Glacier over Chelan
Current Location of the "Ancient Advance" Chelan painting
Fielding Hills Winery
(565 S Lakeshore Rd, Chelan, WA 98816)
About the painting:
Title: Ancient Advance
Artist: Rowan Carey (1987 – )
Oil on linen, 2025 (24 in by 48 in)
“Ancient Advance” depicts what Chelan looked like ~17,000 years ago as a tongue of the continental ice sheet advanced up the Chelan Valley. The ice sheet descended the Columbia Plateau and the Columbia River Valley before pushing up the Chelan Valley.
Somewhere between Lakeside and Rocky Point, the ice moving up the valley met the glacier moving down the Chelan Valley. From that point in time the entire Chelan Valley was full of glacial ice until the ice began to melt ~15,000 years ago.
Commissioned on behalf of the Lake Chelan Research Institute, “Ancient Advance” is the intersection of art and science, aiming to help viewers envision several hundred feet of glacial ice covering the City of Chelan.
“Ancient Advance” will be on display through several prominent locations in the Chelan Valley.
About the artist:
Rowan Carey was born in 1987 and has lived in Washington State his entire life. He currently lives in Snohomish with his wife and four sons. He has been an artist in varying ways his entire life but has become a dedicated oil painter in the past decade. Rowan might be considered a “self-educated” artist. In today’s age of information, Rowan is continually studying and practicing how to better his artistic abilities. Over the years, Rowan’s paths of learning have included books, instructional videos, workshops, and mentoring. One of his recent mentors is Mark Boedges, a very accomplished oil painter who studied under Richard Schmid.
Rowan finds himself gravitating toward a freer painting style. One that has a strong sense of realism, but painted in a way that utilizes abstraction. Rowan achieves this look by understanding how our eyes see things in real life, using a variety of tools to create both physical and visual texture, interesting edges, and an understanding of how we perceive light.
