Architecture project // Mesh Structure with Recycled Materials for Bird Observation and Habitat

Mesh Structure with Recycled Materials for Bird Observation and Habitat

Authors:

Liran Tsukran, Ori Dvir

Constructed with a mesh framework and integrated rainwater collection systems, this observation tower serves as a habitat for injured birds while providing visitors with an immersive wildlife viewing experience.

5 key facts about this project

Constructed with a modular design for efficient off-site assembly.

Incorporates a rainwater collection system to support habitat maintenance.

Features an outer mesh framework designed to mimic avian forms.

Includes dual observation platforms for enhanced bird watching.

Integrates recycled materials throughout the construction process.

General keywords

pape observation tower birdwatching habitat lithuania sustainability nature ecology rehabilitation

Project specific keywords

modularity prefabrication observation mesh wood rainwater nesting heating feeding birdhabitat

### Overview of the Pape Observation Tower

The Pape Observation Tower is situated within the Pape National Reserve and serves a dual purpose as an observation structure for birdwatching and a habitat for injured birds. This design emphasizes ecological sensitivity, facilitating an immersive experience for visitors while promoting interaction with local avifauna.

### Spatial Configuration and User Engagement

The structure features two distinct observation platforms designed to enhance user experience. The first platform includes a wooden deck, equipped with seating and a heating system for visitor comfort. The second platform incorporates shelter huts and feeding trays, effectively providing live habitats for birds. An intermediate staircase enhances accessibility between platforms, encouraging physical engagement with the tower and its surroundings.

### Material Selection and Sustainability

The architectural integrity of the tower is supported by a careful selection of materials, emphasizing durability and environmental responsibility. Steel is utilized for structural supports and the outer cage, providing resilience against environmental factors. Wood is employed in bench and deck areas to create a natural aesthetic, while glass is strategically incorporated to allow for unobstructed views. Recycled materials are also integrated throughout the design to minimize ecological impact, reflecting a commitment to sustainable practices. The design's life support systems include rainwater collection and heating mechanisms, contributing to an ecological balance within the structure.