Sweet William D. barbatus flowers [IR]

Sweet William D. barbatus flowers [IR]

Description

Title:
Sweet William D. barbatus flowers [IR]
Caption / Description:

Near Infrared photo of the flower cluster of a Sweet William (Dianthus barbatus) plant. In infrared the flower appears very different from visible light. The petals lose their pattern, and the different parts of the flower lose their tonal differences. Foliage also appears brighter, resulting in a very monotone appearance.

Tags / Keywords:
  • Biota
  • Life
  • Vitae
  • Eukaryota
  • Plantae
  • Plants
  • Magnoliophyta
  • Flowering Plants
  • Angiosperms
  • Magnoliopsida
  • Dicotyledons
  • Caryophyllales
  • Infrared
  • IR
  • Pink
  • Caryophyllaceae
  • Pinks
  • Dianthus
  • Dianthus barbatus
  • Sweet William

Admin

Date Original Photo Taken:
Original File Name:
Event:
Rating:
☆
Date this image added/last updated on website:
Original File Dimensions:
8192px x 5464px
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:
Copyright David Kennard. All rights reserved.

Camera Data

Date Digital Resource was created:
Shutter speed:
1⁄160 s
Aperture:
f/5.6
Camera Model:
Canon EOS R5
ISO:
100
Exposure Compensation:
0
Focal Length:
80mm
Focal Length (35mm equiv.):
80mm
Metering Mode:
Multi-segment
Flash:
On, Fired
Exposure Mode:
Manual
White Balance:
Manual
Light Source:
Exposure Program:
Manual

Additional shooting metadata

Lens:
Nikon EL-Nikkor 80mm F5.6
Filters used:
  • Zomei IR 760
Additional Optics used:
  • 36mm-90mm M58 Focusing helicoid
  • EF - M58
  • Generic RF - EF drop-in adapter
  • M58 - M39 10mm deep
Setup:
Filter in drop-in adapter behind lens.
AD200 flash @ 1/256 power for lighting.

Post Processing

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

-0.15EV
White balanced based on PTFE image with custom profile.