项目建筑师: Arnis Dimins, Brigita Barbale
设计组: Guna Priede, Krisjanis Leitis, Ieva Dimante, Rihards Vietrins
业主: Jurmala City Council
公园面积: 131,108 平方米 (13,1 ha)
毛室内面积: 541 平方米
总造价: 4,1 M €
摄影: Ansis Starks
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Location: Jurmala, Latvia
Type of Project: Reconstruction of Forest Park
Project Architects: Arnis Dimins, Brigita Barbale
Design Team: Guna Priede, Krisjanis Leitis, Ieva Dimante, Rihards Vietrins
Client: Jurmala City Council
Main contractor: TADERS
Park area: 131,108 sqm (13,1 ha)
Gross internal floor area: 541 sqm
Total cost: 4,1 M €
Project year: 2003-2005
Construction year: 2007-2009
Photographs: Ansis Starks
Dzintari forest park is unique due to its location. Its 13 ha territory of nature base is located in the very centre of Jurmala city. Due to intensive development of public and residential objects around this nature base territory, the idea to include it into the overall system of the city’s infrastructure objects and to adapt this territory to regular public visits became topical.
A 200-year-old pine-tree growth and the protected biotops of bilberry bush are the greatest treasures of Dzintari forest park. The new infrastructure is created as a singular mechanism that controls park visitors’ relationships with nature.
The infrastructure objects are located evenly throughout the park and are connected with wooden board foot-path raised above the ground. The most important active recreation element is the inline skating track in the middle of the park. Pedestrian bridge separates skater and pedestrian paths. The park also accomodates skate-board and street-ball grounds, children playground, cafes, sports inventory rental, lavatories and other buildings.
Modules system was selected as the most suitable principle for form-creation of the park’s building objects. Modules ramify like tree branches or roots, go around protected nature base elements and develop into foot-path structure that was created based on similar principles. As a result facades of building objects are broken into separate planes in different angles that significantly reduce the overall bulkiness of volumes. Composite panels with polished aluminium surface are used for facade finishing. Vertical division of specular facades reflect the natural appearance of surronding environment and dispel the park’s newly created building objects.
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