Economy faces flood hit-gabion
All washed up - Piles of flood-damaged television sets and other electrical appliances are left by their owners on a pavement on Phahon Yothin Road. A post-flood boom in the home-making and electrical appliances businesses is expected. APICHIT JINAKUL
He said that compared with other countries in the region, Thailand remains strong in terms of public infrastructure and a skilled labour force.
The World Bank's damage survey and assessment covers four sectors: public infrastructure such as transport and telecoms; manufacturing such as farming,Shake up Froc-cow fence, tourism and industry; social development such as education and public health; and the environment.
Military Barriers/Hesco Bastions
Information
Specification
The QIAOSHI's Military Barriers or Hesco Bastions is a modern gabion used for flood control and military fortification. It is made of a collapsible wire mesh container and heavy duty fabric liner, and used as a temporary to semi-permanent dike or barrier against blast or small-arms. One of the less heralded life- and labor-saving devices of war, it is used on nearly every United States Military base in Iraq as well as on NATO bases in Afghanistan.
It has also proposed a short-term rehabilitation plan that calls for a focus on those directly affected by the floods.
They need high-quality seeds, repairs to farm equipment and improvements to infrastructure.
The initial survey was jointly carried out with state and private agencies.
Loan approvals are expected next month.
The devastating floods have caused 1.4 trillion baht in estimated damage and are likely to slash Thailand's economic growth to 2.4% this year, the World Bank says.
Mr Virabongsa, Finance Minister Thirachai Phuvanatnaranubala, Industry Minister Wannarat Channukul and Deputy Finance Minister Wirun Techapaiboon yesterday witnessed the signing of a memorandum of understanding on loans for development of a flood prevention system for the country's industrial estates.
The World Bank will conduct another round of assessments after the floodwater recedes, Ms Dixon said.
However, she said the impact from the floods would not be all negative as it would spur spending.
Mr Virabongsa said yesterday that he has been assured by the Japan External Trade Organisation (Jetro) and Jica that Japan would not move its production bases out of Thailand.
Economy faces flood hit
World Bank estimates damage at B1.4 trillion
- Published: 26/11/2011 at 12:00 AM
- Newspaper section: News
Four industrial estates that were badly hit by the flooding, Rojana Industrial Park, Bang Pa-in Industrial Estate,Heavy Type Hexagonal Mesh, Nava Nakorn Industrial Estate and Bang Kadi Industrial Park, have joined the loan scheme.
Originally designed for use on beaches and marshes for erosion and flood control, the Hesco Bastion quickly became a popular security device in the 1990s.
He said that Toyota Motor Corporation is committed to its goal of manufacturing one million vehicles next year and increasing its production to 2.5 million vehicles in the next five years.
She said economic growth would continue next year as a result of rehabilitation and rebuilding spending by both the public and private sectors.
The World Bank has also made suggestions about flood management, including construction of flood barriers around industrial estates, implementation of the royally initiated water management projects and application of the flood control plan for the Mekong region by the Japan International Cooperation Agency (Jica).
Of the estimated damage, around 660 billion baht involves property losses and 700 billion baht comprises lost opportunities.
Ms Dixon said the World Bank has not made any suggestions about economic stimulus. The planned rehabilitation efforts would do the work as soon as they are under way.
Toyota was among several Japanese automakers that were were hit hard after several industrial estates were submerged.
The grim assessment was unveiled yesterday by the bank's country director Annette Dixon after a meeting with Virabongsa Ramangura, chairman of the Strategic Committee for Reconstruction and Future Development.
Under the memorandum signed between the Government Savings Bank (GSB) and the Industrial Estate Authority of Thailand, the bank will provide 15 billion baht in soft loans to support the implementation of the flood prevention plan going forward.
According to the World Bank,对插钢格板, the government has rolled out several relief measures and assistance, but it should do more to help make access to this information available to the poor.
Based on the estimate,Flood Prevention technology-Hesco Bastion, Thailand's economic growth will tumble to 2.4% from 3.6% projected previously, said Ms Dixon.
It has called on the government to ensure that affected farmers are given every assistance possible as they will soon resume work.
电焊网-Gabions
Gabions and mattresses may be purchased as as assembled baskets, as unassembled panels, or in rollstock form. Rollstock may utilized to build continuous gabion structures up to 300 feet in length or mattresses up to 150' in length.
Efficiency in gabion structures, rather than decreasing with age, actually increases. During early periods of use, silt and vegetation will collect with the rock fill to form a naturally permanent structure and may be used to remove solid pollutants or "floatables" from the water.
