Tuesday, October 30, 2007
I am hoping that we could try to divide our discussions into framing the problem and posing potential solutions to that problem. This allows for our discussions to be responsible and perhaps less self-indulgent. I suspect that when students are free to respectfully challenge other students and ask them to propose a solution to their hypotheses, discussions will sharpen, and the result will be a more systematic and complete discussion.
Holding Ground: The Rebirth of Dudley Street
THIS Wednesday, October 31, 2007 (that's right, Halloween!!)
MOVIE: Holding Ground: The Rebirth of Dudley Street
WHEN: Wednesday, October 31, 2007, 5-7pm
WHERE: Sibley 211
Holding Ground is at once a cautionary tale of urban policies gone wrongand a message of hope for all American cities. In 1985, African-American,Latino, Cape Verdean, and European-American residents in Roxbury, MAunited to revitalize their community. The Dudley Street NeighborhoodInitiative went on to gain national recognition as residents fought toclose down illegal dumps, gain unprecedented control of land from CityHall and create a comprehensive plan to rebuild the fabric of theircommunity. Through the voices of committed residents, activists and cityofficials, this moving documentary shows how a Boston neighborhood wasable to create and carry out its own agenda for change.
Monday, October 29, 2007
The revitalization of PS 64, formerly a public school building in the South Bronx, is an example of how successful this community group was in their efforts to restore the South Bronx. Residents and non resident cultural groups organized with the non profit organization CHARAS, to reclaim, restore, and revitalize the PS 64 school building and turn it into a community and cultural center, which they called El Bohio. The creation of El Bohio Community and Cultural Center is one of many other visible products of the “Don’t Move: Improve!” Campaign. This campaign is an example of how residents can use grassroots organizing to create a sense of community. As it is explained in Toward Sustainable Communities, creating a sense of place and developing connections between people in a community involves ensuring that the physical environment brings people together and creates a peaceful, secure community that residents can be proud of. The “Don’t Move: Improve!” campaign got residents involved in improving the physical environment in their community, which created a sense of place that went missing after the financial resources relocated to the suburbs and left the South Bronx to suffer in urban decay. With community and cultural centers as well as locally owned small businesses, residents could be proud to call their South Bronx community home. Furthermore, by investing in the community, residents and community groups have insured that the streets are safer and more peaceful. Revitalized and restored buildings replace spaces that can be potentially used for illegal and dangerous activity with spaces that encourage healthy cultural and community activity. El Bohio Community and Cultural Center in the South Bronx is only one of the many buildings that the “Don’t Move: Improve” campaign has restored.
This community revitalization campaign was particularly interesting to me because I think that it incorporates much of our discussions about the importance of grassroots organizing. Furthermore, as a resident of the South Bronx myself, I think that these examples of successful community grassroots organizing are extremely relevant - I think that its pretty clear how this example applies to my own neighborhood. With this campaign, residents were empowered by the opportunity to take control of their community. Residents and non-resident cultural groups reenvisioned their community and then they took action. They not only changed the physical character of the community, but they also changed developed a healthy sense of place within their community. This case study reiterates the undeniable fact that community development, restoration or revitalization works best when the actual community is involved. Who can better dictate what a community should be then the people who live in it?
It is probably impossible to write all of the ways that the city of Buffalo, NY could be helped/changed based on the tools and examples presented in Apollo Alliance’s “Create High-Performance Buildings,” Toward Sustainable Communities’ “Housing and Community Development,” and Beatley’s “Building Ecologically: Designing Buildings and Neighborhoods with Nature in Mind.” The themes of affordable housing and having a new skilled labor force resonate especially for
Firstly, after the steel industry failed/ended/left
Secondly, although housing costs in western
Lastly, regional green energy projects would be far more effective if they benefited regional residents directly. Anecdote: as a part of my job this summer, I conducted wetland mapping with an environmental consulting firm that was hired by Noble Environmental Power, a power company constructing hundreds of wind turbines across a nearby rural farming county. When asked by friends and family members about the development, the first question was always “who does the power go to?” After explaining that the power is generated, collected, and sent to the national grid which “distributes it all over,” I received grimaces. People were angry that their pristine land and the land of their friends and family was being used up for the construction of windmills (let alone the years of being contacted again and again by the energy company and allowing people from another firm walk all over their land looking for wetlands), yet they didn’t “see” any of the power that was generated. I gained the sense that these people would be FAR more interested in buying renewable green power from this company if they knew that their local sacrifices showed more of a local result. I feel that this might even be more important that financial incentives and tax breaks.
1. a community gardens pamphlet
2. a survey (or two), first focusing on the visibility of community gardens, then on more details
3. Meeting to Discuss our findings with stakeholders; to explore what community gardening has been and what planners and policy makers want it to be?
Survey: What information are we gathering? Access (transportation, walking distance, joining)? What questions matter?
Pamphlet: Our work – locations, who’s involved
Are there differences between “Grassroots” community gardens and those that are city-supported?
-gardening as the process -gardens as space - gardeners as actors
Are community gardens basically invisible?
Why are community gardens invisible?
Why does visibility matter? (implication for policy, land use, public opinion)
1. Community gardens want to be invisible (“private world,” squatters – under the radar)
2. Community gardens don’t want to be invisible, but there is a set of constraints or problems that make them invisible (outreach challenge).
3. Community gardens aren’t really invisible, we just haven’t discovered how they’re seen through this process or approach.
1. Community gardening is part of sustainability and green cities.
2. Community gardening happens because people are motivated about sustainability. (or for necessity: food, to work in the ground)
Gardens We’ve Considered:
People’s Garden Project
Ithaca Children’s Garden
Next steps: survey people about their knowledge of the gardens: are they aware?
Map gardens using concentric rings (1 block, 3 blocks, 5 blocks…) and plot areas of awareness.
