New pieces are coming in October. Join the mailing list to get first pick.

New pieces now available. Free domestic shipping on orders of $100 or more.

Your cart

Your cart is empty

Description

Meadow II Cyanotype Print

A meadow of late summer botanicals including hay-scented fern, sensitive fern, wild pea, chicory, and Queen Anne's lace. 

Shades of lavender and lilac layer with flashes of sky blue, highlighting the varied shapes and textures of these familiar plants.

This fine art print is reproduced from an original cyanotype I created by arranging real pressed botanicals on paper and exposing them to sunlight.

All prints contain a white border with a reproduction of my signature. 

Print Process & Materials

Each reproduction print is made using giclée printing, a fine art printing process that uses archival pigment inks to capture the color and delicate details of the original cyanotype.

Printed on heavyweight, 300 gsm archival fine art paper that is acid-free and lignin-free for long-term stability.

Meadow II Cyanotype Print

Regular price $48.00
Unit price
per 
Shipping calculated at checkout.
What you will receive: 
  • You’ll receive an archival art print reproduced from my original cyanotype.

Description

Meadow II Cyanotype Print

A meadow of late summer botanicals including hay-scented fern, sensitive fern, wild pea, chicory, and Queen Anne's lace. 

Shades of lavender and lilac layer with flashes of sky blue, highlighting the varied shapes and textures of these familiar plants.

This fine art print is reproduced from an original cyanotype I created by arranging real pressed botanicals on paper and exposing them to sunlight.

All prints contain a white border with a reproduction of my signature. 

Print Process & Materials

Each reproduction print is made using giclée printing, a fine art printing process that uses archival pigment inks to capture the color and delicate details of the original cyanotype.

Printed on heavyweight, 300 gsm archival fine art paper that is acid-free and lignin-free for long-term stability.