℗ © Chesky 2016
THIS ALBUM DOWNLOAD FEATURES HIGH RESOLUTION COVER ART ONLY. LINER NOTES ARE NOT AVAILABLE.
Backed by a string section that includes world renowned Cellist, Dave Eggar, Amber Rubarth returns for her sophomore Chesky album to follow up her successful, Sessions from the 17th Ward. Scribbled Folk Symphonies features a combination of original tunes and unique takes on classic songs, such as a haunting rendition of R.E.M’s “Losing My Religion”. Whether you’ve followed her journey from the beginning, or simply get pulled in by her unique interpretation of the classic songs on this album, you’ll be pleasantly surprised by what’s inside.
Amber Rubarth has toured extensively throughout the US, Europe and Japan including appearances at Carnegie Hall and the Lincoln Center, opening tours for many legendary artists including Emmylou Harris, Kenny Loggins, Marc Cohn, Richie Havens and Loudon Wainwright III. Grand Prize Winner of NPR's Mountain Stage New Song Award, Rubarth has garnered attention for her insightful songwriting and unique musicality, attracting praise from The Huffington Post, BBC Radio and NPR. "She has developed a unique gift of knocking down walls with songs so strong they sound like classics from another era." - Acoustic Guitar Magazine
Part of the Chesky Binaural + Series, all recorded with a single microphone, the band appears right before you with this spacious, lush and multi-dimensional recording. Now headphone users will hear the same three-dimensional sound and imaging as audiophiles have for the past 25 years with Chesky Recordings. Also these new Binaural+ Series albums capture even more spatial realism for the home audiophile market, bringing you one step closer to the actual event. You will hear some of the most natural and pure cool music ever recorded.
Recorded using a B & K Binaural head, MSB A/D Converter, and Crystal microphone cable.
Special thanks to Professor Edgar Choueiri of the 3D Audio and Applied Acoustics (3D3A) Lab of Princeton University for his technical assistance on the 3D audio aspects of this binaural recording.