Photo / Exif

What is Exif data?

Exif data is a record of the settings a camera used to take a photo or video. This information is embedded into the files the camera saves, and we read and display it here.

Dates

Taken on February 19, 2006 at 6.03PM PDT
Posted to Flickr November 23, 2010 at 10.44AM PDT

Exif data

Camera Sony DSC-P72
Exposure 0.008 sec (1/125)
Aperture f/2.8
Focal Length 6 mm
ISO Speed 100
Exposure Bias 0 EV
Flash No Flash
Image Width 1632
Image Height 1224
Bits Per Sample 8 8 8
Compression JPEG (old-style)
Photometric Interpretation RGB
Orientation Horizontal (normal)
Samples Per Pixel 3
X-Resolution 72 dpi
Y-Resolution 72 dpi
Software Adobe Photoshop CS5 Windows
Date and Time (Modified) 2010:11:23 13:41:39
YCbCr Positioning Co-sited
Exposure Program Program AE
Date and Time (Original) 2006:02:19 18:03:35-05:00
Date and Time (Digitized) 2006:02:19 18:03:35
Compressed Bits Per Pixel 4
Max Aperture Value 2.8
Metering Mode Multi-segment
Light Source Unknown
Color Space sRGB
Custom Rendered Normal
Exposure Mode Auto
White Balance Auto
Scene Capture Type Standard
Coded Character Set UTF8
Envelope Record Version 4
Date Created 2006:02:19
By-line Jeff Schardt USFWS
Caption- Abstract Firefighter Bloyd Blihovde burns out a marsh during a prescribed fire in February 2006 at St. Johns NWR. - Jeff Schardt USFWS
Global Angle 30
Global Altitude 30
XMPToolkit Adobe XMP Core 5.1-c055 1.136881, 2010/06/10-18:11:35
Creator Jeff Schardt USFWS
Description Firefighter Bloyd Blihovde burns out a marsh during a prescribed fire in February 2006 at St. Johns NWR. - Jeff Schardt USFWS
Format image/jpeg
Color Mode RGB
ICCProfile Name sRGB IEC61966-2.1
Legacy IPTCDigest 36A4B5BDC3338CB9DA7BC8D93B73A7D0
Bits Per Sample 8
Orientation Horizontal (normal)
Photometric Interpretation RGB
Samples Per Pixel 3
Creator Tool Adobe Photoshop CS5 Windows
Metadata Date 2010:11:23 13:44:24-05:00
Original Document ID xmp.did:98FCB3BF2EF7DF1198B989C6AB951693
Flash Function False
Flash Mode Unknown
Flash Red Eye Mode False
Flash Return No return detection