Visitor Center partial closure
Prince William Forest Park Visitor Center will close three days a week begining December 17th, 2013. The closure will take place on Tuesday, Wednesday and Thursday each week between December 17th, 2013 to March 1st, 2014.
Oak Ridge Campground and Chopawamsic Backcountry Closure
Oak Ridge Campground and Chopawamsic Backcountry area will be closed December 1st, 2013 to February 28th, 2014.
Outside firewood is prohibited in Prince William Forest Park, unless it is certified USDA 'bug free' firewood. Dead and downed wood may be collected from designated areas for use while in the park. Help us protect the forest from invasive species!
South Fork Quantico Creek Bridge
The following information is from a Historic American Building Survey Report taken in 1988 by Mary Kendall Shipe.
In the early twentieth century the establishment of recreational camping facilities in the vicinity of large cities offered low-income families a respite from urban life. This idea arose from the promotion of nature as a vacation destination. In 1916, one article reported that "tourists seeking beauty spots are being directed by the government to national forests as vacation grounds (2). By 1934, the National Park Service had chosen such a park area for the Washington, D.C. region. The Chopawamsic Recreational Demonstration Area (later renamed Prince William Forest Park) contained approximately 15,000 acres, a typical size for these experimental demonstration areas. The Recreational Demonstration Area (RDA) program employed the use of the Civilian Conservation Corps (CCC) under the Federal Emergency Relief Administration, a program of Franklin D. Roosevelt's administration. The cec received praise for "endowing them [parks throughout the nation] with fine roads, picturesque paths and bridges (3).
Crucial to the early development of Prince William Forest Park, the eec gave the park its original plan which it closely resembles today. The plan's primary initial goals included the establishment of camps and the construction of a main loop road through the park. The South Branch Quantico Greek Bridge, erected where the park road crosses the south branch of the creek, was constructed between 1939 and 19404 during the initial stages of the park's development. According to a former CGC worker, GCG laborers raised the bridge, (5)thus numbering the bridge among many of the GGC-constructed structures of Prince William Forest Park. Judging by reports, the CGC technicians in the park were considered "excellent designers (6).
In design, the South Branch Quantico Creek Bridge is indicative of park bridges of its period. Several stylistic considerations present during the 1930s and early 1940s affected park bridge construction, one being the availability of natural or "native" materials in parks under development. An original proposal for Ghopawamsic RDA noted that quality building materials (such as stone, sand, gravel, rock and lumber) were plentiful and were "native and at hand without extra cost (7). The park architects and designers of the National Park Service at this time endorsed the appearance of bridges obtained from avaigable materials: "a native material's look, always desirable in park bridges." The prevalent materials for bridges in national parks had been identified as stone and timber. The quality and quantity of building materials thus had more importance than the material's "nativeness."
By 1935, a certain style of architecture was utilized throughout national parks and forests. For lack of a more appr~priate term, the style became loosely referred to as "rustic" architecture. Rustic architectural theory objected to open wood truss bridges because trusses were thought to confuse the design of the bridge and hinder its cooperation with the natural surroundings. Practical considerations also furthered the argument against this design: wood trusses were difficult to maintain and generally had a short life span. Aside from its use of timber, the South Branch Quantico Greek Bridge does not demonstrate much of the influence of the rustic style, but it does manifest a basic tenet of rustic architecture: "it allowed the development of necessary park facilities without needless disruption of the natural scene (10).
CCC architecture and engineering in Prince William Forest Park included camp buildings, administrative facilities, utility buildings, bridges, roads and trails. The South Branch Quantico Creek Bridge is sympathetic in design and construction to other examples of CCC architecture in the park. Aside from several possible influences discussed, the bridge most strongly reflects the utilitarian nature of CCC construction.
1. "All timber in bridge to be pressure treated with a 50/50 mix of creosote and petroleum oils " RG 79, Entry 11153, "Truss and Joint Details, Chopawamsic Area; Prince William County. Va.," April 10, 1939.
3. Herman J. Muller, "The Civilian Conservation Corps, 1933-42," Historical Bulletin, March 1950, p. 59.
4. RG 79, Entry #153, April 10,1939.
5 Interview with Joe Hebda, former GCC worker, June, 1988.
6 Sara Amy Leach, National Register Nomination: "ECW Architecture at Prince William Forest Park, 1933-42," March 1988, p. 14.
7 Branch of Recreation, Land Planning and State Cooperation (RG79), 501 Publicity File, Virginia.
8 Ibid., State Park File; Ghopawamsic Demonstration Area.
9 Albert Good, the National Park Service architect of this period, defined the term: "Successfully handled, it is a style which, through the use of native materials in proper scale, and through avoidance of rigid, straight lines and over sophistication, gives the feeling of having been executed by pioneer craftsmen with limited hand tools. It thus achieves sympathy with natural surroundings and with the past." (National Park Service, Park Structures and Facilities, [Washington, D.C.:1935l, pp. 3-4.)
10 William Tweed et aI, National Park Service Rustic Architecture: 1916- 1942 (National Park Service, Western Regional Office, Division of Cultural Resource Management, 1977), p. 106.
Did You Know?
An owl's eyes are fixed in place because their large size provides no room for muscle. To compensate for this, it can turn its head in almost any direction and angle, including the ability to rotate its head nearly 280 degrees. By comparison, people can only turn their heads a mere 90 degrees!