As I have mentioned before here on the blog, we have had a team from the National Park Service living and working at the Museum's National Historic Landmark site at Mount Lebanon Shaker Village, documenting the historic landscape and waterworks. They leave this week after three great months, and on Saturday gave a public talk and tour to present their findings.What follows here is a wrap up from one of the team members, Alan Grosse, written a couple of weeks ago. Enjoy!
We had an interesting week at the Shaker village. Friday we had a flood event that was so severe it washed out two of the major roads, flooded the ponds over their banks, put about 3-4 feet of water in the basement of the Brethren's shop, and caused one of the major aqueducts to fail, shooting water through out the site and doing considerable damage. It’s a testament that even though these water system components exist after 150+ years, the disturbances at the top of the watershed may compromise the entire system. That makes it even more important that we are here documenting the site.
What is it we’re doing, you ask? We were commissioned by the Historic American Landscapes Survey, part of the National Park Service, to record the existing landsc
ape of this national monument. By specifically focusing on the water system, we are recording the existing pieces and trying to connect the dots as to how the Shaker water system worked. Why is this system important? It’s a great model of sustainability. The Shakers created a system of dams, reservoirs, and aqueducts to provide water for all kinds of uses from powering sawmills, irrigating crops to indoor plumbing all of which exited the site into a swamp, nature's kidney, which the water leaves as clean as it went in to the system. The real feat was how productive the Shakers were on this system making furniture, brooms, elixirs, oval boxes, just to name a few. Hopefully this documentation will create some interest in looking at how to integrate this into more of a modern green system. We're also pushing the envelope for HALS documentation by adding a 3-D component. The village has been completely recreated in Sketchup by wrapping 3-D models with exterior photos of the buildings. These models are to be submitted to Google Earth so anyone can find the site. The 3-D models will also be linked to the documents when they are finished at the end of the summer.
It has been an interesting summer so far. The system that is left is very fragmented so it has been quite a challenge trying to fill in the gaps. We look for clues anywhere we get leads, including old documents, photos, talking with people who know the site, climbing up aqueducts and cisterns, and walkin
g transects across the site with a pipe finder. We’ve made quite a few interesting discoveries, which you’re welcome to check out for yourself when the documents become available. One of the more exciting finds is the mill aqueduct. Located at the end of the system, this aqueduct is the largest. Its big enough to walk through. The exit was located through clues found on the 1942 HABS drawings. It’s amazing after all this time that the aqueduct is in such good condition and this find has allowed us to understand Shaker construction methods and the way they controlled water.
It has rained here close to 75% of the time this summer. Which is good since we are studying the water system but I cant tell you how many pairs of shoes and clothes I’ve ruined. I’m learning to co-exist with the mosquito population and pretty much accepting the fact that any day I do field work my feet are going to be wet. Even though I pretty much end every day wet and ichy, I can’t think of a more rewarding way to spend a summer.
What is it we’re doing, you ask? We were commissioned by the Historic American Landscapes Survey, part of the National Park Service, to record the existing landsc
ape of this national monument. By specifically focusing on the water system, we are recording the existing pieces and trying to connect the dots as to how the Shaker water system worked. Why is this system important? It’s a great model of sustainability. The Shakers created a system of dams, reservoirs, and aqueducts to provide water for all kinds of uses from powering sawmills, irrigating crops to indoor plumbing all of which exited the site into a swamp, nature's kidney, which the water leaves as clean as it went in to the system. The real feat was how productive the Shakers were on this system making furniture, brooms, elixirs, oval boxes, just to name a few. Hopefully this documentation will create some interest in looking at how to integrate this into more of a modern green system. We're also pushing the envelope for HALS documentation by adding a 3-D component. The village has been completely recreated in Sketchup by wrapping 3-D models with exterior photos of the buildings. These models are to be submitted to Google Earth so anyone can find the site. The 3-D models will also be linked to the documents when they are finished at the end of the summer. It has been an interesting summer so far. The system that is left is very fragmented so it has been quite a challenge trying to fill in the gaps. We look for clues anywhere we get leads, including old documents, photos, talking with people who know the site, climbing up aqueducts and cisterns, and walkin
g transects across the site with a pipe finder. We’ve made quite a few interesting discoveries, which you’re welcome to check out for yourself when the documents become available. One of the more exciting finds is the mill aqueduct. Located at the end of the system, this aqueduct is the largest. Its big enough to walk through. The exit was located through clues found on the 1942 HABS drawings. It’s amazing after all this time that the aqueduct is in such good condition and this find has allowed us to understand Shaker construction methods and the way they controlled water. It has rained here close to 75% of the time this summer. Which is good since we are studying the water system but I cant tell you how many pairs of shoes and clothes I’ve ruined. I’m learning to co-exist with the mosquito population and pretty much accepting the fact that any day I do field work my feet are going to be wet. Even though I pretty much end every day wet and ichy, I can’t think of a more rewarding way to spend a summer.
