Cambie Street is a street in Vancouver, British Columbia, Canada. It is named for Henry John Cambie, chief surveyor of the Canadian Pacific Railway's western division (as is Cambie Road, a major thoroughfare in nearby Richmond). There are two distinct sections of the street. North of False Creek, the street runs on a northeast-southwest alignment (following the rotated street grid within Downtown Vancouver). As such, the street direction is approximately 45 degrees to that of the Cambie Bridge, and there is no seamless connection between the two. Instead, Nelson Street carries southbound traffic onto the bridge, and Smithe Street carries northbound traffic away from the bridge. The downtown section of Cambie Street runs from Water Street in Gastown in the north to Pacific Boulevard in Yaletown in the south and is a two-way street for its length. South of False Creek, the street is a major six-lane arterial road, and runs as a two-way north-south thoroughfare according to the street grid for the rest of Vancouver. This section of the street was originally named Bridge Street, and was first connected to Cambie Street after the first Cambie Bridge opened in 1891; it was renamed Cambie Street after the second Cambie Bridge opened in 1912. Between King Edward Avenue West and Southwest Marine Drive, the street has a 10 metre wide boulevard with grass and many well established trees on it; the boulevard was designated as a heritage landscape by the city of Vancouver in 1993. Canada Line construction When proposals to build SkyTrain's Canada Line (formerly known as the Richmond-Airport-Vancouver or RAV Line) along Cambie Street first emerged, they were heavily protested by residents and business owners who wanted to keep the street as a heritage boulevard. They argued in favour of using the existing Arbutus Street rail corridor instead. Once the decision was made to use the Cambie alignment for the Canada Line anyway, residents along the corridor successfully persuaded authorities to put the rail line in a tunnel instead of running it as a surface route, and to dig the tunnel using a tunnel boring machine. However, due to cost concerns and time constraints, the winning bidder decided to use a cut-and-cover method to build the tunnel – which required disruption to traffic and business along the corridor during the construction. As such, even though it cost less and was much faster than using a tunnel boring machine,