A.H. Austin of Webster City, Iowa

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During the summer of 1998, I embarked on a bridgehunting tour along six rivers in northern Iowa, among them the Des Moines River. Before splitting into the East and West Forks, the river literally cut the state and its capital Des Moines into two up until Frank Gotch Park south of Humboldt. Then before entering Minnesota, the East branch snakes its way through Humboldt, Kossuth and Emmet Counties, whereas the West Fork stays in Humboldt County, nicking a corner of Pocahontas before halving Emmet County and its county seat Estherville. It was along the West Branch I saw the bridge in the photo above: the Murray Bridge. Located two river miles southeast of Bradgate, this Pratt through truss bridge with pinned connections had a very unique feature on its portal bracing: star-shaped heel bracings welded right through. That, plus the plaque indicating its builder’s date of 1905 all belonged to a local Iowa bridge builder, A.H. Austin.  Little did I realize at that time was that although Mr. Austin may have been a local bridge builder, he left a legacy in northern Iowa that is still talked about to this day. And while three bridges were officially credited to his name in a state-wide survey conducted by the late James E. Hippen in the early 1990s, he built more than any of the historians knew about. And henceforth, we will look at his legacy and the bridges that he built up until now, plus the ones that still exist today.

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Born Alva Hiram Austin in Colchester, Vermont on 7 September, 1848, he grew to manhood, having graduated at the University of Vermont. After many of his friends decided to heed to the advice of Horace Greeley, the young man of 27 years emigrated west to Webster City in 1875. After having worked for the county auditor and a local church, Alva became interested in bridge building, and in 1877, did an apprenticeship for a bridge builder in Cedar Falls, who was building bridges in Hamilton County, where Webster City is located. Shortly afterwards, he became a contractor, having established his bridge building business in Webster City at 737 Bank Street. For over 40 years, Mr. Austin built dozens of bridges in Hamilton County, as well as surrounding counties, although records have indicated him constructing bridges mainly in Humboldt and Kossuth Counties. It is possible that he built bridges in other counties but more research is needed to confirm these claims. Mr. Austin was known for his athleticism as a civil engineer, having walked 10 miles between his workplace and the bridge building site daily, and thus having known every village and field in the county and its surrounding neighbors.

 

Mr. Austin was also a committed civic leader, having served as a mayor of Webster City from 1898-1900 as well as the head of the school board from 1899 to 1901, having successfully spearheaded efforts in building the Webster City High School. He later worked as a city inspector, having overseen the construction of the public swimming pool to ensure the design suited the builder’s expectations.

 

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Bancroft Bridge in Kossuth County. Photo taken by Kossuth County Hwy. Dept.

When Alva died on 8 July, 1944 at the age of 96 years, he was survived by his three children, Roy, Jesse and Fred- all of whom had attended college at Iowa State University, yet his daughter Jesse became professor of economics at Cornell University in New York. Especially in his later years before his death, she became his caretaker. Alva’s wife, Chloe Rachel (née: Scullin) died in 1896 after having been married to Alva for 18 years. Another daughter, Grace, had preceded in death 18 years before his ultimate passing.

 

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Riverdale Bridge near Irvington. Photo taken by Kossuth County Hwy. Dept.

As far as bridges are concerned, at least 20+ bridges had been built by Austin in five counties, including Hamilton County, yet Kossuth County seemed to have been his primary customer for at least six bridges were built during his career as a bridge builder. One of them was later relocated to Emmet County. Three were reportedly built in Humboldt County, including the now extant Lewis Street Bridge in Humboldt and the aforementioned Murray Bridge near Bradgate. It is still unknown if and where Austin has built other bridges. However, here is the databank of the bridges that he had built. Information on its dimensions and other photos are available by clicking on the name of the bridge, which will take you to the bridge:

 

Murray Bridge- This 1905 bridge spans the West Fork Des Moines River southeast of Bradgate, in Humboldt County. The bridge is still open to traffic and considered eligible for the National Register of Historic Places. It’s still open to traffic but plans for possible reuse for bikes and pedestrians are being considered.

 

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Close-up sniper photo of the Armstrong Gravel Pit Bridge. Photo taken in 2011.