Page one of survey:
Who we are
Why we’re doing the research
Where is your closest community park?
Where is your closest community green space?
Where is your closest community garden?
** use Liechert scale to rate these questions (1-3 blocks, 4-6, 6-9, 10+, don’t know)
--- Want to see: How the public differentiates (if at all) between these three items, how that plays into visibility, and whether the public considers community gardens to be green space.
Page two of survey:
What is the street intersection closest to your home?
Scaled questions/further information
***these questions must be answerable for those who are unaware of community gardens nearby.
Could develop a second survey to administer to those who seem aware of nearby community gardens to obtain more information about their impressions of the gardens.
I really liked the idea of green mortgages and bonds as well. Rather than our government spending money directly to install green systems for commercial buildings or private homes, it is simply forgoing the tax revenue they normally receive on investment earnings (which is a strategy used in a number of different community revitalization programs- ie, tax credits for restoring a historical building). Plus, people love taking advantage of tax free oportunities- my dad legitimately gets excited about donating our old clothing and recreation equipment to Salvation Army because he gets to write them off when he does our taxes. If we can emphasize the long-term benefits of installing energy-saving devices combined with the opportunties to take advantage of tax breaks, we can be a lot more successful in marketing these tools to your run-of-the-mill suburban home owner.
Of course, while these policies have major implications for getting the upper middle class and business elite involved in sustainability, they can also be used to generate social justice as well. For instance, as a part of the green mortgages program, the government could stipulate that a certain percentage of funds must be reinvested into affordable housing projects, low-income neighborhoods, etc.
It is vital to think about sustainability from the beginning of a project. After a building is constructed, enacting energy saving measures only takes a small chunk out of the energy usage. When energy was cheap, builders and architects didn’t need to think about efficient ventilation and lighting strategies. Any poor design was more than met by hyped up ventilation and cooling setups. Now that energy prices have begun to climb and energy shortages have become a problem, designers and architects have started to change their strategy on building design.
It seems foolish to think that buildings are designed to only take advantage of a plot of land in terms of esthetic values and pay no particular attention to spatial orientation. As the sun moves through the day and through the seasons, it strikes different areas of a building and with differing intensities. Devices such as sun shelves are able to project this light a considerable distance into a building’s interior and by using highly insulated windows, do not bring with it the added heat. During the winter months, this light could be used to shine on dark surfaces such as a dark stone floor allowing heat to be stored in the floor and aid in heating the building. During the summer, this sun could be aimed at a certain part of the roof to create updrafts which pull warm air from inside the building and provide a means of naturally ventilating the building. These examples of passive solar are fairly easy to implement, but must be thought about at the onset of a home, and just by taking advantage of the sun, a building could potentially cut its energy usage in half.
Beatley brings up a slew of examples on how Europeans have begun to implement sustainable aspects into new building design. It seems a shame that Americans have not jumped on this same trend. European policy makers have seen the same trends in energy usage that have been realized in the US, but instead of addressing rising energy demand by increasing supply, they have fought the rising demand through efficiency. Highly subsidized and publicized programs promote the use of energy efficient homes that take advantage of passive solar as described above. To curtail car usage, many cities have enacted high-speed bus loops and tram service which greatly exceeds even the best public transportation systems in the
Beatley sums it up very well saying, “There is simply not enough attention given in the
The chapter begins by displaying the Philadelphia flower show and its side project Philadelphia green. The Philadelphia flower show is an event which occurs once a year and creates massive displays of both flowers in artistic arangements (see above) and flower gardens. This is an interesting program because it covers multiple tactics. Most importantly the flower show does not work completely to educate, but mostly to amaze. And what better way for people to see the benefits of green in the city? Green Philadelphia continues this program by taking proceeds from the show and using them to create green spaces in the community. However they do not create spaces unless at least 85% of the neighborhood or block wants it. They they have everyone contribute (about $1). This functions as a commitment of the community to keep this space, it makes it theirs. It seems important to consider when doing any type of planning for a city to become part of the city instead of reaching to educate, or to recreate as Register would desire. Another interesting point the chapter brought up was how Philadelphia is a city of neighborhoods, and the work is often done neighborhood by neighborhood, block by block. Once again we see the importance of bottom up activity, as well as starting small instead of attempting large scale restructuring which displaces people and communities, while putting in large risks which often fail. We also see how the work can be a slow process, but that doesn't mean it is not moving. Philadelphia is an example of cities that is working to solve it's problems through the benefits of of nature, not solve it's problems of nature. The West Philadelphia initiative is working to add green space and trees to the city, which in turn creates increased aesthetic value, causing more people to see the city as a viable place to live and therefore increasing density.What was most interesting to me was the use of art in sustainability. In a culture that is plagued by sprawl, privatization, and loss of communications, art has the power to unite and recreate community. Philadelphia has many mural programs which range from those created by artists, to children, to prisoners, all in different neighborhoods of the city. The murals often reflect some aspect of the community, creating community pride and an increase in people staying. These murals can also beautify the community without leading to gentrification.
One of the things I was struck by and disappointed with was how the book glossed over some nice little details of the past. For instance it mentions the West Philadelphia Initiative, a part of the University of Pennsylvania as being a revitalizing force of West Philly. While this is true and the organization does work to create a better community, it completely ignores the fact that Penn completely destroyed a neighborhood (not exactly unintentionally either) in order to create university city, a transient area (think collegetown). In my opinion the organization does not do nearly enough to account for the damage it caused, or to account for the incredible seperation between the two parts or types of West Philadelphia, the poorer neighborhood, and that of students and professors. There is a double edged sward to this revitilization as we see prices increase. So once again (I know everyone is getting sick of it) I bring up my point of the real effect that green cities have on it's lower class residents?
