

Waveland was constructed between the fall of 1844 and late 1848. Joseph Bryan had the house built "to please his father" according to a letter written by his son Elijah in 1845. Joseph's father Daniel Boone Bryan had settled the land by 1786. The land surrounding Waveland was owned by the Bryan family until 1894, when Joseph's son Joseph Henry Bryan sold the farm at auction.
Tours include the historic house, the slave quarters, smokehouse and ice house, and focus on the Bryan family and life on a 19th century Kentucky plantation.
While on tour, we were told that some of the Bryan ancestors are the ground's keepers, even though it now belongs to the state park system.
It was named Waveland, due to the way the wind blew on the estate. For more information, check out this site: http://www.fokh.org/history.htm
Or go to this site to see photos: http://parks.ky.gov/findparks/histparks/wl/gallery/
This one-lane "bridge was built in 1898 by the Toledo Bridge Company (which was originally the Smith Bridge Company). Abutments are original stone at the west end of the bridge, while the east end of the bridge has a concrete abutment. The bridge retains a remarkable amount of historic integrity, including original floor beams and lattice railings, as well as builder and commissioner plaques remaining on the bridge. The bridge is a nine panel structure. It features attractive v-lacing on the sway bracing, under the top chord / end post, as well as on the vertical members. Lattice is present on the portal bracing and on the railings.
The Orange Road Bridge is a very long example of a single-span pin-connected Pratt through truss. It is uncommon to find a traditional late 19th century pin-connected Pratt truss at this length. As a function of its length, it features taller, impressive trusses that feature a more complex network of sway bracing that more commonly shows up in a Whipple truss.
The first section of bottom chord (between the end post and the hip vertical) is not the standard eye bar but is instead an unusual built-up beam that has an unusual form of v-lacing. Historic bridge expert David Simmons believes that this is due to the unique elevated position of the bridge, relative to the approaching road. He believe that the Toledo Bridge Company did this to add support to the bridge as the angle at which vehicles would enter the bridge would be different due to the elevated position." (Taken from historicbridges.org).