Store

Patagonia Womens Desert Roots Midweight Full-Zip Hoody - New

Patagonia Womens Desert Roots Midweight Full-Zip Hoody - New - Rooted in the desert sands, there is a synchronicity unexpected and beguiling - echoed here on the Desert Roots Midweight Full-Zip Hooded Sweatshirt. Knit fleece fabric made of a soft organic cotton/polyester blend creates a mlange effect when dyed with PVC- and phthalate-free ink; fabric face is 100% organic cotton for extra soft, durable, no-pill exterior. Slim, 2-panel hood construction preserves warmth. Classic full-zip hoody style with built-in stretch, a contemporary fit and patch pockets. Fair Trade Certified sewing throughout garment. This medium weight fabric is an organic cotton/polyester/spandex fleece blend Classic hoody full-zip design with built-in stretch and a modern fit This is a Fair Trade Certified product: Patagonia pays a premium for Fair Trade Certified clothing that workers can use to improve their communities and elevate their standard of living 8.9-oz 84% organic cotton/11% polyester/5% spandex fleece. Fair Trade Certified sewing 521 g (18.4 oz) Made in India.

$99.00
Buy
 

Related Products

PATAGONIA WOMEN'S CLASSIC RETRO-X VEST UNDERWATER BLUE (XL)

PATAGONIA WOMEN'S CLASSIC RETRO-X VEST UNDERWATER BLUE (XL)
$179.00

Windproof, warm and with a feminine cut, our Retro-Xer Vest is a favorite fleece made with polyester (86% recycled).

PATAGONIA WOMEN'S BETTER SWEATER JACKET BIRCH WHITE (M)

PATAGONIA WOMEN'S BETTER SWEATER JACKET BIRCH WHITE (M)
$139.00

Warm polyester fleece meets your favorite sweater in this full-zip, cross-dye jacket dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conventional dyeing methods.

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (M)

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (M)
$149.00

Windproof and water-resistant, the Nano Puffer Vest is made with warm, incredibly lightweight, highly compressible 60-g PrimaLofter Gold insulation; ideal as outerwear or as an insulating layer in colder climates.