Soil erosion is an ever present problem and gabions have proved to be a lasting solution around the world. The earliest known use of gabion-type structures was for bank protection along the Nile River during the era of the Pharaoh. In the subsequent 7,000 years since its initial use by the Egyptians, the gabion system has evolved from baskets of woven reeds to engineered containers manufactured from wire mesh. The lasting appeal of gabions lies in their inherent flexibility.
Gabions
Gabions are wire fabric containers, uniformly partitioned,格宾网,HESCO-Military Barriers,Hesco Bastions, of variable size, interconnected with other similar containers and filled with stone at the site of use,wire-Stainless Steel Wire Mesh, to form flexible,金網, permeable,Hesco-U.S. Air Force Staff Sgts,电焊网, monolithic structures such as retaining walls, sea walls, channel linings, revetments and weirs for earth retention.
Gabion structures yield to earth movement but maintain full efficiency and remain structurally sound. They are quite unlike rigid or sem-rigid structures which may suffer catastrophic failure when even slight changes occur in their foundations. Highly permeable, the gabion structures act as self draining units which "bleed" off ground waters, relieving hydrostatic heads. Interstitial spaces in the rock fill dissipate the energy of flood currents and wave action.
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Concertainer Gabions-Concertainer Gabions
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Concertainer Gabions
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A revolutionary gabion unit design utilising helical spirals to connect individual welded mesh panels.
Gabions are engineered retaining structures designed as mass gravity walls to hold back earth or other solid materials with out overturning,Binding wire-Binding wire,wire mesh,etch-U.S. Army Soldiers from Company C, sliding or foundation failure.
hesco bastion-Military Barriers,Hesco Bastions
Originally designed for use on beaches and marshes for erosion and flood control,barbed iron wire, the Hesco Bastion quickly became a popular security device in the 1990s.
The QIAOSHI's Military Barriers or Hesco Bastions is a modern gabion used for flood control and military fortification. It is made of a collapsible wire mesh container and heavy duty fabric liner, and used as a temporary to semi-permanent dike or barrier against blast or small-arms. One of the less heralded life- and labor-saving devices of war,sheep fence-Field Fence,Cattle Fence, it is used on nearly every United States Military base in Iraq as well as on NATO bases in Afghanistan.
Specification
Military Barriers/Hesco Bastions
Information
wire mesh-Gabion,Reno Mattress
,钢格板吊顶-Barbed Wire
Gabion are baskets manufactured from 8x10 double twisted hexagonal woven steel wire mesh, as per ASTM A975-97 Gabions are filled with stones at the project site to form flexible,Square wire mesh, permeable, monolithic structures such as retaining walls,metal wire mesh-Black Wire Cloth,Gabion Box, channel linings, and weirs for erosion control projects. The steel wire used in the manufacture of the gabion is heavily Galfan (zinc-5% aluminum-mischmetal [Zn-5 Al-MM] alloy) coated soft temper steel. A PVC coating is then applied to provide additional protection for use in polluted, contaminated or aggressive environments: in salt, fresh water, acid soil or wherever the risk of corrosion is present. The PVC coating has a nominal thickness of 0.02 in. (0.50 mm). The gabion is divided into cells by diaphragms positioned at approximately 3 ft (0.9m) centers. To reinforce the structure, all mesh panel edges are selvedged with a wire having a greater diameter. Gabions shall be manufactured and shipped with all components mechanically connected at the production facility.
Specification
The Reno mattress is a structure made of hexagonal double twisted wire mesh. Reno mattresses are filled with stones at the project site to form flexible and permeable, monolithic structures such as river bank protection and channel linings for erosion control. The steel wire used to manufacture the mattress is heavily zinc-coated soft temper steel. The standard combinations of mesh is shown in Table. In order to reinforce the structure, all mesh panel edges are selvedged with a wire having a greater diameter. Reno mattresses are divided into uniformly partitioned cells by internal diaphragms.
