Roxborough’s River and Water: A History

For almost 100 years the Roxborough Pumping Station, just above the Flat Rock Dam, was a landmark on the Schuylkill River, pumping water into two reservoirs on high ground to serve the city’s northwestern section. In this illustrated talk, Adam Levine, historian for Philadelphia Water, reveals why the system was built, how it worked, why it was abandoned, and its ultimate dereliction and demolition in 2011. River pollution and flooding, drownings, water filtration, the revitalization of the reservoirs as parkland, and the planned restoration of the canal locks at Flat Rock will also be discussed. Adam Levine has been researching the history of the city’s water system since 1998, and this brand-new talk is not to be missed. His website is phillyh2o.org.

This event is cosponsored by the Philadelphia Water Department, the Upper Roxborough Civic Association, the Roxborough Manayunk Conservancy, the Friends of the Upper Roxborough Reservoir Preserve, and Residents of the Shawmont Valley.

This event is part of #RiverDays a month-long recreational event series hosted by the Alliance for Watershed Education (AWE) of the Delaware River and supported by The William Penn Foundation.  AWE is comprised of 23 environmental education centers in New Jersey, Pennsylvania, and Delaware. Each of these centers is located along a Circuit Trail or major connecting trail, and on waterways throughout the Delaware River watershed.

Wetlands and WetLand in the city

By Christina Catanese, Director of Environmental Art

Often, when I fly into Philadelphia International Airport, I imagine what a bird’s eye view of the area must have looked like back before Philadelphia became the bustling metropolis it is today.  If I squint just the right way, I can almost see how the flat expanse of skyscrapers and rowhomes transforms to green, how South Philly and even the airport itself melt into the freshwater tidal wetlands that were once in their place (the last remnant of which is still visible at the John Heinz National Wildlife Refuge). Continue reading

#StormSnakes Update – Wriggling Through Change

By LandLab Resident Artist Leslie Birch

Water flowRight now I’ve been experiencing some interesting emotional connection to my LandLab project. This may seem odd, as my project is probably the most tech oriented of the bunch! I can only describe it as this feeling of letting go of attached ideas and really just observing and listening, both to nature and the people that know it well. That is different for me, because most of the time my projects are conceived ahead of time so they can be “pitched” to the people that may green-light them. The process for LandLab is very different because the Schuylkill Center is trusting from past work that I have the ability to produce something interesting. They are looking for ideas, but they are not holding you to them. In fact if anything, they are excited by process and evolution, and the show in the gallery really speaks to that idea. The staff at the Center has been really great in encouraging my work, and allowing it to unfold. It is no different from allowing seasons to change, and I’m really experiencing that in my whole body. That’s it for the fuzzy stuff — let’s get back to the science!

You may remember that I wanted to get a glimpse of Port Royale Ave. and the Center’s property in the rain. It has been difficult to do this because this fall the rain storms have been coming at night, which would not be the best time for video. However, there was a morning when it was raining, and I rushed out of the house to record. Check out the video.

Steve in the woodsAlthough this was not a heavy storm, at least I saw the puddling on Port Royal Ave., and I can imagine in a larger storm what the situation might be. In fact, seeing how difficult it is to actually record a storm makes the idea of a stream monitor even more valuable. So, I made a visit to Stroud to check out their monitoring equipment, as well as Steve’s workspace.  The property has nets for insects, buckets for leaves and other organic matter, and monitors for the stream — it’s a Disney World for scientists.

Steve's officeThe tech space is full of controllers, sensors, cables, cases, batteries and canisters of water. It was encouraging that I was able to identify some of the parts in the bins, and Steve and I probably could have spent even more hours than we did just talking shop.

 

After seeing what was needed, Steve helped me to order some parts. So, now I have a datalogger and an ultrasonic rangefinder at my house. The datalogger is the main board in the circuit which will give instructions and allow for data to be collected. The ultrasonic sensor will measure the water depth throughout the day. So far this is a cost-effective set-up and there may be some room for another sensor. Right now I’m favoring conductivity, which looks at metals in the water. However, the sensor has to be able to withstand freezing temperatures, and Steve is currently testing a new one to see if it will be accurate. So, we will see which sensor wins. Steve has been testing equipment like this for years and is an expert on sensors and conditions.

