Prior to 1944, the only road access to Terminal Island was via Badger Avenue (later Henry Ford Avenue, after an assembly plant that was built on the island) over the Henry Ford Bridge.
The first bridge linking the eastern end of Terminal Island and Long Beach was an unnamed "temporary" pontoon bridge constructed during World War II to accommodate traffic resulting from the expansion of the Long Beach Naval Shipyard. The pontoon bridge was intended to last six months, but was not replaced until 1968, 24 years after it had opened. Depending on the level of the tide, road traffic had to descend 17 to 25 feet (5.2 to 7.6 m) below the level on the shore. When marine traffic required the bridge to open, traffic delays of up to 15 minutes could occur.[4] An estimated seven people died after driving off the pontoon bridge.[4][5]
1968 through-arch
The 1968 through-arch bridge was designed by Moffatt & Nichol[6] Engineers and was constructed by Bethlehem Steel[7] as a replacement for the World War II-era pontoon bridge.[8] Gerald Desmond served as City Attorney for Long Beach and played a significant role in obtaining tideland oil funds which helped finance the bridge that would later bear his name. Desmond died in office at age 48 of kidney cancer.[9] One year after Desmond's death in January 1964, groundbreaking for the construction of the new bridge occurred on October 19, 1965, and it was completed in June 1968. Desmond's son, also named Gerald, sank the final "golden" bolt.[9]
Design
It has a 527-foot-long (161 m) suspended main span and a 155-foot (47 m) vertical clearance spanning the Cerritos Channel. The western terminus of the bridge is on the east side of Terminal Island; the eastern terminus is close to downtown Long Beach. The bridge separates the inner harbor (north of the bridge) of the Port of Long Beach from the middle harbor.
Seismic retrofitting
The bridge was retrofitted with vibration isolators and additional foundation work (widening footings and adding pilings) was performed to upgrade the seismic resistance from 1996–97 prior to the transfer of ownership from the Port of Long Beach to Caltrans.[10]
Issues
At the time of its completion in 1968, traffic was projected to be modest and mainly limited to workers commuting to jobs at the Long Beach Naval Shipyard. When the Long Beach NSY was closed in 1997, that land was converted and served as home to one of the busiest container terminals in the United States, resulting in greater cargo truck and marine traffic. By some estimates, truck traffic across the bridge tripled in the years following the closure of the Long Beach NSY.[11] By 2010, the 155-foot (47 m) vertical clearance of the 1968 bridge was one of the lowest for a commercial seaport, especially at the Port of Long Beach, which remains one of the busiest container ports in the United States.[12] In addition, the bridge was not designed for the traffic it carried (62,000 vehicles daily in 2012), and the added stress was causing pieces of concrete to fall from the bridge's underside, forcing the Port of Long Beach to install nylon mesh "diapers" in 2004 to catch these chunks.[11] Studies to widen the bridge were funded in 1987.[13] Caltrans rated the structural sufficiency of the Desmond Bridge at 43 points out of possible 100 in 2007.[14]
Also, since the 1968 bridge roadway lacks emergency/breakdown lanes, multiple lanes would be shut down in the event of an accident, snarling traffic.[15] Other deficiencies cited include the steep approach grades (5.5 percent on the west side and 6 percent on the east side)[16]
Competition in the marine shipping industry meant shipping companies were interested in boosting operating efficiency, mainly by building ever-larger container ships. The Gerald Desmond Bridge became a barrier for large ships entering the Inner Harbor at Long Beach, with its restrictive 155-foot (47 m) vertical clearance. This restrictive vertical clearance was cited as a factor in an observed drop in the Port of Long Beach's share of United States container imports. According to U.S. census data, the ports of Long Beach and Los Angeles handled 32% of U.S. container imports in 2013, down from 39% in 2002.[17] Port officials estimated that 10% of all waterborne cargo in the United States passed under the Desmond Bridge (either going to or coming from the Ports of Long Beach and Los Angeles) in 2004,[11] raising the estimate to 15% by 2010.[14]
In March 2012, the insufficient vertical clearance of the bridge prevented passage of the 12,562 TEUMSC Fabiola, the largest container ship ever to enter the Port of Long Beach. The height restriction prevented the ship from docking at the Mediterranean Shipping Company (MSC) dock; it docked at the Hanjin terminal instead.[18]
View of the old Gerald Desmond Bridge from the north, looking south-southeast. Netting is visible on the bottom of the truss spans flanking the main arch span, serving to catch chunks of decaying concrete that occasionally fall from the structure.
The 1968 steel arch bridge developed numerous issues (detailed above), and the Port of Long Beach suggested it would be more economical to replace the bridge. After several years of studies, a cable-stayed bridge with 205 feet (62 m) of vertical clearance to be built north of the existing bridge was identified as the preferred alternative in the final environmental impact report (2010 FEIR).[16] The new bridge will allow access to the port for the tallest container ships, and will be the first long-span cable-stayed bridge in California, and the first and only cable-stayed bridge in the Los Angeles metropolitan area.[19] For the bridge to be so tall, long approaches will be required to allow trucks to cross.[20] A joint venture of Parsons Transportation Group and HNTB performed preliminary engineering for the main span and the approaches. Earlier reports had studied and discarded various alternatives, including an alternative alignment with a new bridge south of the existing bridge, rehabilitation of the existing bridge, and a tunnel instead of an elevated bridge.[16]
The 1968 arch bridge had a featured role in the film Head, featuring rock group The Monkees, released in 1968. The first scene of the film features the actual dedication ceremony for the bridge, which is interrupted by the Monkees running into the middle of the ceremony and Micky Dolenz jumping off the bridge. At the conclusion of the film, the Monkees return to the bridge and each of them jumps from it.
Elysian Freeway Bridge, based on the 1968 arch bridge, is also featured in the 2013 video game Grand Theft Auto V. It carries the Elysian Fields Freeway in-game.
Conceptual view comparing the profiles of the 2020 (cable-stayed) and 1968 (through arch) bridges. Note taller clearance below for 2020 bridge: 205 ft (62 m) above water line, compared to 155 ft (47 m).
^"Slender but sturdy". Palos Verdes Peninsula News. February 1, 1967. Retrieved December 6, 2016. SLENDER BUT STURDY - Slender spans of steel connect the lofty piers of the Gerald Desmond bridge, marking near completion of the eastern approach which will form the vital link between the Port of Long Beach and Terminal Island. This consists of a fabricated steel plate girder structure extending 1813 ft. from ground level to a height of 141 ft. Bethlehem Steel bridgemen are now erecting the bridge's east approach anchor arms which will support the cantilevered portion, or main channel span. To date, Bethlehem, prime contractor for the $12.7 million project, has erected over 2400 tons of steel for the east approach. Shorter suspended girders were fabricated at Bethlehen's Torrance works. The new bridge will be a three-span, tied-arch truss with welded-plate-girder approaches and an overall length of 6000 feet. Highest part of the arch will be 250 feet with the main deck clearing the entrance channel by 160 feet. It will link the Ocean Boulevard bridge, which crosses the Los Angeles River with Seaside Boulevard on Terminal Island.
SR 47 and 
I-710
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