The University of British Columbia is to be congratulated for
being a leader in the field for commissioning the design of an environmentally responsible building and landscape.
In order to achieve the goal of an environmentally sustainable landscape a management strategy was established:
The building and landscape responded to issues of ozone depletion, global warming, indoor and outdoor air pollution.
Nature and built form co-exist in harmony.
Native plants are enlisted,
particularly those that need little maintenance.
Columnar street trees were used so as not to block light.
Only existing soil was used and it was amended with
organic matter to support plant life.
Only non-toxic biological fertilizer was introduced.
All chemical pesticides were avoided.
An appropriate program for organic composting was developed.
A water efficient subsurface irrigation system based on the principle of 'xeriscaping' was introduced: a method that conserves water and protects the environment.
Storm water is stored for gradual absorption.
Re-cycled paving material was used.
Trench for re-cycled gray water with marsh vegetation.
C. K. CHOI INSTITUTE OF ASIAN RESEARCH
UNIVERSITY OF BRITISH COLUMBIA, VANCOUVER, B.C.
Client:
Project completion:
Architects:
Landscape Architect:
Mechanical Engineer:
University of British Columbia
1995
Matsuzaki Wright Architects
Eva Matsuzaki, Joanne Perdue
Cornelia Oberlander Landscape Architect
Cornelia Oberlander, Elisabeth Whitelaw
Keen Engineering Kevin Hydes, Jeanette Frost