Armstrong Gravel Pit Bridge- This bridge spans the East Fork of the Des Moines River north of Armstrong in Emmet County. It can be seen from 160th Street but is privately owned. The bridge was built in 1899 by Austin, but its original location was in Kossuth County. Emmet County’s engineer bought the bridge in 1940 for relocation to the gravel pit, where it served traffic until its closure in the 1970s. The bridge then sat abandoned for three decades until a new owner restored it for private use. The markings on the portals are typical of Austin’s design which could be seen with most of the structures built.

 

Albright Bridge- Spanning the Boone River at Inkpaduta Avenue south of Webster City, this 1907 bridge represents the common form of the Pratt through truss bridge with A-frame portal bracings and is one of the latest examples of Austin’s work. At 156 feet, this bridge is still one of the longest of its kind in Iowa.

 

Second Street Bridge- Spanning the Boone River in Webster City, this two-span Pratt through truss bridge with Town lattice portal bracings with curved heel bracings was one of the first bridges built by Austin in 1878-9. It served US Hwy. 20 when it was designated in 1926. Sadly, a truck crashed into the bridge in 1949 and it was subsequentially replaced in 1950.

 

Blackford Bridge- Spanning the East Fork Des Moines River west of Algona, this bridge was one of the earliest structures built by Austin. It was one of the first with its star-formed heel bracings but one of the last using the Town Lattice portal bracing. The bridge was replaced in 1942 for unknown reasons except that the steel was probably reused for the war efforts.

 

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Albright Bridge south of Webster City.

Lewis Street Bridge- Located in Humboldt, this two-span Pratt through truss with Town Lattice portal and heel bracings used to carry this thoroughfare until the late 1960s, when it was bypassed by the Hwy. 169 bridge to the west. The bridge closed to traffic in 1970, yet attempts were made to convert it to first pedestrian then afterwards a pipeline crossing. Heeding to the demands of the county engineer to have the structure removed with haste, the bridge was removed in 1981. Today, only the center pier and the abutments can be seen.

 

Riverdale Bridge- Located over the East Fork Des Moines River at 150th Street, south of Algona and west of Hwy. 169, the Riverdale Bridge was a late example of a bridge built by A.H. Austin. He was awarded a contract to build the bridge in October, having completed it in 1900. The 142-foot Pratt through truss bridge with M-frame portal bracings functioned in place until its replacement in 1991.

 

Bancroft Bridge- Spanning the East Branch Des Moines River west of Bancroft, this Pratt through truss bridge is similar to the bridge at Armstrong in Emmet County. It was built in 1899 yet it was replaced before 1990, when the statewide Iowa historic bridge survey was carried out.

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Second Street Bridge in Webster City. Photo courtesy of Hank Zalatel/ IaDOT

(Blue highlighted bridges denotes link to bridgehunter.com website; yellow denotes no info outside this page to date)

According to the surveys carried out by Hippen and Clayton Fraser, several other bridges may have been credited to Austin’s name, yet there has not been any full confirmation. Therefore, there is a plea from you. Do you know of other bridges that Austin built? If so, when was it built, where was it located and most importantly, what did it look like prior to its replacement?

 

All of these bridges will be added to this page on A.H. Austin in the Chronicles’ Bridge Directory. Stories are also welcomed.

Special thanks to Martin Nass of Webster City for the information on A.H. Austin and Doug Miller at the Kossuth County Highway Department for the photos and information on the bridges in the county.

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Mystery Bridge Nr. 79: How to Reconvert a Truss Bridge- Going from Deck to Through Truss in Oklahoma

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Photos courtesy of Mark W. Brown

