Common Bulrush (Typha latifolia) seed head
Description
- Title:
- Common Bulrush (Typha latifolia) seed head
- Caption / Description:
-
A mature flower spike of Typha latifolia (Common Bulrush) disperses its seeds in the wind. Typha latifolia grows in or near shallow water, and can grow to a height of 3 metres. It is found as a native plant species in North and South America, Europe, Eurasia, and Africa.
- Tags / Keywords:
-
- Biota
- Life
- Vitae
- Eukaryota
- Plantae
- Plants
- Magnoliophyta
- Flowering Plants
- Angiosperms
- Liliopsida
- Monocotyledons
- Poales
- Seeds
- Typhaceae
- Typha
- Bulrushes
- Cattails
- Typha latifolia
- Common Bulrush
- Broadleaf Cattail
- Common Cattail
- Great Reedmace
- Cooper's reed
- Cumbungi
- Mature flower spike
Admin
- Date Original Photo Taken:
- Original File Name:
- _MG_2671.CR2
- Event:
- Rating:
- ☆
- Date this image added/last updated on website:
- Original File Dimensions:
- 2848px x 4272px
- 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:
- 52.474473333333, -0.94436833333333 View on map
Rights
- Copyright Status:
- Copyrighted
- Licensing Status:
- Rights Managed
- Available for Editorial Use:
- Yes
- Available for Commercial Use:
- Yes
- Copyright Notice:
- © 2012 Dave Kennard
Camera Data
- Date Digital Resource was created:
- Shutter speed:
- 1⁄250 s
- Aperture:
- f/5.6
- Camera Model:
- Canon EOS 450D
- ISO:
- 100
- Exposure Compensation:
- 0
- Focal Length:
- 100mm
- Focal Length (35mm equiv.):
- Metering Mode:
- Multi-segment
- Flash:
- Off, Did not fire
- Exposure Mode:
- Manual
- White Balance:
- Manual
- Light Source:
- Exposure Program:
- Manual
Additional shooting metadata
- Lens:
- Canon EF 100mm F2.8 Macro USM
- Filters used:
- Additional Optics used:
- Setup:
- Handheld
Post Processing
- Image Modified:
- Software used:
-
- Adobe Camera RAW
- Post Processing:
-0.2 exposure compensation in ACR
3 recovery in ACR