Sunday, October 28, 2007
The Healthy House was designed by architect Martin Liefhebber for a sustainable housing design competition sponsored by the CMHC (The Canada Mortgage and Housing Corporation). The house, which was built in 1996, is actually two 3-bedroom, four-story dwelling units of 1,700 square feet that require no municipal power or water inputs, nor outside sewage treatment. The annual operating costs for the house total less than $300. The Healthy House is equipped with an impressive array of on-site water filtration, solar power generation and energy-efficient design that allows the house to operate independent of the municipal grid while feeding the excess power it generates back into the municipal power supply. (healthyhousesystem.com/toronto.html)
Of course, the house was built using as many local and sustainable products as possible on a vacant lot in a Toronto neighborhood that is close to public transit. The landscape features low-input gardens with edible plants, and all the home's appliances were chosen for their energy-efficiency. The heating and cooling system for the Healthy House uses passive and active solar systems, radiant solar floors, cogeneration, photovoltaic panels, super-efficient windows, air-tight super insulation, geothermal water circulation for cooling, and trellises of deciduous plants to provide summer shade and winter sun exposure.
One of the most impressive feats of the Healthy House in Toronto is its ability to treat and recycle waste water on-site. All the water used in the house is collected from natural precipitation and stored in a limestone cistern. Thanks to a basement composter and water filtration unit, household water is recycled as much as five times before it is slowly released back into the soil in the garden. (www.cmhc-schl.gc.ca/popup/hhtoronto/htg.htm) Even toilet waste is effectively composted in the basement and grey water purified through a mix of microoganism digestion (including worms), oxygenation, ultraviolent radiation and charcoal filtration - anyone looking for more information on how this system works should check out healthyhousesystem.com/theory.html. According to the Healthy House website, the system "can reduce water consumption by up to 90% while allowing users to maintain modern consumption patterns." The house's composting and water systems attempt to mimic natural composting and water filtration systems. This is yet another example of how, by paying closer attention to natural ecological systems, we can increase the efficiency of our urban built ecosystems. Not only do the natural systems work well, they also require little to no power inputs in order to function.
How much would a house like this cost in the real world? According to the designers and builders, any home could be built to function like The Healthy House at a cost of around $120/square foot. This figure is apparently equal to the low end price for a custom-built home in Toronto.(www.eyeweekly.com/eye/issue/issue_03.06.03/city/houses.php) The Healthy House isn't that expensive to build, it can start to pay you back right away in surplus power and energy-efficiency, and it can serve the inhabitants in the same way as a regular home, but why aren't more of these types of homes being built? Some of the other blogs discuss what many European countries are doing to encourage this type of building, but Canada and the U.S. still have a lot of catching up to do.
There were solar panels, grey water treatment, rain water catchments and a green roofs featured on top of their building that was is the process of being built when I got to visit. Inside, the floors were made out of fast-growing bamboo. The walls and office dividers were made out of those compressed hay panels that Beatley talked about in his chapter. The architect’s desks were recycled doors from the original post office. All of the appliances were EnergyStar and the bathrooms featured low flow toilets and sinks. The paints used were all ecologically friendly and as I remember their furniture was made out of recycled materials.
With so many recycled products in the office, it would seem like a pretty shabby place. However, that was not the case at all. If the architects hadn’t explained the energy efficient assets in their office I would have thought that everything was brand new. What’s more is that they used their office as an example for their clients—so that they could see that sustainable building practices were attractive and cutting edge. They also encouraged their clients to choose local or recycled building materials in the designs for new buildings. In this way, they were not only able to put their principles into practice, but also influence other major community stakeholders to incorporate sustainable practices into their business.
In order to meet housing needs for lower-income people, Ithaca can fund the development of new affordable housing units near the city center. Making such developments accessible to the city center is important in ensuring a good quality of life for city members. In addition to tax breaks, Ithaca can further encourage affordable housing development by providing low-interest loans, assistance in forming housing associations, and resources to develop community land trusts. Ithaca can also work with volunteer organizations and examples like Eco-Village to promote replication of such housing units. Finally, to promote community, cooperative housing, urban cooperative blocks, and programs that bring residents together can be enticed.
The chapter on building designs in Green Urbanism looks at the great examples that exist in Europe of sustainable building. In northern European countries, building complexes are designed to reduce energy use, increase density, and maximize resource use and availability. From Ecolonia to Morra Park, examples of ecological building abound in Europe. Most of them make very wide use of solar energy for both electricity, lighting, and hot water. In the Netherlands, especially, the government itself sets national targets for achieving bold reductions in energy use and sharp improvements in resource efficiencies and high density. The government funds several programs that involve the public and private sectors, encouraging collaboration and incentivizing higher sustainable building standards. While there are many examples in the United States, few are as impressive as the examples in Europe, where high density and full utility of solar energy, energy efficiency, and open space are very common. The challenge for the United States is to build the capacity for radically different building standards and to create policies that will discourage energy and resource waste in buildings and encourage density, green design, and efficiency.
The categories for which credits are awarded are:
Smart Location & Linkages
Wetland and water conservation (required)
Ag land conservation (required)
Reduced automobile dependence
Housing and jobs proximity
Restoration of habitat
Neighborhood Pattern and Design
Compact Development (required)
Affordable rental and for-sale housing
Reduced parking footprint
Access to public facilities, transit, and open (recreational) space
Local food production
Green Construction & Technology
Construction activity pollution prevention (required)
LEED certified buildings
Reuse of historic buildings
Reduced water use
Minimal site disturbance
On-site renewable energy sources and energy generation
Wastewater and stormwater management
Innovation and Design Process
Innovation and exemplary performance
LEED accredited professional
Projects get no points for the required criteria, but can earn up to 106 points for meeting combinations of the optional criteria. To be certified, a project must garner at least 40 points; projects earning more can qualify for silver, gold, or platinum certification. The standards themselves are fairly objective, for instance, many of the transit-related criteria rely on Vehicular Miles Traveled calculations. Brownfield redevelopment, ecological and wetland conservation, and ag land conservation all hinge on existing government standards and classifications.