Our 79th Mystery Bridge takes us to Oklahoma; specifically to Whitesboro in LeFlore County and this bridge. Spanning the Kiamichi River at Township Rd. 4044C south of Whitesboro, this bridge is one of the most unusual through truss bridges a person will ever see in the United States. According to the data from Bridgehunter.com, the total length of the bridge was 270 feet with the largest span being 127 feet, the width of the bridge is around 13-14 feet and the vertical clearance is 13.3 feet. Yet despite the date of construction being ca. 1940, this bridge is unusual as it is a pinned connected through truss, thus bucking the standards of truss bridge construction. As many resources have indicated, most truss bridges built at this time had riveted or welded connections, making the structure sturdier and able to carry heavier loads. Pinned connections had a tendency of dislocating or even having the bolts connecting the beams to break off, causing bridge failure. This resulted in many of the structures being taken off the state highway system and relocated onto less-used township roads beginning in the 1920s and extending well into the 1950s, especially as the US was lacking materials and engineers as a result of World War II. Judging by the appearance of the bridge, it appears to have been built between 1910 and 1915 as this was the cut-off period for constructing truss bridges with pinned connections. It was congruent to the time standardized bridges were approved by the state governments, which included not just focusing on truss bridges with riveted connections and either Howe lattice or lettered portal bracings (namely, A, X, M and West Virginia framed), but also the key truss designs, which were the Pratt, Parker, K-truss, Warren, Polygonal Warren and in some cases, Pennsylvania petit.

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The Whitesboro Bridge features a Warren through truss, but looking at the structure further, it appeared that in its former life, it was a deck truss bridge that had many spans, totaling at least 500-600 feet. One can see how the overhead bracings were added, which consisted of thin cylindrical steel beams. Furthermore, there is no portal bracing, like other truss bridges, and lastly, when looking at the joint where the upper beam and the diagonal end posts meet, the upper beam appears to have been sawed off.  According to observation by fellow pontist, Mark W. Brown, the piers are 2-3 feet wider on each side and 1-2 feet higher, thus creating a slight slope when entering and crossing the structure. Two theories go along with the piers: either they were installed when the bridge was built or they were reinforced after the bridge sustained structural damage because of flooding.

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It is possible that this crossing was the first to have been built as the town expanded because of the baby boomer population. But the expansion did not last as many people moved to bigger cities for job opportunities. As of the 2008 Census, the population of the town incorporated in 1908 and named after one of the founders is only 1298. The hunch is that the highest population of Whitesboro was about 3,400 by 1960.

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The Whitesboro Bridge has a design that is not like any unusual designs developed by the engineers at all. It is neither a Pegram nor a Kellogg, now is it a Schaper truss, which you can see in many truss bridges built in Germany and other parts of Europe. This bridge is definitely a repurposed truss bridge, having gone from its previous life as a deck truss spanning one of the state’s greatest rivers, like the Red and the Canadian, to one spanning a smaller river but on whose width justified a through truss span.

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This leads us to the following questions:

  1. When exactly was this bridge built and was there a previous structure?
  2. Who was the mastermind behind this repurposing project and why did the engineer choose this?
  3. Where did the bridge originate from?
  4. When was this built and who was the bridge builder?
  5. Are there other remnants of that bridge left besides the one at Whitesboro?
  6. What do we know about Whitesboro aside the facts and figures presented in wikipedia?

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Got any leads, please share in the comment sections here as well as in the Chronicles’ facebook pages. You can also contact Jason Smith at the Chronicles, using the link here. As this bridge is eligible for the National Register of Historic Places, any information you have or can find will help build a solid case for its nomination, let alone preserving it for future generations. As Oklahoma is losing historic bridges in large quantities in the past 8 years, the time is ripe to preserve what’s left of its culture, especially when it comes to unusual designs like this bridge in Whitesboro.

 

Special thanks to Mark W. Brown for bringing this to the author’s attention and for providing some interesting pics of this bridge.

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Section 106 & Section 4(f) Exemptions from the Exemption

Back in October, I had a chance to interview Paul Loether of the National Register of Historic Places and Christopher Marston of HABS/HAER/HALS about the policies of designating and preserving places of historic places. The NRHP has a large database of historic places, categorized based on four criteria (see the interview here), whereas HABS/HAER/HALS deals with the documentation of places of interest, which includes historical and technical aspects (see that interview here). Some exemptions apply but based on special circumstances.

