Fluidr / gravity current by stephen w morris

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The leading edge of a denser turbidity current as it intrudes into less dense clean water. The edge develops a pattern of lobes and clefts due to an instability.

See
www.physics.utoronto.ca/~nonlin/turbidity/turbidity.html

Photo by Jerome Neufeld

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Make:	Canon
Model:	Canon PowerShot A20
Exposure:	0.025 sec (1/40)
Aperture:	f/2.8
Focal Length:	5.4 mm

IFD0

Compression:	JPEG (old-style)
Make:	Canon
Model:	Canon PowerShot A20
Orientation:	Horizontal (normal)
X-Resolution:	180 dpi
Y-Resolution:	180 dpi
Resolution Unit:	inches
Date and Time (Modified):	2002:03:20 04:33:33
YCbCr Positioning:	Centered

ExifIFD

Exposure:	0.025 sec (1/40)
Aperture:	f/2.8
Exif Version:	0210
Date and Time (Original):	2002:03:20 04:33:33
Date and Time (Digitized):	2002:03:20 04:33:33
Components Configuration:	Y, Cb, Cr, -
Compressed Bits Per Pixel:	3
Exposure Bias:	0 EV
Max Aperture Value:	2.8
Subject Distance:	0.487 m
Metering Mode:	Multi-segment
Flash:	No Flash
Focal Length:	5.4 mm
Flashpix Version:	0100
Color Space:	sRGB
Focal Plane X-Resolution:	7766.990291 dpi
Focal Plane Y-Resolution:	7741.935484 dpi
Focal Plane Resolution Unit:	inches
Sensing Method:	One-chip color area
File Source:	Digital Camera

InteropIFD

Interop Index:	R98 - DCF basic file (sRGB)
Interop Version:	0100
Related Image Width:	1600
Related Image Height:	1200

Popularity

Views: 2129
Comments: 0
Favorites: 4

Dates

Taken: Mar 20, 2002
Uploaded: May 26, 2009
Updated: Oct 22, 2012