Elevated walkways constructed with cross-laminated timber create a seamless transition through Ķemeri National Park's diverse ecosystems, enabling visitors to engage with the natural landscape while promoting environmental sustainability.
5 key facts about this project
01
Elevated pathways minimize land disturbance while providing panoramic views of diverse ecosystems.
02
Constructed primarily from locally sourced cross-laminated timber for environmental sustainability.
03
Integrated interpretative signage allows for educational engagement with the surrounding nature.
04
The cantilevered design enhances stability and aesthetic appeal while reducing visual impact.
05
Features a permeable walkway system to promote natural water drainage and ecological balance.
The Great Ķemeri Promenade is an architectural undertaking located in Ķemeri National Park, Latvia. This project serves as a pedestrian pathway that integrates into the natural landscape, allowing visitors to experience the unique ecological features of the park. Functioning as both a recreational space and an educational resource, the promenade is designed to enhance accessibility while fostering a connection between humans and nature.
The promenade is designed as an elongated pathway that weaves through different ecological zones within the park. Key elements of the project include elevated walkways that minimize land disturbance and promote visitor engagement with the surrounding biodiversity. The primary material used in construction is cross-laminated timber (CLT), selected for its sustainability and compatibility with local environmental practices. Secondary materials such as perforated metal for walkways, glass canopies for protection, and concrete footings for stability further contribute to the project’s structural integrity.
Innovative Design Approaches and Sustainability
One distinct feature of the Great Ķemeri Promenade is its emphasis on a gentle ascent through varied ecological experiences. Each segment of the pathway is meticulously designed to represent different aspects of the natural environment, transitioning from forest to open water views. This design strategy encourages exploration and appreciation of the diverse ecosystems encountered along the way.
The use of cross-laminated timber not only provides structural strength but also focuses on minimizing the ecological footprint, as the timber is sourced from local forests. This choice parallels a broader architectural trend that emphasizes sustainable materials and construction practices. The incorporation of a concrete footing system paired with the lightweight CLT prevents excessive soil disruption, preserving the native flora and fauna essential to the park.
Architectural Function and Visitor Experience
Functionally, the Great Ķemeri Promenade serves multiple purposes. Beyond providing a transit pathway for visitors, it acts as an educational tool that highlights the importance of local biodiversity and conservation efforts. Along the route, interpretative signage and viewing platforms encourage users to engage with their surroundings meaningfully.
The design accounts for accessibility, ensuring that all visitors, including those with mobility challenges, can navigate the pathway without difficulty. The overall layout, characterized by gradual inclines and gentle transitions, makes various points of interest available to everyone.
For further exploration of the Great Ķemeri Promenade, including architectural plans, sections, designs, and underlying ideas, interested readers are encouraged to review the project presentation for comprehensive insights into its design and architectural philosophy.
The promenade is designed as an elongated pathway that weaves through different ecological zones within the park. Key elements of the project include elevated walkways that minimize land disturbance and promote visitor engagement with the surrounding biodiversity. The primary material used in construction is cross-laminated timber (CLT), selected for its sustainability and compatibility with local environmental practices. Secondary materials such as perforated metal for walkways, glass canopies for protection, and concrete footings for stability further contribute to the project’s structural integrity.
Innovative Design Approaches and Sustainability
One distinct feature of the Great Ķemeri Promenade is its emphasis on a gentle ascent through varied ecological experiences. Each segment of the pathway is meticulously designed to represent different aspects of the natural environment, transitioning from forest to open water views. This design strategy encourages exploration and appreciation of the diverse ecosystems encountered along the way.
The use of cross-laminated timber not only provides structural strength but also focuses on minimizing the ecological footprint, as the timber is sourced from local forests. This choice parallels a broader architectural trend that emphasizes sustainable materials and construction practices. The incorporation of a concrete footing system paired with the lightweight CLT prevents excessive soil disruption, preserving the native flora and fauna essential to the park.
Architectural Function and Visitor Experience
Functionally, the Great Ķemeri Promenade serves multiple purposes. Beyond providing a transit pathway for visitors, it acts as an educational tool that highlights the importance of local biodiversity and conservation efforts. Along the route, interpretative signage and viewing platforms encourage users to engage with their surroundings meaningfully.
The design accounts for accessibility, ensuring that all visitors, including those with mobility challenges, can navigate the pathway without difficulty. The overall layout, characterized by gradual inclines and gentle transitions, makes various points of interest available to everyone.
For further exploration of the Great Ķemeri Promenade, including architectural plans, sections, designs, and underlying ideas, interested readers are encouraged to review the project presentation for comprehensive insights into its design and architectural philosophy.