But what about freeways?  How historic are they and which parts should be designated historic places?  As Kaitlin O’shea documents in this column, freeways are much more difficult to document as much of them are modern. The Interstate Highway System was introduced in 1956, ushering in the use of freeways, using the system that existed in Europe before World War II, in particular, Germany and Poland.  While historic highways, such as Route 66, Lincoln Highway, Jefferson Highway and parts of the Pennsylvania Turnpike have received some historic designation in one way or another, the Interstate highway is much more difficult to document and designate because the model used in the 1950s is still being used today, including ramps, bridges, rest areas and the roadway itself. Furthermore, the majority of the Interstate highways have been built from the 1980s onwards.

This leads to the question of whether certain exemptions can and should apply. This is where her column comes in. Have a look at it and ask yourself how an agency can and should approach this carefully.

Exemption from the exemption? If you’re in the regulatory + infrastructure world, you’ve likely come across this. If you are not, step into our world for a few minutes. By law (the National Historic Preservation Act of 1966), all projects that receive federal funding are subject to review under Section 106. Review includes identifying historic […]

via Section 106 & Section 4(f) Exemptions from the Exemption — Preservation in Pink

The Bridges along the Baltic-North Sea Canal Part II: The Rendsburg High Bridge

Rendsburg High Bridge in Rendsburg, Germany Photo taken by the author in April 2011

Information:

Location: Baltic-North Sea Canal at Rendsburg, Schleswig-Holstein, Germany

Description: Main span: Cantilever Warren through truss with transporter (main span), steel trestle approach span (south) and loop approach (north)

Length: 7 km (total) Of which: 2468 main span; loop approach 4.5 km

Built: 1913 by Friedrich Voss and  C.H. Jocho of Dortmund

Travelling north to Flensburg on the Schleswig-Holstein-Express (the SHE) one evening in May 2010, I was chatting with four passengers heading home to the Rum capital of the world, talking about break-ups, broken marriages and partners cheating on them, when we suddenly found ourselves taking off from the ground. To think that most of the German state is flat consists of mainly farmland and coastal areas, to go from travelling on the ground to travelling in the air in a matter of seconds is like Eliott and E.T. flying in the air by bike. Yet the sound of metal to metal contact, especially when going over the steel towers revealed that whatever we were crossing was huge, the spectacular view of the lights of the town below and the body of water covered in emerald green lights was gorgeous.  After going through the steel truss mechanism, we made our descent in a curly-Q fashion before touching the ground and stopping at our next station. Our conversation had stopped in favor of the structure’s admiration, a sign that homage needed to be paid to a gigantic symbol that bridges the past with the present, the lover on one place with one in the other, and the impossible with the reality.

Especially the last one is what describes the Rendsburg High Bridge, spanning the Baltic-North Sea Canal in Rendsburg, located between Hamburg and Flensburg. The bridge was the masterpiece of Friedrich Voss, who had built two other structures along the Grand Canal at Hochdonn and Kiel as well as numerous others in the northern half of the country, concluding the two-span arch bridge at Friedrichstadt. It took 1.5 years to build the main attraction along the canal, which after 104 years, it still serves as the anchor that makes the Grand Canal and Rendsburg the place to visit.  What Voss did with the bridge was unthinkable, impossible and even insane in the eyes of many locals during that time. While steel trestles and a through truss design were his signatures for long-span structures like the aforementioned bridges, Voss needed a main span that would carry both horse and buggy (and later cars) as well as rail traffic. Henceforth as one of the feats, Voss chose the cantilever Warren span, whose roadway would serve rail traffic connecting Hamburg and Neumünster to the south and Flensburg and Scandanavia to the north. Hanging from the main span is the transporter span, which even today carries cars, bikes and pedestrians across the canal between Rendsburg and Aldorf. The transporter operates four times an hour in both directions during the day and takes 4-5 minutes to cross, half as long as when crossing the entire bridge via SHE.

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Even more unique is the north approach. Already in existence was the train station for it served rail traffic between Kiel and Husum, the problem came with how the approach span should descend from 50 meters above water to just over zero. This was where Voss referred to the history books and chose the loop approach. Using the Hastings Spiral Bridge as reference, the loop approach provides travelers with an opportunity to gradually glide down from the bridge, making a circle of 360°. The 1895 bridge over the Mississippi River was the first bridge to feature this loop approach for engineers and bridge builders at Wisconsin Bridge and Iron Works had the problem of the bridge extending into Hasting’s business district, which already had numerous buildings and traffic at that time. Therefore, the south approach consisted of the loop approach, thus encouraging cars to glide down into the city center like a marble.