|
Length(m)
|
Width(m)
|
Height(m)
|
Mesh type(m)
|
|
3m
|
2m
|
0.15-0.20-0.25
|
5x7
|
|
4m
|
2m
|
0.15-0.20-0.25
|
5x7
|
|
5m
|
2m
|
0.15-0.20-0.25
|
5x7
|
|
6m
|
2m
|
0.15-0.20-0.25
|
5x7
|
|
3m
|
2m
|
0.17-0.23-0.30
|
6x8
|
|
4m
|
2m
|
0.17-0.23-0.30
|
6x8
|
|
5m
|
2m
|
0.17-0.23-0.30
|
6x8
|
|
6m
|
2m
|
0.17-0.23-0.30
|
6x8
|
Gabion/Reno Mattress
Information
|
Mesh Opening
|
Wire Diameter
|
|
60*80
|
2.2-2.4
|
|
75*95
|
2.4
|
|
80*100
|
2.6-2.7
|
|
80*120
|
2.6-2.7
|
|
90*90
|
2.6
|
|
90*120
|
2.6
|
|
100*120
|
2.7-2.8
|
|
100*135
|
2.7-2.8
|
|
120*150
|
3.0
|
|
Specification(m)
|
partitions
|
Capacity ( m 3)
|
|
0.5 x 0.5 x 0.5
|
0
|
0.125
|
|
1 x 0.5 x 0.5
|
0
|
0.25
|
|
1 x 1 x 0.5
|
0
|
0.5
|
|
1 x 1 x 1
|
0
|
1
|
|
1.5 x 0.5 x 0.5
|
0
|
0.325
|
|
1.5 x 1 x 0.5
|
0
|
0.75
|
|
1.5 x 1 x 1
|
0
|
1.5
|
|
2 x 0.5 x 0.5
|
1
|
0.5
|
|
2 x 1 x 0.5
|
1
|
1
|
|
2 x 1 x 1
|
1
|
2
|
|
This table refers to the industry standard unit sizes; non-standard unit sizes are available in dimensions of multiples of the mesh opening
|
||
Gabion box with pvc coated-assembly Hesco Bastion with non woven geotextile
Easy to handle and install
High tensile and anti-impact capability
Long life, regular use
Can be filled with sand, earth, cement, stone.
Assembly:
Features
Spring wire :3mm,4mm,5mm
Aperture size: 50*50mm,60*60mm,65*65mm,70*70mm,76*76mm,80*80mm
Application:
Hesco barrier/hesco bastion/hesco gabion wall:
assembly Hesco Bastion with non woven geotextile
assembly Hesco Bastion with non woven geotextile
| Place of Origin | Hebei, China (Mainland) |
|---|---|
| Brand Name | Qiaoshi |
| Model Number | Hesco Bastion |
| Material | Galvanized Iron Wire |
| Type | Welded Mesh |
| Application | Cages |
| Hole Shape | Square |
| Aperture | 60*60mm;75*75mm;100*100mm |
| Material | Galvanized Iron Wire |
| Wire Gauge | 4-5mm |
| Product name | Hesco barrier |
| Aperture | 75x75mm;50*50mm;100*100mm |
| Panel size | 2.21m*2.13m,1.37m*1.06m,0.61m*0.61m, |
| Geotextile | in heavy duty non-woven polypropylene |
| Finish | hot dipped galvanized, galvanzied coated after welded |
| install | Easy to handle and instal |
| feature one | High tensile and anti-impact capability |
| feature two | Long life, regular use |
| usage | Can be filled with sand, earth,wire mesh products, cement, stone. |
| Packing detail | wrapped with shrink film or packed in pallet |
Payment & Shipping Terms:
| Price: | FOB USD 1~200 / Set |
|---|---|
| Minimum Order Quantity: | 500 Piece/Pieces one container |
| Port: | xingang port Tianjin |
| Packaging Details: | Packing: wrapped with shrink film or packed in pallet. |
| Delivery Time: | by agreenment or according to your order of the quatity |
| Payment Terms: | L/C,T/T |
| Supply Ability: | 200 Set/Sets per Week large supply |
Hesco Bastion/Barrier
Wire:4-5mm
Size:75*75mm;100*100mm
Mesh size:2.21x2.13m,1.37x1.06m,0.61x0.61m
Hot-dipped galvanized
Packing: Wrapped with shrink film or packed in pallet.
Panel Size: 0.6*0.6m,1*1m,1.2*1.2m,1.5*1.5m,1.5*2m,2*2m,2.21*2.13m or as your request
The HESCO barrier or HESCO bastion is a modern gabion used for flood control and military fortification. is made of a collapsible wire mesh container and heavy duty fabric liner, and used as a temporary to semi-permanent dike or barrier against blast or small-arms.
Geotextile:in heavy duty non-woven polypropylene.
Finish:Hot dipped galvanzied ,galfan coated after welded
Material: It is made of galvanized welded mesh, spring with other fittings, can be filled with sand,kanaami, earth, cement, stone. Can be used in separate cell or some cells joint together.