One of the frustrating things about the field is that a good part may be discontinued, which leads to more testing of new products. Also, just because the paperwork says a part will operate in a certain way under certain conditions does not always mean this is true. So, the process is never-ending.

Leslie and Brenna sewing StormSnakeThe next step in the process was to work on building a snake from burlap, and luckily I found someone interested in assisting me — Brenna Leary. Brenna recently graduated with a degree in environmental education and also has a love of plants. So, we’ve been having a lot of fun bouncing ideas back and forth. We spent an afternoon at the Center stuffing a casing of burlap with stones, wood chips, and coir. Then, we stitched the fabric shut and created the features of a tail, head and tongue with some tucks and scraps. It was a lot of fun and the resulting piece reminds me of the corn husk dolls I used to make as a child in Girl Scouts. They were featureless, but they had a beauty none-the-less, and so it is the same with the snake.Leslie making StormSnake

I started this post with this idea of change, and it may be apparent with electrical parts, but it is even more so with art. I first imagined my burlap StormSnakes to be painted with environmentally safe paint. However, someone reminded me that even natural things can react badly when put in touch with chemicals in stormwater run-off. So, you never know what kind of brew you are going to get running into the stream. I know there are all sorts of compromises we make daily, however, I didn’t want any risk in this, no matter how small. So, one day I was having lunch with another artist friend and we got into talking about the cool plant holders made of felt and other natural ways people deal with urban plantings. I suddenly remembered those crazy Chia Pets with the bad commercials. They were ceramic objects with a seed goop smeared onto them which would eventually sprout into odd topiaries. What an interesting idea to make snakes that had growing material on them. So, I talked to Melissa at the Center about the possibility of incorporating seeds or plugs onto my stuffed burlap snacks. She definitely had some recommendations and was excited since plants are her expertise. So, I hope to now perform a test in the greenhouse to see what emerges. Can I do stripes? Would I work with different plants and textures? I don’t know and I like that answer.

Meandering with Stacy Levy at Swarthmore

By Christina Catanese, Director of Environmental Art

Waterways (1)

I recently got to attend a lecture at Swarthmore College’s List Gallery given by Stacy Levy, one of the most exciting environmental artists working today.  Titled “Constructing Nature: What Art Reveals,” Levy’s talk (video here) touched on her approach to environmental art, some of her past pieces (including one we’re lucky to have onsite here at the Schuylkill Center), and two new pieces that were unveiled that night at Swarthmore. Continue reading

Making Room for Rain – Stacy Levy

The Schuylkill Center for Environmental Education is working to investigate the intersection of nature and the city. The role of rain in the landscape is being actively explored in programs and planning around its buildings. As a nature center, SCEE is at the forefront of solving site issues through art based intervention. On May 31, 2013 a conference on New Environmental Art will be held at SCEE to look at ways that art and science can collaborate to solve ecological problems in urban nature, and enlighten citizens to find new solutions in their own lives.

Rain is usually given a long narrow space to inhabit: gutters, downspouts, underground pipes. People can walk practically anywhere in a building and on the surrounding landscape. What if this paradigm got turned on its head? Give people a more narrow path of movement around a site while rain gets plenty of space to spread out and linger? How would our built environments change? And how would it change our relationship to rain?As an eco-artist, I want art to be an advocate of rain. Art is good at giving meaning to the leftover or abandoned aspects of the world—and rain is one of those abandoned elements. Though a yardstick worth of rain falls every yearin this region, we hardly register rain’s presence. In urban settings, architecture and engineering have generally kept rain invisible to us. The relationship between rain and the built environment needs to be changed, and art is well positioned to alter that relationship.At SCEE, I am working with ecologists, engineers and educators to create an artwork that gives the rain room to spread out while keeping people in a defined space. But people do not lose out in this design— both rain and visitors get a dynamic space to co-exist.Rain Gardens create spaces that can get wet and stay wet while the water infiltrates into the soil.

Instead of becoming a muddy soup, the rain garden holds the rain within the permeable soil and the roots of a diverse community of native plants . These plants also make good habitat for other species like insects and food for birds and other small mammals.

This new artwork deals with two types of visitors to the site: rain and humans. A grated metal catwalk prevents the plants from being trampled while also keeping people’s feet dry. ‘Staying dry’ and ‘soaking in’ are two incongruent activities—one of the reasons that rain has no place to go in the built world is the hierarchy of the dry human foot!