The problem was similar with the north approach, as it consisted of much of Rendsburg’s city center and housing area, combined with remnants of the old canal and the harbor area connected with the new canal. Therefore, Voss and his men devised a plan where a loop approach would feature first a series of steel trestles at the height of between 40 and 50 meters above water level, followed by earthen berms with concrete arch spans crossing main streets,  after the descent of 40 meters. A Warren deck truss span crosses the rail line as it approaches the end of the loop. The total length of this loop approach alone is 4.5 km. The area the loop encircles consists of housing and therefore was later named Schleife.

On 1 October, 1913, after 1.5 years of work, Voss and 350 of his men from the bridge-building firm C.H. Jucho of Dortmund completed the work, and the bridge was open to traffic. The bridge and transporter complex has operated almost unaltered ever since, sustaining minimal damage in World War II. The bridge was rehabilitated with rust protectant being added to the steel bridge between 1993 and 2012. The rail line was electrified in 1995, which resulted in the portal and strut bracings of the through truss span being lifted. Instead of the two-rhombus portal bracing, the main span now had A-frame portals, high enough for trains to pass through. Sadly though, the transporter portion of the bridge is being replaced even as this article is being reproduced for this page. On 8 January 2016, the transporter collided with a ship as it was passing underneath the bridge. The boat operator and another passenger were injured in the wreck. After thorough investigations by the local authorities and the Ministry of Transportation, it was concluded that the transporter could not be salvaged and was therefore removed from the bridge. A replacement replicating the original transporter is currently being constructed and should be installed by 2017/18.

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I had a chance to visit the bridge again in 2011, this time filming the crossing of the bridge and its transporter, but also following the path of the bridge from the start of the loop approach on the ground to the main span. While I never got a chance to see the Spiral Bridge as it was torn down in 1951, the Rendsburg High Bridge is nothing anyone has ever seen before. It is amazing just to be in a small suburb that is encircled by the loop approach, listening to trains cross it on an hourly basis. Its tall and towering trestles cannot be missed when travelling through Rendsburg. But the main span is just as amazing, for it has a total height of 68 meters, visible from 20 kilometers, making it one of the tallest structures along the Grand Canal.  But I also noticed that the bridge with its wonderful work of art has not yet been recognized on the national and international scale. With the Vizcaya Bridge being nominated as a UNESCO World Heritage Site in 2013, the Firth of Forth Bridge scheduled to be nominated in 2015, the Rendsburg High Bridge Complex should be considered another UNESCO site as well because of the engineering feats that Voss accomplished in building this superstructure but also because the bridge still functions as a normal crossing of its kind today, just like it did when it opened to traffic in 1913. This is something that has made Rendsburg famous and makes it one of the wonderful works of art in Schleswig-Holstein, Germany and central Europe. Already it was given the Historische Wahrzeichen der Ingenieurbaukunst in Deutschland Award (Historic Recognition of the Works of Engineering in Germany) in 2013, on its 100th birthday. Chances are, more accolades will follow for this iron lady, whose total length of 7 kilometers (2,400 m main span) still makes it the longest railway bridge in Germany.

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To close this documentary about this bridge, the third and most important part of the Tour along the Grand Canal, there is a saying that applies to any bridge enthusiast. You are never a true pontist unless you visit at least a couple key engineering works. In my book, one should really pay homage to the Rendsburg High Bridge. It is an engineering work of achievement that is underrated and something that awes every engineer to this day. Every engineer has his creative talents, which Voss had when building this bridge. It has withstood the test of time and is still a work of art one should see, when visiting Germany. It is hoped that it will one day be a UNESCO site. It will eventually for it deserves this honor.

Author’s note:

You can view the photos of the Rendsburg High Bridge via facebook site. Click here to have a look at every aspect photographed during my visit in 2011.

Some videos of the bridge can be viewed below as well:

And some links to provide you with some more information on the Rendsburg High Bridge:

http://www.rendsburger-hochbruecke.de/

http://www.move-team.de/artikel/rendsburg.html

This bridge was used as a logo for the Bridgehunter’s Chronicles from 2011 until its retirement and replacement with the current logo in 2015 using another Schleswig-Holstein bridge in its place, the Fehmarn Bridge. This is what the Rendsburg variant looked like.

