Name
Where Rivers, Mountains and People Meet: The Essential Geography of The Sea to Sky
Date & Time
Thursday, May 22, 2025, 3:00 PM - 3:15 PM
Description
The Sea To Sky corridor is an intensely scenic coastal region in southwest BC between Vancouver and Pemberton and is renowned not only for its breathtaking landscapes but also for its rich cultural tapestry. The area is a place of deep cultural resonance, aptly described by the Lil’wat people as “where rivers, mountains, and people meet.” This perspective highlights the intimate connection between the natural environment and human experience, an aspect that is central to the map's design. By including both Indigenous and colonial place names, the map not only serves as a functional reference tool but also as a medium for cultural education and reconciliation. It reflects the longstanding presence of the Squamish and Lil’wat nations in the region, narrating history and inscribing the landscape with profound meaning. The map also seeks to foster geographic awareness and appreciation for the unique and diverse ecosystems of the Howe Sound area.
Modern mapping techniques play a central role in capturing this vast terrain, from the corridor’s steep slopes and forested valleys to the glacier-fed waters to highlight the land’s natural beauty. Furthermore, I will explore how this type of map can alter perceptions, raise cultural awareness, and promote respect for the diversity and richness of the world's cultural and historical landscapes.
The hope is that by showcasing the Sea to Sky corridor in this more inclusive way, viewers will rethink what they know about the place. Rather than treating these mountains and valleys as little more than a scenic backdrop for tourism, we invite everyone to see them as home to vibrant communities, living histories, and a UNESCO Biosphere Region worthy of deeper exploration.
Location Name
Canal (CB) 2104
Session Type
Oral Presentation
Abstract ID
CCA105
Speaker Name
Jeff Clark
Speaker Organization
Clark Geomatics
Session Name
CS167 Cartographic projects and methods