Tulip flower in infrared

Tulip flower in infrared

Description

Title:
Tulip flower in infrared
Caption / Description:

Infrared photograph of a tulip flower. In infrared there is very little difference in tone between the different parts of the flower - the petals, stamens, and stigma all appear quite bright. The leaves of the flower also appear brighter than they do in visible light.

Tags / Keywords:
  • Biota
  • Life
  • Vitae
  • Eukaryota
  • Plantae
  • Plants
  • Magnoliophyta
  • Flowering Plants
  • Angiosperms
  • Liliopsida
  • Monocotyledons
  • Infrared
  • Liliales
  • Liliaceae
  • Lilly
  • Tulipa
  • Tulip
  • IR Photography

Admin

Date Original Photo Taken:
Original File Name:
DSCF0021.RAF
Event:
Rating:
Date this image added/last updated on website:
Original File Dimensions:
4896px x 3264px
File Type:
JPEG
Color Mode:
Original Image Color Profile:
Adobe RGB (1998)

Location

Location Created:
Sublocation:
City:
Market Harborough
Province/State:
Leicestershire
Country:
United Kingdom
World Region:
Europe
Geo-location:

Rights

Copyright Status:
Copyrighted
Licensing Status:
Rights Managed
Available for Editorial Use:
Yes
Available for Commercial Use:
Yes
Copyright Notice:
© 2014 Dave Kennard

Camera Data

Date Digital Resource was created:
Shutter speed:
1160 s
Aperture:
f/5.6
Camera Model:
Fujifilm X-M1
ISO:
200
Exposure Compensation:
0
Focal Length:
50mm
Focal Length (35mm equiv.):
75mm
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 EL-Nikkor 50mm F2.8 N
Filters used:
  • Hitech 85 Infrared
Additional Optics used:
  • Pixco M42-FX/M
Setup:
Benro C-428 Tripod
Manfrotto 410 Junior geared head
Cheapo focusing rails
Vivitar 283 flash hand held pointing down into flower, fired by cheapo radio trigger at minimum power (~1/256)

Post Processing

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

White balance adjusted and split toning added in ACR