Assembling the Hesco Bastion entails unfolding it and (if available) using a front end loader to fill it with sand,Gabion box with pvc coated, dirt or gravel. The placement of the barrier is generally very similar to the placement of a sandbag barrier or earth berm except that room must generally be allowed for the equipment used to fill the barrier. The main advantage of Hesco Barrier, strongly contributing to their popularity with troops and flood fighters, is the quick and easy setup. Previously, people had to fill sandbags, a slow undertaking, with one worker filling about 20 sandbags per hour. Workers using Hesco Barrier and a front end loader can do ten times the work of those using sandbags.
Perimeter security and defence walls
Equipment revetments
explosive and contraband search areas
Ammunition compounds
Personnel and material bunkers
Observation points
Defensive firing positions
Highway checkpoints
Border crossing checkpoints
Protection existing structures
High way traffic management
Flood control
Water courses
Emergency flood deployment
Erosion control
Retaining walls
Specification:
Mesh wire :4mm-5mm
拦河坝-gabion
2, anti-erosion resistant and can withstand the maximum flow rate of up to 6m / s;
- Hot dip galvanized steel wire of high -
�� channel Canal bed
The most serious disasters rivers flow to river erosion damage caused by flooding, leading to significant loss of life and property and suffered a lot of soil erosion. Therefore, in dealing with these issues, the lattice structure of the eco-grid application to become one of the best solution, it can be permanent river bank protection.
Galvanized steel is of high quality low carbon steel wire hot galvanized surface, wire tensile strength less than 380MPa, the amount of zinc in accordance with ASTM and EN standards 245g / ? or more.
The structure can be used for slope protection, foundation pit, mountain rock hanging mesh shotcrete surface, slope vegetation (green), Railway Protection block Highway isolation,hesco bastion, it also made cages, mesh pad for rivers, dykes and seawalls to protect against erosion and reservoirs, river closure with a cage.
In the hot dip galvanized steel wire coated with a layer of PVC (polyvinyl chloride) coating,拦河坝, and then woven into the eco-grid, wire tensile strength less than 380MPa, this layer of PVC coating will greatly enhance the network of life through the choice of different colors so that it can, and the integration of the natural environment.
Grid structure of ecological advantages:
* Zinc -5% Aluminum - rare earth alloy steel wire
Eco-grid applications and river bank protection structure and its slope protection is a very successful model, which leverages the advantages of eco-grid, to the other methods can not achieve the desired effect
(Also known as Al Gore who), a recent international emerging a new material, aluminum content of 4.5 to 6.2%, corrosion resistance is a traditional 3 times higher than pure zinc, with high corrosion resistance, tensile strength of not less than 380Mpa, stand strong deformation process conditions in winding, bending test. Consistent with GB / T 20492-2006 standard.
Stone cage net is a kind of eco-grid structure, which consists of high resistance to corrosion, high strength with ductility low carbon steel wire or PVC coated wire using the above machine woven or welded together, using the network box made of structure is the stone cage. According to ASTM and EN standards, the use of low carbon steel wire diameter varies based on the engineering design requirements. Generally between 2.0-4.0mm between the tensile strength of steel no less than 38kg/m2, metal coating weight is generally higher than 245g/m2 the edge of stone cage mesh wire diameter generally larger than the wire diameter. The double stranded part of not less than the length of 50mm. To ensure that part of the wire strands of metal plating and PVC coating from damage.
�� rivers and flood control and guide
- Usage Introduction -
Tel: +86 3118 7733 505
Fax: +86 3118 7733 508
Mail: info@theqiaoshi.com
�� slope revetment
* Hot dip galvanized steel wire with high
* PVC coated hot dipped galvanized steel wire of high
* Zinc -5% Aluminum - rare earth alloy coating steel wire coated with PVC
Stone cage net There are four main materials:
- Zinc -5% Aluminum - rare earth alloy steel wire -
Stone cage net,Gabion box with pvc coated, also known as snake cage, gabion mesh, hesco barrier, Renault pad, English name: Gabion, Gabion Box, Gabion Basket, Reno Mattress, Rock Box
In China, the origin of the structure in 2000 years of bamboo, pen craft, Li Bing, father and son for the first time in the Dujiangyan project, which is traditional ecological grid structure; China's eco-modern sense originated in the 1998 grid a company called Southern Jinlida business. Now, as new techniques, new technologies, new materials, new eco-grid structure, successfully applied to water conservancy, highway, railway, embankment protection works. Better achieved the project structure and the organic integration of the ecological environment. At the same time and compared with traditional rigid structure has its own advantages, it has become the worldwide protection of the riverbed, Landslide, debris flow control to prevent the falling rocks to protect the environment of the preferred structure type.
