163714
E. anders.jonsson (at) teknocord.com
W. www.ivl.se
Prabin Paul, Teknocord
P. +46 (8) 51816720
E. prabin.paul (at) teknocord.com
W. www.teknocord.com
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