 

 

 

 

 

The location of the Rendsburg High Bridge and the train station can be found on the map here:

 

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Mystery Bridge Nr. 78: Turner Truss Bridge in Chemnitz, Germany

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In 1920, an American engineer, Claude Allen Porter Turner (CAP) designed two different bridge designs that were supposed to simplify the way bridges are constructed. The first was the Turner Flat Slab, a design where the decking portion of the concrete slab was strengthened, thus eliminating the need of extra piers and it would encourage the spans to be longer than usual. The second is a modified version of the Warren truss, where additional lateral beams are constructed midway through the A-portion of the truss, thus creating an A-frame for each panel. Both of these concepts were practiced on the Liberty Memorial Bridge in Bismarck, North Dakota. Constructed in 1922, the bridge featured three Turner through truss spans of 476 feet each, plus the Turner flat slab approach spans totalling 1105 feet- 625 for the west spans and 480 for the east side. It was the only known work for the engineer, whose career started at Gillette-Herzog Manufacturing in Minneapolis in 1900 but then started his own business after declining an offer to relocate to Chicago. The product of the American Bridge and  Foundation Bridge Companies remained in service until its replacement in 2008. It was believed to have been the only one of its kind built…..

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…..that is until this recently discovery in Chemnitz, Germany!

Located just two kilometers south of Chemnitz Central Railway Station along the Dresden-Hof-Nuremberg Magistrate at Bernhardstrasse, this pony truss span resembles the same Turner design as the Liberty, but with two unique differences: 1. The truss span is pony and 2. The endposts are vertical. Like the Liberty, the connections are riveted, even in the A-frames of the Warren. Yet some unique features of the truss include the curled cap at the top of the endpost. The end post itself has an I-shape. It is unknown what the length of the bridge is, but it is estimated to be between 60 and 70 meters long. The width is 10 meters between the trusses, the sidewalks on the outer edge is 2-3 meters, thus totaling the width of 16 meters. As the East German government built or imported truss bridges during its 40 years existence, whose designs were mainly Warren (and many modified versions of it) and had not much design to it, it is likely that this bridge was constructed during the 1920s, maybe the 1930s, and survived the bombings of Chemnitz during World War II. 90% of the city center was destroyed by 1945 and 70% of the houses and buildings, dating back to the 1800s were either in shambles or badly damaged. This bridge may have survived the bombing unscathed. Yet the lack of scars from the war might lead to a dispute over the bridge. It may have been rebuilt using replacement parts, but most likely in the late 1940s to encourage passage over the magistrate. If that was the case, then the bridge was built before the Soviets gained full control of its militarized zone, which became the German Democratic Republic (a.k.a. East Germany), while Chemnitz was renamed Karl-Marx-Stadt, a name that remained on the maps until German Reunification in 1990.

With this in mind, let’s look at the following questions to be solved regarding this bridge:

  1. When was this bridge built?
  2. Who designed the structure? Did this engineer use the Turner design or was it just simple coincidence?
  3. Lastly, if this bridge is considered a Turner truss, are there other designs of its caliber that exist? If so, where?

What do you know of this bridge, let alone the Turner truss? Share your thoughts either on facebook page or by using this contact form.  A tour guide on the bridges in Chemnitz is in the making and if there is enough information, this bridge will be added. Let’s see if we can solve this mystery surrounding this bridge, shall we?

Best of luck and looking forward to the findings. 🙂

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2016 Ammann Awards Ballot Part II

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BEST KEPT SECRET TOUR GUIDE:

US:

The Bridges of Boone County, Iowa– Minus the now removed Wagon Wheel Bridge, this county is rich with history involving its bridges, one of which involved a hero who averted a potential disaster in Kate Shelley.

The Crossings along the Chesapeake-Ohio Canal– Built in 1828, the canal system serves four states and provides water to Washington. It also features some of the oldest arch bridges in the country, some of which have been restored since 2005.

