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North Sea Skills Integration and New Technologies

The Interreg IVB Noth Sea Region Programme
North Sea Skills Integration and New Technologies

Speaking a multi disciplinary language to integrate the worlds of spatial planning and water management. Encouraging the implementation of innovative technical and sustainable solutions which have already proved to be successful.

projects
partners
events
16-09-2012 | SKINT Final Conference | Hamburg
05-09-2012 | SKINT Summer Course | Hamburg
04-09-2012 | SUDSnet Int. Conference | Coventry
18-04-2012 | Mini-seminar Water (Dutch) | Nijmegen
14-03-2012 | Urban flooding | Malmö
12-03-2012 | World Water Forum | Marseille
21-02-2012 | Water Sensitive Urban Design | Melbourne
10-11-2011 | Day of the spatial planning | Utrecht
07-11-2011 | CLIMATE 2011 Online conf. | Hamburg
31-10-2011 | International water week | Amsterdam
11-10-2011 | Acqua Alta | Hamburg
29-09-2011 | Seminar urban hydrology | Trondheim
03-06-2011 | ICLEI Resilient Cities congress | Bonn
11-05-2011 | SUDSnet Nat. & Int. Meeting | Dundee
03-12-2010 | World Sust. Developm. Teach-In Day
01-11-2010 | CLIMATE 2010 Conference | Hamburg
01-07-2010 | Novatech conference | Lyon
21-06-2010 | Symposium | Bergen [dutch]
08-06-2010 | Seminar | Bergen
07-06-2010 | Skint meeting | Bergen
21-04-2010 | Continents under Climate Ch. | Berlin
17-03-2010 | Skint meeting | Sheffield
09-12-2009 | Sust.watermanagement | Copenhagen
25-11-2009 | Urban Flood Management | Paris
10-11-2009 | SUDS workshop | Hamburg
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Almere Poort (Almere Gate), Almere, The Netherlands

Almere Poort is an approximately 2.000 ha new being built town in the newest part of the IJssellake polders at 5 metres below sea level. The seepage varies from 1 to 5 mm/day and is ranging in quality from a rather bad to a rather good quality. In areas with a lot of bad seepage the ground levels and the surface water levels are elevated to reduce the influence of seepage. In such areas the area of surface water is low (less than 2%) and the build on density is high. Rain water is infiltrated so the seepage water is reduced. Excess rain water is transported to areas with much more surface water (up to 20% planned). These areas are located on spots where there is less seepage with a surface water quality that is rather good. In this way the urban design was adapted to the appearance of the ground water quality: small canals and high building density with offices on locations where the ground water quality is rather bad and broader canals and ponds with individual housing on locations where the ground water is rather okay and the surface water quality needs to be rather good. Here the excess rain water of Almere Poort can be stored as well.

Almere Poort is a perfect example of integrated water management: both quality and quantity are thought over. The plan is linked to the specific circumstances of a deep polder. Clear and less clear water are separated. All the space is plural used (for example: a park is planned on top of an archaeological reference).

To be influential specific knowledge of the area on your own field of work is needed. But that alone is not enough. The alignment between municipality and water board went via the architect who from the beginning on was cooperative, water minded and creative. He operated as a translator: instead of communicating difficulties between water board and municipality, he drew and accepted solutions.