Old tyre in field in infrared

Old tyre in field in infrared

Description

Title:
Old tyre in field in infrared
Caption / Description:

An old tyre rests on a patch of grass in a harvested field near Green Acres traveller's site in Market Harborough, Leicestershire, UK.

The photograph was taken using an Infrared filter, capturing light in the 720-1000nm range, which is invisible to the human eye.

Tags / Keywords:
  • Europe
  • UK
  • Britain
  • England
  • East Midlands
  • Leicestershire
  • Field
  • Market Harborough
  • Countryside
  • Rural
  • B&W
  • Rubbish
  • Infrared
  • Black and White
  • Old tyre
  • Tire

Admin

Date Original Photo Taken:
Original File Name:
_DIR0061.RAF
Event:
Rating:
Date this image added/last updated on website:
Original File Dimensions:
4093px x 2739px
File Type:
JPEG
Color Mode:
Grayscale
Original Image Color Profile:
Gray Gamma 2.2

Location

Location Shown:
Sublocation:
City:
Market Harborough
Province/State:
Leicestershire
Country:
United Kingdom
World Region:
Europe
Location Created:
Sublocation:
City:
Market Harborough
Province/State:
Leicestershire
Country:
United Kingdom
World Region:
Europe
Geo-location:
52.490553930989, -0.93991031841944 View on map

Rights

Copyright Status:
Copyrighted
Licensing Status:
Rights Managed
Available for Editorial Use:
Yes
Available for Commercial Use:
No
Copyright Notice:
© 2010 Dave Kennard

Camera Data

Date Digital Resource was created:
Shutter speed:
1100 s
Aperture:
f/7.1
Camera Model:
Fujifilm IS Pro
ISO:
100
Exposure Compensation:
0
Focal Length:
18mm
Focal Length (35mm equiv.):
27mm
Metering Mode:
Multi-segment
Flash:
Off, Did not fire
Exposure Mode:
Manual
White Balance:
Auto
Light Source:
Unknown
Exposure Program:
Manual

Additional shooting metadata

Lens:
Nikon AF-S DX Zoom Nikkor ED 18-70mm F3.5-4.5G(IF)
Filters used:
  • B+W UV 010 MRC
  • Hitech 85 Infrared
Additional Optics used:
Setup:
Handheld
Home-made cardboard Lens hood

Post Processing

Image Modified:
Software used:
  • Adobe Camera RAW
Post Processing:

White balance adjusted in ACR
-0.35 exposure compensation in ACR
Straightened in ACR
Converted to grayscale with auto values in ACR
Strong curves adjustment in ACR to increase contrast