The Arch Bridges of Cowley County, Kansas– Until this year, 17 arch bridges served the county, most of which were built between 1890 and 1920 and made of stone. One of the bridges succumbed to flooding this spring.

The Bridges of Cincinnati/ Covington– Several bridges, big and small, old and young can be found in this metropolis, including John Roebling’s suspension bridge built in 1869, one year before his death on the Brooklyn Bridge.

The Bridges of Washington County, Maryland– 22 historic stone arch structures span Conococheague Creek and Antietam Creek, and its tributaries, including Wilson’s Bridge, a 210-foot long bridge built in 1819. Most of the structures are almost 200-years old.

The Bridges of Tompkins County, New York– Over two dozen bridges are found in this county that are historically significant, including their centerpiece, the Newfield Covered Bridge.

International:

Glauchau (Saxony)– Several arch bridges span the Mulde as well as on the hill leading to the castles. As a bonus, a covered bridge and an iron bridge can be found here.

Zwickau (Saxony) – It is extremely rare for a town to have a 500-year old covered bridge with a very unusual design, a cantilever pony truss bridge and an unusual through truss bridge in a community, but Zwickau has that and more.

The Canal Bridges of Brugges (Belgium)– several stone arch bridges span the canals serving this historic community.

Calgary, Alberta– Two dozen bridges, modern and historic serve this Canadian community including those on the city’s historic registry.

The River Tyne- Flowing through Newcastle and Gateshead, this river features 22 improtant bridges as it flows into the North Sea from the eastern UK.

The Bridges of Newark on Trent– Like Glauchau, Newark has 27,000 inhabitants and a wide-array of well-known bridges- ten of them.

The Bridges of Dublin, Ireland– Many bridges from different periods of time can be found here. This includes a pair of cable-stayed bridges, three arch bridges and a couple truss bridges.

BEST KEPT SECRET INDIVIDUAL:

US:

Good Thunder Railroad Bridge in Minnesota

Sibley Railroad Bridge in Missouri

Marais des Cygnes River Bridge in Kansas

Coalbrook Lake Bridge in Connecticut (was inundated until the drought)

The Purple People Bridge in Cincinnati

Clark’s Creek Bridge in Kansas

Clairemeont Avenue Railroad Bridge in Wisconsin

International:

Isabella Viaduct in Puerto Rico

Röhrensteg Pedestrian Bridge in Zwickau, Germany

Ribblehead Viaduct in the Yorkshire Dales National Park (UK)

Anderton Boat Lift in Cheshire (UK)- photo included here

Sandford Drawbridge in Nova Scotia (Canada)- the world’s smallest bascule bridge

Prince Alfred Bridge in New South Wales (Australia)

Rosa Luxemburg Bridges in Berlin, Germany

Abteibrücke in Berlin, Germany

Bowenfels Railroad Viaduct in New South Wales (Australia)

Hangeseilbrucke, Geierlay, Germany

Sinking Bridge in Corinth, Greece

BRIDGE OF THE YEAR:

Clark’s Creek Bridge in Geary County, Kansas

Paradiesbrücke in Zwickau, Germany

Röhrensteg in Zwickau, Germany

Times Beach (US 66) Bridge in Missouri

Augusta Bridge in Kansas

Fehmarn Bridge in Germany

Hayden Bridge in Oregon

Springfield Bowstring Arch Bridge in Arkansas

Green Bridge in Des Moines, Iowa

Dodd Ford Bridge in Minnesota

Gasconade (US 66) Bridge in Missouri

Sinking Bridge in Corinth, Greece

White River Bridge in Clarendon, Arkansas

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2016 Ammann Awards Ballot Part I

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Route 66 Gasconade Bridge in Missouri. Photo taken by Roamin Rich

For instructions in English, please go to the areavoices version of the Chronicles (click here). Für die in der deutschen Sprache, bitte zum Blog The Flensburg Files gehen (clicken Sie here).

