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Bohemian rustic enchanting wedding aisle at my friends wedding in the woods

Bohemian rustic enchanting wedding aisle at my friends wedding in the woods

Real Wedding: Caitlin and Josh’s Dreamy DIY Enchanted Forest Wedding | Hitched in the Hood

Real Wedding: Caitlin and Josh’s Dreamy DIY Enchanted Forest Wedding | Hitched in the Hood

lcfloraldesign.com | Fairfax Wedding Florist | Deer Park Villa Weddings | Hazy Lane Studio | LC Floral Design

lcfloraldesign.com | Fairfax Wedding Florist | Deer Park Villa Weddings | Hazy Lane Studio | LC Floral Design

Secret Supper | Fire + Ice | By Eva Kosmas Flores of Adventures in Cooking

Secret Supper | Fire + Ice | By Eva Kosmas Flores of Adventures in Cooking

inspirational enchanted foret wedding ideas

inspirational enchanted foret wedding ideas

String lights with a canopy effect

String lights with a canopy effect

if I ever have a party or something grand

if I ever have a party or something grand

Can you envision this woodland-inspired #wedding #reception for your 2016 wedding? #JustMarry www.justmarry.com

Can you envision this woodland-inspired #wedding #reception for your 2016 wedding? #JustMarry www.justmarry.com

Alvar Aalto - Viipuri Library

Alvar Aalto - Viipuri Library

rvtr: resonant chamber - origami architectural acoustic panels.    'resonant chamber' is an interior architectural paneling system  that uses the techniques of rigid origami to transform the acoustic signature of a space. composed of reflective (solid bamboo inserts),  absorptive (of pointillated porous expanded polypropylene), and electroacoustic panels, the pieces can dynamically adjust their shape  to expose or hide these surfaces, thus altering sonic conditions

rvtr: resonant chamber - origami architectural acoustic panels. 'resonant chamber' is an interior architectural paneling system that uses the techniques of rigid origami to transform the acoustic signature of a space. composed of reflective (solid bamboo inserts), absorptive (of pointillated porous expanded polypropylene), and electroacoustic panels, the pieces can dynamically adjust their shape to expose or hide these surfaces, thus altering sonic conditions