SCIENCE AND ARTS FESTIVAL
17—24 AUGUST 2002, HOBART, TASMANIA
 

Online Gallery

Synergy

Artist: Jock Young
Scientist: George Cresswell

Jock Young

As a painter, I have been interested for many years in the effect of light and wind on the surface of water. When I was teamed with George Cresswell for this project it allowed me to examine his broadscale satellite imagery in aesthetic terms. The painting I developed is actually from a series of satellite views of the Eastern Australian Current and shows its pale waters extending into the deep rich, colder water of the Southern Ocean.

George Cresswell

Jock's painting is a representation, from high in the sky, of the East Australian Current (EAC) going southward in the Tasman Sea and feeding into an anticlockwise eddy. The painting extends southward from near Papua New Guinea down to the latitude of Bass Strait and from near the Australian eastward into the middle of the Tasman Sea. The painting was no doubt inspired by the satellite images of sea surface temperature that we routinely process and interpret for our research, for clients, and for public relations, such as providing information to competitors in the Sydney to Hobart yacht race. Jock has used light cream/green to represent the EAC, and blue to represent the resident waters of the Tasman Sea. He has realistically shown patches of cloud — always a nuisance for us, since we need clear skies for the radiometers on the satellites to detect the heat coming up from the land and the sea.

The EAC is one of the major current systems in the world, along with the Gulf Stream, the Kuroshio off Japan, the Brazil Current, and the Agulhas Current off southern Africa. The current drives upwelling of nutrient-rich waters at its edge and these photosynthesize in the sunlight and can be detected by satellite. I am not an artist, nor am I one to write about art, but, like most of us, I enjoy looking at paintings. Is there just a little of Claude Monet in Jock's colours and brush strokes?


Title: Eastern Australian Current 2002 (detail). Click image for larger view.