BEST PHOTO:

 

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BEST EXAMPLE OF A RESTORED HISTORIC BRIDGE:

Information on these bridges are available via links:

Long Meadow Bridge (MN): http://thebridgehunter.areavoices.com/2016/10/28/long-meadow-bridge-open-to-bike-traffic/

Green Bridge in Des Moines (IA): https://www.facebook.com/media/set/?set=oa.1826891580920201&type=3

Houck Iron Bridge in Putnam Co. (IA): https://blog.jimgrey.net/2014/09/26/restored-and-repurposed-the-houck-iron-bridge/

Fort Morgan Rainbow Bridge (CO): http://www.fortmorgantimes.com/fort-morgan-local-news/ci_30393446/city-earns-award-rainbow-bridge-rehab-project

Wagon Bridge in Hemphill Co. (TX): http://www.prweb.com/releases/2016/08/prweb13632078.htm

Bird Island Bridge in Chicago: http://www.chicagotribune.com/suburbs/daily-southtown/news/ct-sta-division-street-bridge-st-0807-20160805-story.html

Molly’s and Rogers Landings US 66 Bridges (OK): http://www.route66news.com/2011/10/12/mollys-landing-saves-part-of-old-route-66-bridge/

Harahan Bridge in Memphis (TN): http://www.bizjournals.com/memphis/news/2016/09/27/video-tour-the-mississippis-new-big-river-crossing.html

Beaverkill Covered Bridge in Sullivan Co. (NY): http://cdn.equipmentworld.com/painstaking-restoration-of-historic-covered-bridge-in-the-catskills-nears-completion/

Wolf Road Bridge near Cleveland (OH): http://bridgehunter.com/oh/cuyahoga/bh49083/

Hamilton Co. Park Bridge (IN): http://cdn.equipmentworld.com/indiana-festival-celebrates-three-historic-bridges-joined-together-to-form-one/

Maple and Lafayette Bridges in Fayetteville, AK: https://www.fayettevilleflyer.com/2016/12/05/city-to-celebrate-re-opening-of-historic-maple-and-lafayette-bridges/

Dodd Ford Bridge near Mankato, MN: http://mankatotimes.com/2016/06/30/ribbon-cutting-for-historic-dodd-ford-bridge-set-for-july-5th/

Eau Claire Railroad Viaduct (WI): http://bridgehunter.com/wi/eau-claire/bh36335/

LIFETIME ACHIEVEMENT:

 BACH STEEL: Nels Raynor, Derek Pung, Lee Pung, Andy Hufnagle, Brock Raynor and Nathan Holth- Several Bridges saved through in-kind restoration (restoring to its original form, including Farm Lane, Paper Mill and Martin Road, as well as their newest project: Springfield Bowstring Arch.

Christopher Marston: Chris has been working for Historic American Engineer’s Record for almost 30 years, documenting and collaborating successfully to preserve many historic bridges. Interview here: http://thebridgehunter.areavoices.com/2016/10/06/an-interview-with-christopher-marston-of-habs-haer/

Nick Schmiedeler: It unknown how many years he has been a pontist, but Nick has found more abandoned “Elvis” bridges than a typical pontist in his/her lifetime. Record of his findings here: http://bridgehunter.com/profile/Nick_Schmiedeler

Royce and Bobette Haley: Known as Bridge Road Warriors, this couple has found and photographed more bridges in a span of two years than anyone in his/her lifetime. More on their work here: http://bridgehunter.com/profile/roycehaleyIII

John Marvig: Before 2010, no one really dared to photograph railroad bridges, that is until John arrived. Since then, 10 states and thousands of bridges profiled and photographed as can be seen here: http://johnmarvigbridges.org/

Kaitlin O’shea: For over a decade, she has been running the website Preservation in Pink, providing some interesting educational aspects to historic preservation, including bridges. And this over a good coffee and company with the flamingo: http://thebridgehunter.areavoices.com/2016/12/02/interview-with-kaitlin-oshea-preservation-in-pink/

Ian Heigh: For many years, this engineer has been responsible for maintaining the Scottish National Railway and especially the longest bridges in the country: Firth of Forth and Firth of Tay. More here: https://www.youtube.com/watch?v=z_vZjvTuSJw

MYSTERY BRIDGE:

Before voting, check out the information on the bridges being voted by clicking here. If any problems, please type in Mystery Bridge. The following candidates are numbered from 62 to 76. Two votes for the US and two for the international versions are allotted here.