Review: What Do You Call That Noise? An XTC Discovery Book

Two years ago, I reviewed Andy Partridge and Todd Bernhardt's highly-recommended Complicated Game: Inside the Songs of XTC, a collection of deep-nerding conversations between these two musicians about beloved XTC tracks. While that book was a wonder, it understandably focused on Andy and his contributions to the band. While deepening my admiration and appreciation for the band, it left me hungry for more.
Enter What Do You Call That Noise? An XTC Discovery Book. I didn't think I could love an XTC book more than Complicated Game, but this book just keeps inspiring and surprising me every time I poke my nose into it. This is a delightful and dizzying collection of XTC exploration, analysis, and devotion that should stoke the soul coal of any hardcore fan of the band.
Put together by Mark Fisher, editor of Limelight, the 80s XTC zine, this book is a collected conversation between dozens of musicians deconstructing XTC songs, interviews with ALL of the band members (including their Spinal Tap-worthy causality list of drummers), kids and young music students reacting to XTC music, home studio recording tips from Andy Partridge, Andy on music theory (or lack thereof) and songwriting. Contributors include Rick Buckler (The Jam), Chris Difford (Squeeze), Debbi Peterson (The Bangles), Steven Page (Barenaked Ladies), Mike Keneally (Frank Zappa), Peter Gabriel, and many more.
Also included are a piece on drummers breaking down some of Terry Chambers more brilliant moments, members of XTC tribute bands around the world talking about their music, a cultural studies professor on the genius of Colin Moulding's lyrics, a piece about a German YouTuber who's covering his way through the XTC catalog, and the (apparently) obligatory photo tour of Swindon, England (the band's beloved home town). An 'XTC Discovery Book' to be sure.
The brilliant cover art, by Mark Thomas, sets the tone for the entire book. It's fun to try and figure out how many XTC songs you can find referenced within the image.