The LEED-ND Core Committee commissioned a study last year about the public health implications of the program. While not an appraisal of LEED-ND per se, the committee used the findings of the report to shape the ND criteria to reap the greatest public health impact. The report had a strong EJ component to it, addressing the impacts of neighborhood location on special populations such as women, the elderly, children, and low-income households and also discussing how social capital is accrued and leveraged within a community. For reasons to support smart growth, this report is excellent, giving substantive reasons for reduced vehicular travel ranging from fewer incidences of asthma and car-related injuries, to improved physical fitness and mental health.
In one way or another, almost every aspect of green cities that we have discussed in this course is encompassed by the rating system. It would be interesting to rate some of the projects described by Beatley in Chapter 10 and see how they fare with the LEED-ND certification process. Perhaps they could serve as benchmarks for some of the projects that are currently part of the pilot program in the US and Canada. 120 projects were admitted into the pilot program, but there are currently more than 220 projects across North America that will be seeking certification when complete. I had the chance to meet the developer of one of the projects this past week at the Urban Land Institute fall meeting in Las Vegas. Dockside Green, located in Victoria, British Columbia, is aiming for Platinum certification. The website touts the project’s sustainability as follows: “A model for holistic, closed-loop design, Dockside Green will function as a total environmental system in which form, structure, materials, mechanical and electrical systems will be interrelated and interdependent - a largely self-sufficient, sustainable community where waste from one area will provide fuel for another. Here you will find a dynamic environment where residents, employees, neighbouring businesses and the broader community will interact in a healthy and safe environment, reclaimed from disuse and contamination."
USGBC LEED-ND (find the program document, scoring rubric, and public health report here.)
Unlike some of the more idealistic readings that we have analyzed, Roseland’s chapter entitled “Housing and Community Development” provides a lot of concrete examples and ideas for improving contemporary American communities—many of which emphasize the importance of community involvement and connectedness. Below are several ideas (some mine, others Roseland’s) that we could use in Ithaca:
1) Although we cannot force residents to interact with one another or build community, we can certainly build upon existing infrastructure to encourage interaction. One useful strength might be the extensive network of programs within Ithaca that target children and their families (sports leagues, after school programs, community centers, schools, etc.). Perhaps if Ithaca’s children get involved in the community, then parents will have no choice but to follow their example. In practice, we might intensively promote existing youth programs within Ithaca and then follow up by targeting the parents of the participating children. Not only could we generate a lot of rhetoric about community development, but we could also branch out from the youth programs and start offering comparable programs for adults. These programs could serve both recreational and practical purposes. For example, parents with extra time might get involved with an adult sports league while those with less time might benefit from cooperative childcare and carpooling networks.
2) The creation of public space is also a crucial element of building community. Although I know very little about zoning ordinances, land use regulation, or actual land usage within Ithaca, I imagine that a lot of residents within the community have built fences around their property. I do not suggest that we eliminate private property rights, but perhaps we can find a creative way to encourage residents to take down their fences and eliminate the physical barriers that separate neighbors. Perhaps we could even find some creative uses for the open spaces that result (community gardens, common space, etc.)
3) Looking more at affordable housing, Roseland provides many ideas for generating long-term (and even permanent) affordable housing. I particularly like the idea of sponsoring community land trusts within Ithaca. Such trusts purchase land at market value, remove the land from the market, and then use the land for affordable housing, public facilities, or some other meaningful cause. After construction is complete, the trust takes care of the land and monitors upkeep.
One point Beatley made was that in some cases material that is thought to be energy efficient or environmentally friendly is made less so when taking into account the concept of "embodied energy." Beatley brings up the shipment of western red cedar from Canada to the Netherlands to construct new homes with wood that can remain untreated. Beatley doesn't address embodied energy in his book but basically it is the idea that when you use a product or material you should factor in the costs (both monetary and environmental) with its construction and transportation. If you are interested in architecture and building it is important to know about because embodied energy is also used as an arguement for capturing the existing resources in and on our already developed land. So when you rehab an old building you are capturing the resources that went into all the materials, as well as the energy embodied by the workers that constructed it. Often times buildings older than 75 years old contain more green features than buildings built in the last 50 years because they were constructed with natural materials and constructed to have natural heating and cooling systems before everyone went HVAC crazy. I believe the USGBC still has not released their LEED rating system for existing buildings but I know it is in development and will rate existing buildings for the inherently green features if they exist, as well as for green features which are retrofitted. Combined with the substantial state and federal funds available for the rehabilitation of old buildings, a LEED rating system for existing buildings would create a powerful tool for restoring areas that were built basically applying smart growth principles before there was smart growth. So, enough of my preservation rant.
I appreciated the Roseland piece on Housing and Community Development very much. Roseland addresses realistic issues such as affordable housing, infill housing, brownfield development, the greening of urban areas and then offers examples of these issues being addressed in the US. In trying to keep with the assignment, I thought about, as I usually do, Pittsburgh. Reading Roseland's list of ways to address affordable housing I thought a lot about how many of the tools, such as Affordable Housing Programs like Habitat for Humanity already exist in Pittsburgh and unfortunately still aren't able to adequately address the issue. So I tried to focus on what we were missing that might help to close the gap. The first thing that jumped out was linkage payments. Roseland mentions them in Boston, and I just hears a talk by the Boston URA on their effectiveness. Great! Linkage payments in Pittsburgh! Actually, this would not be something that a smaller rust belt city can afford. The city struggles to attract developers as it is, and a linkage payment would deter not entice. Perhaps other municipal funds, or portions of other developer fees could be set towards affordable housing but I don't believe a linkage payment would be appropriate in Pittsburgh. What I did come up with was that when affordable housing is built it should be more service oriented, to empower residents. Additionally, a more large-scale tool might be the establishment of a land trust just to promote and protect affordable housing. With the highest number of foundation dollars avaiable per capita of any US city, Pittsburgh's foundations could support the land trust initially if it received donations of land from the city. Certainly something to be further explored ... unfortunately probably not by our 27 year-old mayor.