Channel construction, related to slope and river bed stability. Therefore, select the eco-grid structure, a century transformation of the many natural rivers and artificial channels, the main method used by excavation. It can be played on the riverbank or riverbed effective permanent protection, he also controls the flow of water to prevent water loss of function, particularly in environmental protection and maintaining the water quality, with excellent effect.
3, the structure has a permeable nature, the natural role of groundwater and filtering function has a strong inclusive, water, suspended matter and silt to be deposited on filling of cracks, thus facilitating the natural growth of plants, and gradually restore the original ecological environment.
Gabion / Gabion Box
1, flexible structure to adapt to changes in slope and not be destroyed, with better than the rigid structure of the security and stability;
- Hot dip galvanized high PVC coated steel wire -
gabion-The Ultimate Lock Picker Hacks Pentagon, Beats Corporate Security for Fun and Profit-Wire Mes
We've covered key card hotel locks over seafood, in-room credit card safes over sandwiches. While we ate a decent steak dinner, Tobias used the house crayons to diagram one of the largest jewel robberies in history; over dessert, he showed me how a person less honest than himself would pull the heist again.
Tobias is laughing. And laughing. The effect is disconcerting. It's a bwa-ha-ha kind of evil mastermind laugh—appropriate if you've just sacked Constantinople, checkmated Deep Blue, or handed Superman a Dixie cup of kryptonite Kool-Aid, but downright scary in a midtown Manhattan restaurant during the early-bird special.
Like many exceedingly bright people, Tobias has the exhausted air of a know-it-all. Over dozens of dinners, he has walked me through how to pick simple locks ("Uh, is there something wrong with your hands?") and bypass combination dials ("A brain-damaged monkey could do it faster"). He has described how to outwit security technologies like motion detectors ("Duh"), face-recognition software ("It's stupid,Stone Cage-The Ultimate Lock Picker Hacks Pentagon, Beats Corporate Security for Fun and Profit-Wire, even if you think about it!"), fingerprint scans ("What child came up with that?"), and heat sensors ("You can get this one—maybe").
But to Tobias, pissing off The Man isn't the point,fence post-New Statesman - Obamas empire-Wire Mesh, not entirely. Nor is it,waratah fence post, entirely, to make himself famous or rich—not that he's allergic to either outcome. The point, he says, is to "make shit better." Tobias thinks of himself as a humble public servant. When he attacks the Kryptonite bike lock or the Club (or those in-room safes at Holiday Inn or Caesars Palace), he's not a bad guy—he's just Ralph Nader with a slim jim, protecting consumers by exposing locks, safes, and security systems that aren't actually locked, safe, or secure. At least, not from people like him.
Marc Weber Tobias can pick, crack, or bump any lock. Now he wants to teach the world how to break into military facilities and corporate headquarters.
Illustration: Tetsuya Nagato
Some Marc Weber Tobias problems rattle companies. Others end as consulting contracts or dropped lawsuits or forcibly improved design. But all Tobias problems, like all hacker stories, start with a nerdy kid in a basement workshop, taking things apart.
But forget bike locks and hotel room safes: These days, Tobias is attacking the lock famous for protecting places like military installations and the homes of American presidents and British royals.
Our fellow diners begin to stare. Tobias doesn't notice and wouldn't care anyway. He's as rumpled and wild as a nerdy grizzly bear. His place mat is covered in diagrams and sketched floor plans and scribbled arrows. His laugh fits him like a tinfoil hat. It goes on for a solid 20 seconds.
Between stabs at his salad, Tobias hands me his latest idea of fun: nearly 300 pages of self-published hacker-porn detailing his attack on the allegedly uncrackable Medeco high-security lock. "Trust me, this will cause a goddamned riot!" he says, dabbing at tears of joy with a paper napkin. "Oh yeah, this is way, way bigger than the liquid explosives thing!" And he's right,Welded Gabion Box, it is bigger—and with way, way bigger consequences.
The problem, if you're a safe company or a lock maker, is that Tobias makes it all public through hacker confabs, posts on his Security.org site,gabion, and tech blogs like Engadget. He views this glasnost as a public service. Others see a hacker how-to that makes The Anarchist Cookbook read like Betty Crocker. And where Tobias sees a splendid expression of First Amendment rights, locksmiths and security companies see a criminal finishing school. Tobias isn't just exposing problems, they say. He is the problem.
