Agriphila geniculea

Agriphila geniculea

Description

Title:
Agriphila geniculea
Caption / Description:

Agriphila geniculea is a species of Crambid snout moth, found in Europe and parts of North Africa.

It can be identified by its two strongly elbowed cross lines that point towards the tail tip. The wingspan of Agriphila geniculea ranges between 20 to 26mm, and it flies from July to October in the UK.

The larvae of Agriphila geniculea feed on various grasses, preferring short fine grass species like Sheep's Fescue.

Tags / Keywords:
  • Biota
  • Life
  • Vitae
  • Eukaryota
  • Animalia
  • Animals
  • Arthropoda
  • Arthropods
  • Insecta
  • Insects
  • Lepidoptera
  • Moths
  • Crambidae
  • Grass moths
  • Crambid Snout moths
  • Agriphila
  • Agriphila geniculea

Admin

Date Original Photo Taken:
Original File Name:
_MG_4429.CR2
Event:
Rating:
Date this image added/last updated on website:
Original File Dimensions:
2848px x 4272px
File Type:
JPEG
Color Mode:
RGB
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:
© 2010 Dave Kennard

Camera Data

Date Digital Resource was created:
Shutter speed:
1200 s
Aperture:
f/8
Camera Model:
Canon EOS 450D
ISO:
100
Exposure Compensation:
0
Focal Length:
65mm
Focal Length (35mm equiv.):
Metering Mode:
Multi-segment
Flash:
On, Fired
Exposure Mode:
Manual
White Balance:
Manual
Light Source:
Exposure Program:
Manual

Additional shooting metadata

Lens:
Canon MP-E 65mm F2.8 1-5x Macro
Filters used:
Additional Optics used:
Setup:
Handheld
Canon MT-24EX Macro Twin Flash with home-made concave diffusers

Post Processing

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

+50 brightness in ACR
+25 contrast in ACR
5 blacks in ACR
+13 clarity in ACR
Medium Curves adjustment in ACR