View allAll Photos Tagged buffer
Bremminger prepares a buffer solution for an experiment to look at HIV capsid protein structures. | photo by Phillip Sitter, Bond LSC
The Danbury Garden Club in Connecticut received a grant from the Albert & Helen Meserve Memorial Fund for educational materials for the Lake Kenosia buffer gardens. The grand opening June 30, 2012 included tours of Lake Kenosia and the buffer gardens. Here’s a project that the Danbury Garden Club's Civic Committee worked on to support the Lake Kenosia Commission to educate the public regarding the purpose of buffer gardens at Lake Kenosia in Danbury.
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A line of tile is installed parallel to the stream. When water from field tile is diverted to this tile from the water control structure that lies within a seeded buffer, the soil below becomes saturated. The roots and plant uptake then denitrify the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Hoboken's first buffered bike lane was striped on Clinton Street between 15th Street and 16th Street. On very wide streets, a buffered area is striped next to bike lanes for added safety.
A pretty hearty buffer stop at Mansion House station on the Underground (Circle and District Lines).
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
I turned left on 9th and walked west a few blocks to the beginning of the buffered lane on SW Stark and 14th. This shows the buffered lane at SW 10th, next to the on-street bike corral in front of the Ace Hotel.
The new buffered bike lanes were installed this weekend on SW Stark and SW Oak in downtown Portland
Crewe is one of the least attractive mainline stations in the UK in my view but at least it has buffer stops that look as if they can do the job. (compare with my shot of Shrewsbury on the same day.)
For more information on this product please visit uk.glasdon.com/road-safety/bollards/buffer-tm-bollard/bypass
Follow us on:
Twitter - twitter.com/GlasdonUK
LinkedIn - www.linkedin.com/company/glasdon-uk-limited
YouTube - www.youtube.com/user/GlasdonUK
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Buffer stops marking the end of the line at Lendava in Slovenia. The line used to go onwards to Lenti in Hungary. Taken on a visit by the 2015 PTG tour of Slovenia and Croatia.
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A line of tile is installed parallel to the stream. When water from field tile from a sloping field on the right is diverted to this tile from the water control structure (foreground of picture) the seeded buffer becomes saturated. The roots and plant uptake then denitrify the water. October 2015.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. Dan Jaynes of USDA ARS inserts panels into a water control structure. The panels divert water from field tile into tile that run parallel to the stream, saturating the strip of land bordering the stream. Native prairie plants seeded in the buffer then remove nitrates from the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
My dog Buffer, a cocker spaniel, sitting in my parents' living room enjoying the sun. You can see the wild red and gold chairs that my parents had in the background.
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Buffer stops at Rugby station. The track has recently been removed as part of a redevelopment / resignalling project.
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
CoMotion Americano on Northwest Military Highway in San Antonio, TX. This buffered bicycle lane provides additional spatial separation from high-speed vehicular traffic.
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A line of tile is installed parallel to the stream. When water from field tile is diverted to this tile from the water control structure that lies within a seeded buffer, the soil below becomes saturated. The roots and plant uptake then denitrify the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A line of tile is installed parallel to the stream. When water from field tile is diverted to this tile from the water control structure that lies within a seeded buffer, the soil below becomes saturated. The roots and plant uptake then denitrify the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. Dan Jaynes of USDA ARS inserts panels into a water control structure. The panels divert water from field tile into tile that run parallel to the stream, saturating the strip of land bordering the stream. Native prairie plants seeded in the buffer then remove nitrates from the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A water control structure is a key component; it either diverts water from field tile to the perforated tile that runs parallel to the stream--which saturates the buffer-- or allows water to bypass the buffer, depending on how many panels are inserted into the structure to divert flow.
Please Credit: NRCS/SWCS photo by Lynn Betts
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. Dan Jaynes of USDA ARS inserts panels into a water control structure. The panels divert water from field tile into tile that run parallel to the stream, saturating the strip of land bordering the stream. Native prairie plants seeded in the buffer then remove nitrates from the water.
Please Credit: NRCS/SWCS photo by Lynn Betts
Had a go at recreating the excellent wood/stone buffer stop by Karwik (www.flickr.com/photos/karwik/4748535761/in/album-72157624...)
Installation of saturated buffer in Story County, Iowa, on land farmed by Justin Hanson. A line of tile is installed parallel to the stream. When water from field tile is diverted to this tile from the water control structure that lies within a seeded buffer, the soil below becomes saturated. The roots and plant uptake then denitrify the water.
Please Credit: NRCS/SWCS photo by Lynn Betts