But Tobias isn't crazy. Far from it. He's a professional lock breaker, a man obsessively—perhaps compulsively—dedicated to cracking physical security systems. He doesn't play games, he rarely sees movies,Stone Cage, he doesn't attend to plants or pets or, currently, a girlfriend. Tobias hacks locks. Then he teaches the public how to hack them, too.
Lock-breaking is equal parts art and science. So is the ability to royally piss people off. Tobias is a veritable da Vinci at both endeavors. His Web site's streaming video of prepubescent kids gleefully opening gun locks has won him no points with mothers or locksmiths, and his ideas about how to smuggle liquid explosive reagents onto commercial airlines spookily presaged the Transportation Security Administration's prohibitions against carry-on liquids. Over the past 20 years, Tobias has been threatened by casinos, banned from hotel chains, and bullied by legions of corporate lawyers. And enjoyed every minute of it.
Thinking like a criminal is Tobias' idea of fun. It makes him laugh. It has also made him money and earned him a reputation as something of the Rain Man of lock-breaking. Even if you've never heard of Tobias, you may know his work: He's the guy who figured out how to steal your bike, unlock your front door, crack your gun lock,石笼网-Oregon Military Department Facilities Address-Wire Mesh, blow up your airplane, and hijack your mail. Marc Weber Tobias has a name for the headache he inflicts on his targets: the Marc Weber Tobias problem.
hesco bastion-Photographs of Red River Floods at Fargo, North Dakota 2009-Wire Mesh
March 10: The March 10th blizzard in Fargo adds to the snowfall and frozen precipitation already accumulating in the southern Red River Valley.
© Donald Schwert © Daniel Reetz © Donald Schwert © Donald Schwert © Donald Schwert March 24: Construction of a temporary earthen dike along Oak St. N, looking south from 11th Ave. N, Fargo, North Dakota. Red River stage (at Fargo): 32.4'.
© Donald Schwert March 24: A sandbag dike was quickly constructed today at Elm Circle, Fargo, North Dakota. Thanks go to the many, many volunteers who helped fill and pile the sandbags. Red River stage (at Fargo): 32.4'.
© Donald Schwert March 24: What was intended to have been a temporary earthen dike to protect Legion Field in Fargo gets overwhelmed by the developing flood, as does the baseball field itself. Red River stage (at Fargo): 32.4'.
© Donald Schwert March 25: The thaw ends, as temperatures plunge below freezing. Heavy snows fall,gabion box--Wire Mesh, impeding temporary dike construction. View is south from the Main Avenue bridge, Moorhead, Minnesota. Red River stage (at Fargo): 36.6'.
© Daniel Reetz March 25: As floodwaters rise, the bridge at Main Avenue becomes one of the last functional traffic bridges across the Red River. View is to the east from Fargo, North Dakota. Red River stage (at Fargo): 36.6'.
© Daniel Reetz March 25: North 3rd Street in Moorhead, Minnesota, is inundated by the rising waters of the Red River. Street lamps show the position of the street. Red River stage (at Fargo): 36.6'.
© Daniel Reetz March 25: Bridges across the Red River, view facing west toward Fargo. To the right is the Center Avenue Bridge. To the left is a bridge for the BNSF Railroad. To the left, distant, is the Main Avenue Bridge. Red River stage (at Fargo): 36.6'.
© Daniel Reetz March 25: In preparation for expanding an existing sandbag dike, snow is removed. Woodcrest Drive, Fargo, North Dakota.
© Daniel Reetz March 26: Busloads of patient volunteers receive instructions on how to expand an existing sandbag dike. Woodcrest Drive, Fargo, North Dakota.
© Daniel Reetz March 26: Tough guys: everyone joins in in a massive volunteer effort to construct miles and miles of sandbag dikes. Fargo, North Dakota.
© Daniel Reetz March 26: Hesco bastion barriers were originally designed as blast walls, that could be quickly assembled in military zones. They are gabions (i.e. wire cages), covered with a liner and then loaded with sand. They assemble quickly and now serve Fargo as effective floodwalls. This photo shows the "kit."
