Assembly is a bird observation tower located in Pape Nature Park, Latvia. The design aims to fit well within the natural environment, focusing on minimizing impact on the landscape. Serving as a platform for wildlife observation, it reflects modern design ideas that prioritize ecological awareness and coexistence with local plants and animals.

Structural Framework

The tower features a lightweight design that allows it to touch the ground only lightly. This thoughtful approach reduces any disturbance to the surrounding ecology while providing visitors with a way to interact with nature. Extended arms branch out from the central tower, directing views to optimize birdwatching capabilities. This design ensures the tower remains functional and user-friendly.

Modular Design

Flexibility characterizes the structure, which can adapt to various sites within the park. The tower employs a modular system that utilizes locally sourced components, allowing for unique designs at each location. This method not only speeds up construction but also supports local economies by using regional materials and labor.

Integration of Greenery

The design includes planter boxes at various heights that support climbing plants. This feature adds to the visual appeal of the structure, while also providing shade for observers and helping the tower blend into its surroundings. The natural growth softens the building's profile, making it less intrusive in the landscape.

Ecological Context

The tower recognizes the ecological importance of Pape Nature Park, where fields and lakes are essential for migrating birds. It invites visitors to learn about these natural systems and encourages a greater awareness of local ecology. By creating a space for observation, Assembly highlights the connections between people and the environment.

One notable detail is the use of precast elements, which enhance structural stability and allow for intricate features that improve functionality. Solar panels are also incorporated, supporting sustainability and increasing the energy efficiency of the observation platform.