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Pembrokeshire. Home to many guillemots, noisy ones too, and smelly with the wind in the right direction!
A collection of surf boards and canoes stacked in front of the beach hotel for the night.
Fuji Pro 400H, Konica Autoreflex T3N.
40m tall chimney stack, remnant of the old copper mine in Burraga. Built in the late 1800's, closed down in the early 1900's.
47km from Oberon, NSW.
Norfolk Southern C40-9W leads an eastbound intermodal train at Cassandra, Pennsylvania, on the Pittsburgh Line.
Late friday night stacking attempt. The result of about 70, 30 second shots stacked together.
ISO 800, f5.6
My stacked image of 21 sub-exposures seemed a little flat, so I had a go with it in Photoshop.
Actually, I went a little crazy, and this is the result of layering five copies of the original stacked image, using the Overlay blend mode, and setting subsequent layers to reciprocal opacity (i.e. layer 2 at 1/2 [50%], layer 3 at 1/3 [33%] and so on. After layer merging I pulled up the levels again, perhaps a third of way across from the right. At least it pumps some colour into the proceedings.
Let me get that hair "TWISTED". Check out my FB page @A'Shique Stylez by Ladie A'Shique to see more of my work.
Fancy Iris in our garden bred at the Presby Iris Gardens in Upper Montclair, NJ
Focus stack consisting of 5 files assembled in Zerene Stacker.
D800E with a Zeiss 135mm f/2.0 Apo-Sonnar.
Shot at f/8 at 1/50 sec @ ISO = 800 (not ideal but it was very breezy outside).
A stack of cafe chairs during the day, waiting for the evening when they will be put to use ... and the whole footpath comes to life with food, drink, and smoking customers all jolly and happy.
Taken with iPhone 3GS.
My first attempt at focus stacking. Hand held but ended up better than individual shots. Minolta 58mm f/1.2 MC Rokkor-PG with custom EF Canon Mount.
I continue experimenting with focus stacking
In this session of shots (33 shots) I connected the flash
The aerosol stack for the ARM Mobile Facility (AMF) stands ready to collect measurements during the second deployment of the AMF in Niamey, Niger.
From January 2006 – 2007, the ARM Mobile Facility (AMF) supported the Radiative Atmospheric Divergence using AMF, GERB, and AMMA Stations (RADAGAST) field campaign conducted in Niamey, Niger. The purpose of the experiment was to study dust storms, specifically their impact on incoming solar energy and monsoon generation.
Terms of Use: Our images are freely and publicly available for use with the credit line, “Image courtesy of the U.S. Department of Energy Atmospheric Radiation Measurement (ARM) user facility.”