© Donald Schwert March 26: Hesco bastion barriers assembled as flood walls, Legion Field, Elm Street N and 12th Ave. N, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Hesco bastion barriers assembled as flood walls, Legion Field, Elm Street N and 12th Ave. N, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Hesco bastion barriers assembled as flood walls, Legion Field, Elm Street N and 12th Ave. N, Fargo,t post, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Hesco bastion barrier merging into a sandbag dike, 11th Avenue N. and Elm Street, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Hesco bastion barrier merging into a sandbag dike, 11th Avenue N. and Elm Street,Stone Cage-Field Fence,Cattle Fence-Wire Mesh, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Temporary clay dike being constructed at entrance to Trefoil Park, Elm Street N and 14th Avenue N, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Elm Street N and 14th Avenue N, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 26: Elm Street N and 14th Avenue N, Fargo, North Dakota. Red River stage (at Fargo): 39.6'.
© Donald Schwert March 27: At 2 a.m, ambulances line up at MeritCare Hospital (the largest hospital in North Dakota) to assist in the evacuation of patients. Fargo, North Dakota.
© Daniel Reetz March 27: Sandbag crew reconstructing temporary dike at south edge of El Zagal Shrine, 14th Avenue N, Fargo, North Dakota. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Sandbag crew reconstructing temporary dike at south edge of El Zagal Shrine, 14th Avenue N, Fargo, North Dakota. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Sandbags, with sandbags on top of permanent dike. West end El Zagal Golf Course, 3rd Street N, Fargo, North Dakota. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Temporary earthen dike along 14th Avenue N at Oak Street N, Fargo,hesco bastion, North Dakota. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Temporary earthen dike along 14th Avenue N, Fargo, North Dakota. Floodwaters are frozen are opposite side. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Temporary earthen dike along 15th Avenue N, Fargo, North Dakota. Floodwaters are frozen are opposite side. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: Temporary lift station (multiple pumps) along 15th Avenue N, Fargo, North Dakota.
© Donald Schwert March 27: Floodwaters (frozen) covering the baseball field at Jack Williams Stadium, Fargo, North Dakota. Red River stage (at Fargo): 40.7'.
© Donald Schwert March 27: View facing southwest from Moorhead onto the Main Avenue Bridge. Red River stage (at Fargo): 40.7'.
© Larry Hansen March 28: Dawn at Main Avenue bridge,Welded Gabion Box, Fargo, North Dakota. Just after crest.
© Daniel Reetz March 28: Flood just after crest at downtown Fargo. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Fargo, North Dakota. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Fargo,waratah fence post--Wire Mesh, North Dakota. View includes the Heritage Hjemkomst Center in Moorhead, Minnesota (white structure, far left). Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Fargo, North Dakota. View is to the south from the bridge on Main Avenue. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Moorhead, Minnesota. View is to the south from the bridge on Main Avenue. Flooded houses in the Woodlawn Park neighborhood are visible in the distance. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Fargo, North Dakota. View is of the flood wall at the east end of the Main Avenue bridge. Blue structure in the distance is the temporary buildup of the permanent dike at Island Park. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest at downtown Fargo, North Dakota. View is at the east end of the Main Avenue bridge. Minor leakage is occurring from flood wall to the left. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest along temporary earthen dike on top of 2nd Street N, downtown Fargo, North Dakota. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Flood just after crest along temporary earthen dike on top of 2nd Street N, downtown Fargo, North Dakota. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Earthen diking at S. Terrace and Elm Street N, Fargo, North Dakota. Dike in the foreground is a contingency dike lining Elm Street, should any the temporary diking in the Oak Grove Neighborhood fail. Red River (frozen) is visible in the distance. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Earthen dike at 7th Avenue N and Oak Street, Fargo, North Dakota. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Earthen dike along Oak Street N, Fargo, North Dakota. View is to the north, toward Mikkelson Field. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Earthen dike along Oak Street N at 8th Avenue N, Fargo, North Dakota. View is to the north, toward Mikkelson Field. Red River stage (at Fargo): 40.8'.
© Donald Schwert March 28: Sandbagged home, Oakport Township, north of Moorhead, Minnesota.
© Wendy Reed March 28: Sandbagged home, Oakport Township, north of Moorhead, Minnesota.
© Wendy Reed March 28: Dusk at Jack Williams Stadium, 12th Avenue N and Elm Street, Fargo, North Dakota.
© Daniel Reetz March 29: Snowmen walking on water are a reliable indicator of non-normalcy. Moorhead, Minnesota.
© Daniel Reetz March 29: BNSF railroad bridge, Moorhead, Minnesota.
© Daniel Reetz March 29: Media coverage of the flood is directed to outer space from a truck parked behind a snowpile, Moorhead, Minnesota.
