Black River Reclamation is a proposed intervention that re-establishes whenua and student performance space on the University of Auckland campus. By removing the Learning Quarter segment of Symonds Street and excavating to the basement level of the campus buildings, the project envisions a new landscape that cuts into the earth, culminating in a native New Zealand wetland.
Central to the project are two double-height pedestrian bridges that traverse the length of the landscape. These bridges serve a dual purpose, seamlessly integrating with the existing building entrances while also hosting communal space for students. The space offers a dynamic and inviting space for students to circulate, rest, interact, and engage in impromptu and organised performances, fostering a vibrant and inclusive university environment.
Furthermore, the design incorporates interactive seating throughout the corridor, allowing students to rearrange the space, fostering a sense of ownership and performativity. The structure itself becomes a catalyst for artistic engagement and interaction.
Throughout a 24-hour cycle, the proposed design captures the ebb and flow of pedestrian traffic, highlighting moments of increased activity, such as students gathering in communal space, commuting to class and even crossing to reach the student bar. Students can enjoy people-watching, find spaces for relaxation, participate in protests, and even engage with the structure by climbing through the open-air, multi-story structure.
The project embraces the concept of "the black river running." It represents the transition from the industrial black tarmac of the road to the natural environment that aims to foster a stronger connection between nature, students, and the built environment. It envisions a campus that celebrates the integration of architecture, nature, and the student-pedestrian experience.
In addition to its aesthetic and social benefits, Black River Reclamation also offers a number of environmental benefits. The project will help to reduce air pollution and urban heat island effects, while also providing a new habitat for native wildlife. The wetland will also help to temporarily store runoff, and slowly release over a longer period of time to reduce flood risks.