Iris and Forget-Me-Nots
Bring a piece of poignant beauty into your home with this stunning stretched canvas, "Iris and Forget-Me-Nots," by the artist Dorothy "Aunt Dot" Nagel. This artwork is a testament to her resilience, created after a tragic accident took her dominant arm. It's an inspiring way to add a touch of color and visual interest to any space and makes a truly meaningful gift.
This high-quality canvas is made with UL-certified Greenguard Gold inks and a sustainable FSC-certified pine wood frame. It’s easy to hang and ready to display, with included hardware and stabilizing rubber dots.
By choosing this piece, you are supporting the KFAC Shoebox campaign, which believes every child deserves to walk confidently toward a brighter future. Your purchase helps to ensure that no child goes without proper footwear.
Artist
Dorothy Nagel, affectionately known as Aunt Dot, was an extraordinary artist whose indomitable spirit shone brightest in the face of adversity. After a tragic car accident claimed her dominant arm in her later years, she continued to create, leaving behind a legacy of art and inspiration. Her life stands as a powerful testament to the truth that disabilities should never deter one from pursuing their passions.
KFAC Shoebox
We believe that every child deserves to walk confidently towards a brighter future. The KFAC Shoebox campaign aims to raise funds to ensure that no child goes without proper footwear. We understand that a good pair of shoes can make a world of difference in a child's life, from boosting self-esteem to enabling them to attend school comfortably and easily engage in physical activities. By participating in this campaign, you can be part of a movement that uplifts and empowers children in our community.
Product Features
- High-quality images printed with UL-certified Greenguard Gold inks
- Made from sustainable, FSC-certified pine wood for eco-friendly living
- Crafted with non-toxic, non-flammable latex inks for safer indoor air quality
- Easy to hang with included back hanging and a stable design using rubber dots