Framed Canvas Print (S)

The Worbarrow Shelf

Name: The Worbarrow Shelf
Brand: HAMISH BAIRD
SKU: 7798485_16035
Price: 60.0 GBP
Availability: OutOfStock

£60.00

Color:

Black Brown

Variant

High quality print from original paintings

Free Shipping on Orders of 3+

Gift Wrapping and Message Available

As the sun dips below the horizon, the rugged cliffs and rocky outcrops of the Worbarrow Shelf are bathed in a warm, golden glow.

This print captures the fleeting magic of the twilight hour, inviting you to savor the breathtaking beauty of Dorset's iconic coastline and the ever-changing play of light across its ancient landscapes.

Size

Size: 12" x 16" (Small)
Frame thickness: 1.25″ (3.18 cm)
Canvas fabric weight: 10.15 +/- 0.74 oz/yd² (344 g/m² +/- 25g/m²)

Details

High-quality pine tree framed canvas.
Frame thickness: 1.25″ (3.18 cm)
Canvas fabric weight: 10.15 +/- 0.74 oz/yd² (344 g/m² +/- 25g/m²)
Open back.
Comes with rubber pads on the back corners.
Hanging hardware attached.

Material

Pine tree frame.
Canvas fabric.

Disclaimer:

The framed canvases with brown and black frames have a black inside around the canvas, and the canvases with white frames have a white inside around the canvas.
This product isn’t intended for sanding or cutting - it creates airborne dust that might cause lung irritation.

Important:

This product in Black and White is available in the US, Canada, Europe, and the UK only.
This product in Brown is available in the US, Canada, and Europe only.
If your shipping address is outside these regions, please choose a different product.

Wareham, Dorset.

Worbarrow Bay is a picturesque bay located on the Jurassic Coast in Dorset, England. It is known for its striking geological features, particularly the Worbarrow Tout, a prominent sea stack formed from the resistant Chaldon Down Greensand rock.

The bay's cliffs are composed of alternating layers of harder and softer rocks from the Cretaceous period, including the Gault Clay and Upper Greensand formations. This variation in rock resistance has led to the formation of distinctive coastal landforms through differential erosion.

50.61686° N, 2.22232° W

Know More about the place