© Daniel Reetz March 29: The downtown Fargo fire station serves as a mobilization center for both military and fire department traffic.
© Daniel Reetz March 29: Borrow pit for clay at 36th Avenue N and University Drive, Fargo, North Dakota. One of several massive pits being dug for clay, hauled away to build the temporary dikes.
© Guy Hokanson March 29: Moorhead, Minnesota. View northwestward onto flooded railroad bridge. The Heritage Hjemkomst Heritage Center is in the distance.
© Larry Hansen March 29: Moorhead, Minnesota. View northwestward toward the Moorhead Center Mall.
© Larry Hansen March 29: Moorhead, Minnesota. View northwestward from the Main Avenue Bridge.
© Larry Hansen March 30: With strong winds expected from the north, sheeting is laid upon an earthen dike to protect it from wave erosion. Elm Street N at 14th Avenue N, Fargo, North Dakota.
© Guy Hokanson March 30: Piles of sandbags, manufactured in India, await their destiny in Fargo, North Dakota.
© Daniel Reetz March 30: Heavy snows associated with the arrival yet another winter storm fall upon Fargo,Gabion box with pvc coated, as the flood threat continues. These words inscribed on the Statue of Liberty's tablet seem strangely appropriate: "Give me your tired . . . "
© Daniel Reetz March 31: Amidst a heavy snowstorm, reporter Karen Pauls of the Canadian Broadcasting Corporation records the reactions of Fargo citizens to the ongoing flood. 14th Avenue N. and Oak Street, just south of the earthen dike at El Zagal Golf Course.
© Donald Schwert March 28: The snows leave a restful setting, as the floodwaters recede from this house in Oakport Township, north of Moorhead, Minnesota. Red River stage (at Fargo): 38.3'.
© Wendy Reed March 28: Unlike their human neighbors, these birds did not need to build a sandbag dike. Oakport Township, north of Moorhead, Minnesota. Red River stage (at Fargo): 38.3'.
© Wendy Reed March 31: View west toward downtown Fargo from the parking ramp at the Moorhead (Minnesota) Center Mall. Red River stage (at Fargo): 37.8'.
© Daniel Reetz March 31: Moorhead, Minnesota. View west toward Fargo along 1st Avenue N. Red River stage (at Fargo): 37.8'.
© Daniel Reetz March 31: Moorhead, Minnesota. BNSF railroad bridge across the river. Red River stage (at Fargo): 37.8'.
© Daniel Reetz April 3: Moorhead, Minnesota. 2nd Street facing toward the southwest. Red River stage (at Fargo): 35.7'.
© Daniel Reetz
fence post-Gabion Walls Holding Back the Earth DigginFood-Wire Mesh
Gabions are popping up in gardens as benches, retaining walls, screens, and stone pillars.
Image via Edinburgh Architecture
Image via Nate Cormier
Since we bought our house four years ago,Stone Cage, Jon and I have slowly chipped away at the massive amount of lawn in our yard. This past weekend we took out a 700 square foot chunk of grass that looked particularly horrible in our backyard. The idea was to install a path between our house and the garage/alleyway, create more vegetable garden space for me, and build a little woodland garden in the side yard. We are also going to install a screen to hide our ramshackle chicken coop. ?All things proceeded smoothly until we realized that the north side of our yard is about six inches taller than than the south side. This is bad news for our gravel path,fence post,fence post--Wire Mesh, which slices right through the slope.
After briefly considering the idea of digging out the extra earth, we settled on building a mini wall to hold back the soil and create a level terrace for the vegetable beds. For the wall we need a material that is affordable, attractive, and long lasting. We rejected wood (it rots too fast), landscaping bricks (too ugly),Gabion Mattress--Wire Mesh, and stone (too expensive) and have decided to build a gabion wall.
My friend Chris from FreshDigs gave me a hot tip that Second Use (a store in South Seattle that sells reclaimed materials) has hundreds of old locker baskets from Nathan Hale High School. They are the perfect size (11 inches by 13 inches) for repurposing as a gabion, but at ten dollars a pop, I’m not sure I can afford 32 two of them. So, unhandy me is going to attempt to make my own baskets out of welded wire mesh. Wish me luck,t post! If you want more ideas,?Studio G has an awesome roundup of gabions used in gardens across the globe.
A gabion is basically a wire mesh basket filled with something heavy, usually stones, but recycled concrete,石笼网,石笼网-40-28-Wire Mesh, gravel, and even wine bottles have been used.
Images via Gabion-Mesh.com and RO/LU