The LEED (Leadership in Environmental and Energy Design) was a great way of getting people involved and excited about green building. By having a building accreditation system people have a strong incentive for getting a project certified the main reason is for publicity and recognition. The LEED system assesses design in site planning, water management, energy management, material use, indoor and environmental air quality, and innovation in the design process. Obviously this is not all that goes into sustainable design, but it seems to be a very comprehensive and yet approachable system for green buildings. The USGBC reports that if implemented correctly their LEED system will provide a 9% decrease in operating costs, a 8% increase in building value, a 7% improvement in ROI, a 4% increase in occupancy, and a 3% available rent increase. From an building owner and operator's perspective sustainable building has been proven to raise performance tests in schools by 20%, decrease the average length of stay in hospitals by three days, increase the sales per square foot in retail spaces, increase overall productivity in factories, and lead to an average 2-16% productivity increase in offices.
I wanted to find one of my favorite LEED projects to talk about but instead i decided to find if any buildings in Ithaca were LEED and to my surprise the tompkins county SPCA is a LEED certified building.
This project consists of a new 9,900 ft2 (920 m2) animal adoption center for the Tompkins County Society for the Prevention of Cruelty to Animals (SPCA), a minimally renovated 4,000 ft2 (370 m2) building as an animal intake and evaluation area, and a bridge connecting the two spaces. Dogs and cats (the primary center occupants) have separate wings in the building, while the central area houses staff and community rooms, a treatment and surgery suite, and other support spaces, including the laundry and grooming rooms. The project was landscaped exclusively with native trees and grasses, and no permanent irrigation system was installed. Runoff from the parking and roof surfaces is channeled through a series of swales into a filtration trench and detention pond designed to allow stormwater infiltration. Efficient fixtures reduce water use indoors. Energy-saving features include a geothermal heat pump, a narrow building footprint conducive to natural lighting and ventilation, efficient light fixtures, and heat-recovery ventilation. The indoor environment is enhanced through operable windows and 100% fresh air in animal spaces. All paints and finishes used in the project contain low or no emissions of VOCs, engineered wood products contain no added urea-formaldehyde, and carpets meet Green Seal standards. FSC-certified poplar was used for exterior siding and interior ceilings, and recycled-content materials were used when feasible.
I am personally very interested in Green, LEED certified buildings so after reading the Apollo Alliance and saw what
In the past couple of decades,
The building has the following features:
- Glazed Thermal Buffer Wall
- Garden Roof
- Water Harvesting
These three elements are all interconnected as they assist in reducing heating costs through various methods. The glazed thermal buffer wall is a double glass plane that has air buffering the inside of it from heat gain or loss. It also allows for natural light penetration. While the glass sides help decrease heat gain on the side of the building, the roof garden prevents heat gain at the top. The roof garden is watered by the water harvesting units which helps decrease water expenses.
The city believed that it would be a good idea to make the community center sustainable so that the entire community is touched by an environmentally friendly atmosphere. This hopefully spreads to the rest of the community and people will begin enacting these sustainable measures in their own homes.
Often it is a problem getting the public involved which is why
1) I think it's exciting to know that by putting computer monitors on sleep mode if they're unattended for more than ten minutes can save a city approximately $13,000 a year. (Apollo report, p 14) This is an incredibly simple action that anyone who owns a computer can do. It's something that is easy, and you can even just set the computer to do it, so people won't even have to pay more attention to what they're doing. So here's one simple step we can take, even for ourselves.
2) I like the idea of a Green Building Team like they've developed in Seattle, WA. I think it's great to have an interdepartmental team work on assessing green building in the city. A lot of the time, we are missing an interdisciplinary, holistic approach to many of these issues, and by addressing them in a one sided fashion, we open the possibility for everything to fall apart on the other sides. A holistic approach is a protection against this happening, and also makes the new plans more integrative and exciting.
3) It's amazing to me that in Chicago they dropped the roof surface temperature 70 degrees by creating green roofs. Wow! That is a lot of degrees, and I think green roofs are great because they can be quite simply constructed, they are clearly very useful in terms of energy efficiency, and they can be aesthetically pleasing--something we might consider more in our designs.
-along with that, I like that the city offered $5,000 grants for the construction of the roofs. It shows honest and practical support on the part of the government, and show they aren't wind-bags.
4) Expediting permit review for greener buildings also seems like a good idea. It makes the process easier for those already committed to that type of construction, and at the same time encourages others to consider the idea, if only by poking them a bit.
5) This one is similar to the idea of putting computers on sleep mode. If UB spends an extra $100,000 if the heating or cooling is off by 1 degree, this is also a small step to saving loads of money and energy, and it makes you realize how much difference one degree more or less can make. It makes me feel like I want to be more considerate about heating my own home too.
6) The idea of De-coupling is cool. It's maybe a bit socialist for the US, but maybe it can be presented in a better way. It's great though to disassociate profit from providing basic needs to people. This seems like an important philosophy that can be applied in other areas as well.
(From Beatley now)
7) I like the idea of an ecological demonstration project. People want to see it to believe it. They need a concrete experience of what some of these semi-strange ideas are all about. For lots of people this is so far from their everyday experience; I think in the US this, coupled with respectful marketing, would make a big difference.
8) I like the emphasis on education in the Scandinavian countries. It's different from brainwashing and might get people's minds working, so that we could develop even better and way more relevant ideas for people.
