A Disney cruise ship was docked at Canada Place when we visited. The building, a convention center, was built for Expo '86 as the Canada Pavilion & features the peaked canvas roofs seen here that are meant to symbolize sails. According to Wikipedia, "Among the largest and most elaborate pavilions presented by any nation at any World's Fair, the Canada Pavilion hosted more than 5 million visitors prior to the October 13, 1986 closing date. The Canada Pavilion is acknowledged as one of the best-ever host nation pavilions at a world exposition." But apparently, that wasn't big enough for Canadians, because they built another convention center (known as the West Building to distinguish it from this East Building) that was even larger & tripled the capacity of the original building for the 2010 Olympics. I didn't find the new building as photographically appealing, but in other ways it is very interesting: "The new west Building expansion is certified LEED (Leadership in Energy and Environmental Design) Platinum and is designated a PowerSmart Convention Centre by BC Hydro. It was awarded a "GO GREEN" certificate from the Building Owners and Managers Association (BOMA) for industry-approved, environmental best practices in building management. The living roof, seawater heating and cooling, on-site water treatment and fish habitat built into the foundation of the West Building make it one of the greenest convention centres in the world. The Centre recycles an average of 180,000 kilograms of materials annually, nearly half of the total volume of waste generated. It avoids canned goods, disposable utensils and dishes, and donates leftover food to local charities. The 6-acre (24,000 m2) "living roof" is the largest in Canada and the largest non-industrial living roof in North America. The roof landscape is designed as a self-sustaining grassy habitat characteristic of coastal British Columbia, including 400,000 native plants and 4 colonies of 60,000 bees each which provide honey for the public plaza restaurant. No public access is allowed to the roof, which made it possible to create a fully functional ecosystem with natural drainage and seed migration patterns using the roof's architectural topography. The landscape functionally connects to nearby Stanley Park via a corridor of waterfront parks. Irrigation to the roof is provided by the building's wastewater treatment plant. In the event that the roof irrigation demands exceed the capacity of the wastewater treatment plant, make-up water can be provided by a reverse osmosis desalinization plant drawing and treating seawater pumped from the harbour as well as municipal water through an air gap connection to the storage tanks, as needed. The building's heating and cooling system feeds through the deep water of the harbor, using it as a constant temperature base to reduce the amount of energy used for heating and cooling. Along the waterfront, the shoreline ecology is fully restored from its previous brownfield state and supports a historic salmon migration path. An artificial reef structure rings the building perimeter, consisting of a series of concrete steps. Each step is planted with marine species adapted to a specific depth below the water, resulting in a kelp forest characteristic of the natural shoreline and supporting a diversity of harbor fauna. Underneath the building, which is set on pier foundations, runnels are set into the tide flats creating a tidal ecosystem zone that flushes daily and feeds the reef. The site of the expansion is a former marine and rail industrial area, most of which was covered in impervious surfaces and contaminated. The decrease in site impervious surfaces is almost 30%, mitigating total suspended solids and phosphorus content from stormwater and reducing the site’s heat island contribution." Please zoom for better detail...