View allAll Photos Tagged DRIP
Yesterday was my last day of school. I was walking home when this fantastic thunderstorm broke, and ended up sloshing through Providence for around twenty minutes before I got home. Then I grabbed my camera and took some pictures. There was this really nice silvery light outside, but in this picture it's kind of filtering through some red leaves.
SOOC, if you wanted to know :)
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A tour listens to an explanation of drip irrigation during the inauguration of the USAID-funded Sustainable Rural Development Center in Bas Boan, Haiti.
Photo by Ben Edwards, USAID.
Dripped excess paint on my hand from a piece I was working on. Made taking the picture with one hand fun.
Nieuwe DRIP (Dynamisch Route Informatie Paneel) ter op 1500 meter van de afrit van Wetteren (richting Brussel)
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Taken with:
Camera model:Canon EOS 1000D
Exposure=0.005 sec (1/200)
Aperture=f/10.0
ISO=400
Focal length=200 mm
Flash:On, Fired
Exif info added with simashin flickr tools
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Rubber tapping is the process by which the latex is collected from a rubber tree. An incision is made in the tree's bark, which cuts through the latex vessels, from which the product then flows. Timing of the incision must be planned within the planting cycle to optimise the latex yield.
Each night a rubber tapper must remove a thin layer of bark along a downward half spiral on the tree trunk. If done carefully and with skill, this tapping panel will yield latex for up to five years. Then the opposite side will be tapped, allowing this side to heal over. The spiral allows the latex to run down to a collecting cup. The work is done at night or in the early morning before the day's temperature rises, so the latex will drip longer before coagulating and sealing the cut.
Rubber tapping is an environmentally attractive land use. Jungle rubber is essentially old secondary forest, strongly resembling the primary forest. Its species' richness is about half that of the primary forest.
Location: Kottoor (Kottur), Kuttichal, Kattakada, Thriuvananthapuram District, Kerala State, India.
These little DIG adjustable emitters are a SHITLOAD better than the cheap-ass ones that came with the drip irrigation kit that I bought.
Drip, Drop by moe-tography
How it was captured:
•Camera: Canon EOS Rebel T2i
•Lens: 18-55mm
•ISO: 100
•Focus: MF
•Tripod: Yes
•Flash: Yes
••Photoshop used to enhance the blue color only.
More details can be found here
Drops are Ink, Glycirin 50% and water 50%
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Taken with:
Camera model:Canon EOS 1000D
Exposure=0.005 sec (1/200)
Aperture=f/10.0
ISO=100
Focal length=200 mm
Flash:On, Fired
Exif info added with simashin flickr tools
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91/365 -- Our new faucet is dripping. The repair parts shipped today. I was definitely inspired by a flickr photo, but can't find it now.
Camera Canon EOS 1000D
Exposure 0.005 sec (1/200)
Aperture f/10.0
Focal Length 200 mm (Tamron)
ISO Speed 100
Exposure Bias 0 EV
Flash On, Fired
this series is better that the other ones, I just corrected my mistake by focusing and they seems to be really sharp.
Drops are Ink, Glycirin 50% and water 50%
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Taken with:
Camera model:Canon EOS 1000D
Exposure=0.005 sec (1/200)
Aperture=f/10.0
ISO=100
Focal length=200 mm
Flash:On, Fired
Exif info added with simashin flickr tools
###########################
Playing with my home-made high-speed setup again today. I thought I'd try methanol since it has about half the viscosity of water and I was having some trouble fitting the splashes in my MP-E 65's 22mm frame yesterday. I do get smaller, more delicate splashes, but it's not a huge difference. Also, they seem to make less noise as they impact, so I had to push my trigger's sensitivity on the contact mic to just a hair above its noise floor to get semi-consistent flashes. I really need to make myself a photogate for these applications instead of relying on this level of sensitivity from my contact mic.