9) The Green House Numbers is a neat idea. It's a little childish, but kind of sweet just the same.
I'm uncomfortable talking about the "powerful roll government can play" in the context of the United States. I think our political process is (fatally?) flawed, and dangerous. I think there is very little actual representation of what the public choice includes, and I don't think it's healthy to think that a few environmentalists lobbying like hell would be an OK thing. It might make some changes, but I am still absolutely convinced that unless there is a consciousness shift, MUCH better education system, a MUCH better (hell, existent) health care system, a lot of attention to equity and justice issues that go unexamined most of our lives, unless we have to face them everyday, etc etc, you get the idea. Well, none of this will ultimately make any difference.
Also I'm not sure about the idea of legislating an zoning, not only because there is serious under-representation in the government, but also because it's not very inventive or revolutionary, and certainly not relevant to the people to simply legislate that they live in an ecological manner.
There is certainly an element of urgency that comes with issues of the environment, but if we are truly thinking in a seven generation, systems type of way, we better consider more than telling people what to do.
Thursday, October 25, 2007
Sorry about the long delay in getting this to you. Please notify me if this delays your getting assignment in on time. The blog assignment is due "late" Sunday 10/28, Ideally, get it in earlier and feed off each other's ideas an experiences.
GREEN BUILDING AND NEIGHBORHOODS---OR---DEEPEN/INTEGRATE EARLIER THREADS -SYSTEMS, JUSTICE, OR GREENINGPlus Behavior Change /Journal & Individual Presentations (see below)
Green Buildings And Neighborhoods
1) READ a) Beatley, Building Ecologically 290-324 (at least 30 pages) AND b) Apollo Alliance report, New Energy for Cities, section on ***High Performance Buildings****, pp 13-27, if you haven't already done so AND/OR
c) Roseland handout, from Toward Sustainable Communities, Chapter 11, Housing and Community Development, pp.154-167, contains excellent resources on affordable housing, health, and eco-justice. Can focus just on housing, if you like.
2) REFLECT & WRITE a short blog entry on your observations on how these readings could apply to changes you could make in Ithaca or your home place (not your individual house) if you were a planner, public official, citizen activist, etc.***OR***Short, written Case Study: Follow up on one strategy or place you got excited about and turn your learning into a one-page blog entry. (Extra credit for linking to course themes of integrated systems, justice, city as nature, citizen empowerment, transit oriented development, etc.)
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(Or in addition to) instead of focusing on Housing/Neighborhoods:You can: Deepen/Integrate Earlier Threads -Systems, Justice, Or Greening1) READ OR RE-READ your choice of sections of either Hallsmith (Systems), Agyeman on (Justice/Sustainability), OR Edens Lost & Found and/or Roseland handout on Greening (Urban Ecology), (30-40 pages will do)2) REFLECT/WRITE on their applicability to other areas we have covered, new ways you are understanding and valuing this area, or a project or tool from them that you'd like to do a short Case Study of.
3) Continue with Behavior Change and Journal . Even if I have the physical book at my desk, please write on same size page, & paste in later.
Note: If you're feeling uninspired or underworked in your "social sustainability" efforts, how about organizing a group local foods dinner/celebration (lots of creative participatory planning involved here)? (I've got great seasonal cookbook resources). Or even a joint meal with our IC sister class (11 people). Could be sooner (more fresh local foods, less end-term stress) or later (nice finale, more need for celebration, more time and energy scarcity). Also note our "final exam" will be a closing celebration, during our final exam time on final week, including food & drink I provide and an evaluation process.
CASE PRESENTATIONS: (max 6-7 min, 3-4 min for Q&A & feedback)Maya, Rachel, Libby (Caitlin, - please contact Ron & I to reschedule, as you were out)
NATURE IN THE CITY (ideally, this would include taking at least an hour to DIRECTLY OBSERVE your focus area for Nature in the City) - Toni, Deane
DISCUSSION FACILITATION - Melanie, Salima (Deane, missed your turn, please check in with me)
Monday, October 22, 2007
"To be effective, researchers need feedback from the community about its needs," says Dr. Carol Horowitz of Mt. Sinai School of Medicine in New York. "It is important that community groups be clear about their priorities. It's really common sense," she says. "Don't go into a community to fix something unless you've asked them what they need. You can't fix people—you have to work with people."
How Is Community Based Participatory Research (CBPR) Different?
In CBPR, the community memebers play a direct role in the design and conduct of the research study.
This process is accomplished by:
- Bringing community members into the study as partners, not just subjects.
- Using the knowledge of the community to understand problems and to design activities to improve interventions.
- Connecting community members directly with how the research is done and what comes out of it.
- Providing immediate benefits from the results of the research to the community that participated in the study.
- In CBPR, community members are also involved in getting the word out about the research and promoting the use of the research findings. This involvement can help improve the quality of life and health care in the community by putting new knowledge in the hands of those who need to make changes.
This was taken from the Agency for Healthcare Research and Quality website: http://www.ahrq.gov/research/cbprrole.htm#different
Basic public education on these matters as well as advertising on TV and radio, would initially help to encourage people's interest in switching to renewable energy, both in private homes and businesses and publicly. I feel like once people understand that they will, in the end, save a lot of money, they will be excited and begin the process.
For some reason, I think there has been a lot more solid research into renewable energy sources. Many of the examples proposed in the chapter "Energy Efficiency and Renewables" were presented with concrete examples where they've been used in places.
None of this is all that new, so I'm curious why many things haven't been implemented. Is it like the case of cars and transportation? In that case, people are seemingly addicted to the use of the car and the automobile industry has powerful lobbies. Perhaps energy companies also have such strong lobbies, but the people-addiction problem doesn't exist in the same way.
Really the difference is that switching to renewable energy will not directly and actually change the routines and habits of the people. It will change the way power gets to their homes. I see this as an achievable goal, and I can't figure out why it hasn't happened yet.
