Edinburgh From Salisbury CragsAlbert GoodwinNone

Albert Goodwin (2009 – 1932)

Albert Goodwin (1845-1932) was a celebrated English watercolourist influenced by Turner & the Pre-Raphaelites. Known for atmospheric landscapes, coastal scenes, and detailed depictions of British life & travels. Explore his prolific collection!

About this artwork

Title: Edinburgh From Salisbury Crags
Artist: Albert Goodwin
Format: Landscape
Copyright status: Public domain
Main color: Gray
Color intensity: Monochromatic

Questions & Answers

Can the image of "Edinburgh From Salisbury Crags" by Albert Goodwin be freely reproduced?

The copyright answer for "Edinburgh From Salisbury Crags" by Albert Goodwin: the work is in the public domain - its copyright has expired. This determines whether reproductions of the image may be freely made.

Which artist is "Edinburgh From Salisbury Crags" attributed to?

The artist behind "Edinburgh From Salisbury Crags" is Albert Goodwin. The work is catalogued under Albert Goodwin's name.

What is the format of "Edinburgh From Salisbury Crags"?

The format of "Edinburgh From Salisbury Crags" is landscape. This is useful when planning where a reproduction will be placed.

What explains the copyright situation of "Edinburgh From Salisbury Crags" by Albert Goodwin?

"Edinburgh From Salisbury Crags" by Albert Goodwin is in the public domain - its copyright has expired. Copyright duration runs from the artist's death, which occurred in 1932.

How is the color composition of "Edinburgh From Salisbury Crags" by Albert Goodwin built?

The color analysis of "Edinburgh From Salisbury Crags" by Albert Goodwin records a statement contrast and a softly mixed palette harmony.

Does "Edinburgh From Salisbury Crags" show strong light-dark contrasts?

"Edinburgh From Salisbury Crags" by Albert Goodwin shows a statement contrast between its light and dark areas.

What color saturation does "Edinburgh From Salisbury Crags" by Albert Goodwin have?

"Edinburgh From Salisbury Crags" by Albert Goodwin is recorded with a muted saturation.