We want to demonstrate ways to change rain’s journey in the built environment. We also want to give visitors a chance to test out the very materials of the city: the surfaces we spend our lives walking on like asphalt, concrete and grass. How do these materials work with or work against rain?

How this art works: Some of the rainwater will be diverted and stored in an above ground cistern. Then during dry days, our visitors can pump this contained water into 5 different troughs. Each trough contains a different familiar surface materials from the landscape: concrete, asphalt, gravel lawn and meadow. People can direct the rainwater onto these different surfaces to see how the water responds— by soaking in or running off.

At SCEE rainwater will be given both the time and the place to act the way rain should act. And people will be given a place to interact with the falling rain while staying out of its way as it soaks into the soil. The idea of rain needing a refuge is a new idea to most of us. We hope people learn about rain, and the surfaces it meets in our world. This piece gives people a new angle on rain and its relationship to our built environment.

The piece will be under construction over the early spring. Please come by and see it!

Want to know more about Rain Gardens?

The Philadelphia Water Department

The Rain Garden Network

The Groundwater Foundation

The Department of Environmental Conservation

Rain Garden Alliance

Want to see more of Stacy Levy’s work?

http://www.stacylevy.com/

Making Room for Rain

By Stacy Levy

The Schuylkill Center for Environmental Education is working to investigate the intersection of nature and the city. The role of rain in the landscape is being actively explored in programs and planning around its buildings. As a nature center, SCEE is at the forefront of solving site issues through art based intervention. On May 31, 2013 a conference on New Environmental Art will be held at SCEE to look at ways that art and science can collaborate to solve ecological problems in urban nature, and enlighten citizens to find new solutions in their own lives.

Rain is usually given a long narrow space to inhabit: gutters, downspouts, underground pipes. People can walk practically anywhere in a building and on the surrounding landscape. What if this paradigm got turned on its head? 
Give people a more narrow path of movement around a site while rain gets plenty of space to spread out and linger? How would our built environments change? And how would it change our relationship to rain?As an eco-artist, I want art to be an advocate of rain. Art is good at giving meaning to the leftover or abandoned aspects of the world—and rain is one of those abandoned elements. Though a yardstick worth of rain falls every yearin this region, we hardly register rain’s presence. In urban settings, architecture and engineering have generally kept rain invisible to us. The relationship between rain and the built environment needs to be changed, and art is well positioned to alter that relationship.At SCEE, I am working with ecologists, engineers and educators to create an artwork that gives the rain room to spread out while keeping people in a defined space. But people do not lose out in this design— both rain and visitors get a dynamic space to co-exist.Rain Gardens create spaces that can get wet and stay wet while the water infiltrates into the soil.

Instead of becoming a muddy soup, the rain garden holds the rain within the permeable soil and the roots of a diverse community of native plants . These plants also make good habitat for other species like insects and food for birds and other small mammals.

 

This new artwork deals with two types of visitors to the site: rain and humans. A grated metal catwalk prevents the plants from being trampled while also keeping people’s feet dry. ‘Staying dry’ and ‘soaking in’ are two incongruent activities—one of the reasons that rain has no place to go in the built world is the hierarchy of the dry human foot!


We want to demonstrate ways to change rain’s journey in the built environment. We also want to give visitors a chance to test out the very materials of the city: the surfaces we spend our lives walking on like asphalt, concrete and grass. How do these materials work with or work against rain?

How this art works: Some of the rainwater will be diverted and stored in an above ground cistern. Then during dry days, our visitors can pump this contained water into 5 different troughs. Each trough contains a different familiar surface materials from the landscape: concrete, asphalt, gravel lawn and meadow. People can direct the rainwater onto these different surfaces to see how the water responds— by soaking in or running off.

At SCEE rainwater will be given both the time and the place to act the way rain should act. And people will be given a place to interact with the falling rain while staying out of its way as it soaks into the soil. The idea of rain needing a refuge is a new idea to most of us. We hope people learn about rain, and the surfaces it meets in our world. This piece gives people a new angle on rain and its relationship to our built environment.

The piece will be under construction over the early spring. Please come by and see it!


Want to know more about Rain Gardens?

The Philadelphia Water Department

The Rain Garden Network

The Groundwater Foundation

The Department of Environmental Conservation

Rain Garden Alliance

 

 

 

 

 

 

 

 

 

 

 

 

 

 

©2012 Stacy Levy