*FOR IMMEDIATE RELEASE: October 22, 2007*
Contact: Kevin Moss, Community Outreach Coordinator
*Leading Authority on Climate Change **To Lecture at Cornell Plantations*
ITHACA, N.Y. — David Wolfe, professor of plant ecology in the Department
of Horticulture at Cornell University, will deliver the lecture “Climate
Change and our Gardens, Farms, and Natural Landscapes” on Wednesday,
November 7th. The lecture will take place at 7:30 p.m. in the Alice
Statler Auditorium in Statler Hall, on the Cornell University campus.
Dr. Wolfe’s presentation is part of the annual Fall Lecture Series
offered by Cornell Plantations, and is free and open to the public.
Dr. Wolfe’s lecture will focus on the opportunities, risks, and
challenges for gardeners, farmers, and land managers as the climate of
the Northeast changes. He will discuss invasive insects, disease, and
weed pests, and their control; the effects on biodiversity in our
natural landscapes; how our forests are likely to change; and the risks
to our agricultural sector, particularly the fragile dairy industry. A
variety of ways in which individual gardeners can help mitigate
greenhouse gas emissions and adapt to climate change will also be
David Wolfe currently serves on the advisory boards for Cornell
Plantations, the New York Water Resources Institute, and the New York
Department of Environmental Conservation Climate Change Planning
Committee. He is a leading authority on the effects of climate change
and rising atmospheric carbon dioxide on plants, soils, and ecosystems,
and has published numerous articles on this topic.
Cornell Plantations is the arboretum, botanical garden, and natural
areas of Cornell University, and is open free of charge to the public
during daylight hours. For more information about out upcoming fall
lectures, and other exciting tours, classes, and events throughout the
year, please visit our website at www.plantations.cornell.edu
This week’s readings offered many examples on how to both spread renewable technologies as well as strike at the core of energy issues by reducing the overall energy load. These are very important topics that need to be discussed and implemented all over the world to combat both energy shortages as well as global warming.
There are many ways to implement renewable energies. These include the standard examples of wind farms and photovoltaic arrays but also include much more traditional processes such as cogeneration and district heating and cooling. The prior has already gained widespread attention but cogeneration is somehow missed by many when the discussion of alternative energy comes into play. Cogeneration is an extremely important process and involves taking the waste heat from electric generation and pumps this heat out to the surrounding areas to be used to heat homes and hot water. This heat is otherwise wasted which results in the standard power plant efficiency of around 30%. A 30% efficiency means that nearly ¾ of the fuel’s energy is lost to the environment and nothing productive has come of it. Though typical measures of improving the combustion cycle may increase this efficiency, no amount of reheating or superheating will bring this efficiency to anywhere even close to 50%. The reason is that most of this energy results in a gas or fluid that is too cold to produce any extra electricity. Cogeneration, however, has found a way to take advantage of this waste heat. Though the fluid is too cold to produce any more electricity, it is still very hot in people standards where a hot shower is no more than 110 degree F. Cogeneration plants run the waste fluid through a heat exchanger which removes a large amount of it’s energy. This heat is transferred over to a water or steam line where it can then be piped out to the surrounding homes and businesses. This allows the heat which is worthless in terms of electricity production to supplement all of the heating requirements of the consumer and by finding a use for this waste heat, efficiencies can more than double reaching 80%-90%. Cornell’s COGEN plant has been achieving around 80% efficiency and will approach 90% after it’s upgraded COGEN turbines are completed.
This past example only shows one half of the energy issue which is the generation, but does nothing to combat the actual energy usage. A number of programs around the country and world have started up to offer incentives to energy efficiency projects. Heating and cooling account for a large part (up to 50%) of the energy usage in buildings so many programs have been started which help pay for improvements in this area. These come in the form of insulation improvements, higher efficiency windows, and gas fired boilers to supplement electric heater are widely seen. It is important that these programs continue. Many of the people who incur the highest utility rates reside in lower quality homes where windows and walls are drafty and much of the heat is lost to the environment. Because these lower quality homes are often found in lower income areas, a huge chunk of the resident’s income goes to keeping his family safe. This coincides with the idea of “economic multipliers” which addresses the idea that utility rates suck an enormous amount of money out of the community and further it’s economic disparity. These lower economic places should be the focal point of energy efficiency programs so they can live more comfortably and spend less on their energy bill giving them the freedom to reinvest these savings in their local community.
There are a wide variety of ways in which to reduce fossil fuel dependence and combat global warming. Though I have only addressed a few here, it is vital to take advantage of any opportunity to improve efficiency and failure to do so will only further our problems.
Sunday, October 21, 2007
Much of the writing this week focused much more on incentives and teaching rather than on shift of mindset. Mostly this is due to the topic (energy tends to be a bit more cut and dry), nonetheless it was a welcomed change for me. During the last behavioral change journal meeting my group got into a discussion about the validity of many of the ideas we have been reading about. They are on such large scales and require such incredible behavioral shifts as well as money, that they just do not seem possible. The Apollo reading laid out many possibilities of incentives based programs which work to make cities more sustainable, but also don't bankrupt the city (or turn into failed Utopian dreams). I have for a long time been a fan of incentives based programs.
As for the specifics after the bit of rambling I just did. The programs I found most interesting in Apollo were those which effected multiple communities, of different income. One of these was in Cayuga County in NY. The idea of collecting manure from different farmers and then processing it into energy, while cleaning the manure. They take a assets based approach (instead of just focusing on what needs to change) to create positive outcomes for farmers and for the whole community. This approach is an important one because it incorporates what is already there, instead of trying to create something completely new. Farmers want their manure taken away, community members want cheaper energy, everyone wants clean water, I don't see the problem.
The Housing and Community Development Chapter states that in order to have positive community development it requires good urban design, community programs, governmental policies and initiatives and physical characteristics that draw people together to promote an atmosphere of peace, security and pride. The chapter takes a holistic approach to sustainable community development because it addresses social equity, health and safety and environmental issues.
The chapter stressed the need for affordable housing especially co-housing. It listed many affordable housing programs, such as Habitat for Humanity, Urban Homesteading, Mutual Housing Associations all of which build, manage or maintain affordable co-housing.
The Build High-Performance Cities chapter gives ides on how to build high-performance cities and gives examples of what cities are doing now to create smarter growth. For example Portland Oregon has enacted a urban growth boundary. This will help limit urban sprawl and promote growth with in the city. Other ideas in the chapter are Investing and rehabilitating existing buildings instead of moving outward. Programs Don't Move Improve help reinvest funds to fix older buildings instead of constructing new ones. Transit Oriented Development (TOD) is a way to decrease reliance on fossil fuels and increase public transit us.. Building housing developments by transit hubs makes pubic transit more attractive.Another way to stop urban sprawl is to charge fees directly to suburban developers for the new infrastructure costs instead of incorporating them into the city's budget and letting tax payers pick up the tab.
Before reviewing the previous posts my idea was to talk primarily about geothermal energy and its overwhelming energy benefits. Once reading the posts i noticed that the one prior to mine was about a similar topic, it was a very inspiring and well written posts so i will attempt to continue on the path that was set forth by that post the best that i can.
Overall i have been extremely torn about my stance on renewable energy. When studying for the LEED examination i learned a lot about small scale renewable energy use in single building situations. From my interior design/architecture perspective it is a very costly and difficult idea to employ. Very few clients are ever interested in renewable energy sources due to cost/space/ and aesthetics, despite the tax decreases that often come with the conversion. As a member of the industry i had to agree with these concerns. I do not want to sound negative or pessimistic but i do understand the unattractive side of renewable energy, but as a conscious and aware person i realize that the way in which we consume and view energy is unacceptable and could lead to a societal demise if not modified. That being said in my confusion about renewable energy i began to research a lot of the lesser known methods and realized that not every renewable energy source has the negative effects that solar panels and wind mills do.
One source that really began to intrigue me was that of geothermal. From what i have been exposed to this is a much lesser known and less talked about renewable energy source. I realize that a large portion of this may be the fact that it can not be accomplished on an individual level. The process of digging enormous holes into the earth and building a small power plant above this hole. Although this source would need to be done at an infrastructure level i believe it has enormous potential. It has very little environmental and habitat impact and the EPA has gone as far as to call geothermal heat pumps are the most energy-efficient, environmentally clean, and cost-effective systems for temperature control. it has been found that direct use and heating applications have almost no negative impact on the environment. Geothermal power plants do not burn fuel to generate electricity, so their emission levels are very low. They release about 1 to 3 percent of the carbon dioxide emissions of a fossil fuel plant. Geothermal plants use scrubber systems to clean the air of hydrogen sulfide that is naturally found in the steam and hot water. Geothermal plants emit 97 percent less acid rain - causing sulfur compounds than are emitted by fossil fuel plants. After the steam and water from a geothermal reservoir have been used, they are reinjected back into the earth. Finally, they are fairly pleasant to look at, an issue that i must admit is very important to me and my industry perspective, at the top of this blog i included a picture from wikipedia show a series of geothermal plants in Iceland and in my perspective i think that it is a very attractive options, especially in comparison to what we have today.
I wanted to end by saying that although i am very excited about my new found knowledge about geothermal and renewable energy i do not think that it is the ultimate and only form of energy out there. I strongly believe, as with almost all topics of sustainability, a balance is needed we need to explore all forms of renewable energy and employ different forms in different situations. There will never be one answer to sustainability is is finding a complete balance a balance that is greatly foreign and needed in our energy crisis that we are faced with today.
From the first reading, it was very interesting to see what cities and utilities are doing to finance renewable energy and energy efficiency. It is typically cheaper to reduce energy use than it is to expand energy capacity. Many utilities do not understand this. Some utilities in the West (such as PG&E) actually provide incentives that reduce energy use in households, giving both homeowners and themselves the benefits of prevented energy expansion projects. In addition, such incentives are key to maintaining a vibrant economy, as the financial savings that homeowners accrue multiply across the economy as they flow. Another great example that came to my attention was the deep lake cooling project in Enwave, which uses cold water from the depths of Lake Ontario. Cornell has a similar system called Lake Source Cooling that cools the campus during the summer.
In the Apollo Alliance reading, there are many excellent examples of how cities are taking first steps. It makes a clear argument that renewable energies are not cost-competitive with fossil fuels, yet it fails to mention large renewable energy projects, of which there are many. I think the best case studies are those in the area of building standards and energy efficiency, where cities like Seattle, Dallas, and Chicago have set standards or provided incentives for green buildings. It is unfortunate, however, to not see an example of where standards for new buildings have been set for entire cities. This is a bold step that would probably require subsidies to offset the additional costs to low-income people, but it could well be funded with some type of energy efficiency mechanism that includes, for example, zero-interest on long-term payments.
In spite of all the great tools and examples being shown in these readings, these all fall short of what needs to take place to eliminate the use of fossil fuels. Cities need to be more committed to setting standards city-wide for energy efficiency and to training citizens to do these kinds of jobs. They also need to find ways of procuring more renewable energy in the city. One large obstacle, of course, is that there aren’t many states giving worthy incentives. In addition, the federal government hasn’t taken energy as a priority at all. Reducing energy use by roughly 10-20% is important, but it will not do the job we need to do. I think any overview of energy efficiency and renewable energy needs to discuss the underlying reasons for these. It also needs to discuss what the barriers to implementation are in a larger scale and what the possibilities of getting to that scale are.