Traffic Congestion and its Future

Chosen Topic: Restructuring NYC’S Transportation to Relieve Stress & Increase Resiliency
Group Members: Justin, Kyle, Jun, Herrick, Hugh
Goal/Aim: Incentivizing decreased use of private transportation in favor of public transportation to decrease stress on transportation in New York.

Why did our group choose this topic?
While discussing, our group realized that raising prices and taxes to reduce congestion is not an effective solution. For the sake of comfort, we believed that people would either pay the higher price, or others who are able to afford the more expensive rates would take their place. In the face of an indefinite increase in population for all the boroughs of NYC, it simply isn’t sustainable to assume that private cars can continued to be used in the way they are. By making people want to use public transportation more, while gradually/systematically weeding out the use of private cars, transportation in NYC can become more resilient to the increasing stress of population growth.

Our end, idealistic goal is for the streets of NYC to be void of privately-owned cars. By allowing the streets to be used for public transportation and other public uses like delivering supplies and transporting trash, there can be a more rigorous system/schedule designed to avoid traffic jams, scheduled in a similar way that the subways are. Realistically, our group would like an integration of reality and our ideas. It may be unreasonable to completely get rid of all private cars, but if we can reduce it enough for public transportation to be a viable means of transportation in NYC and relieve stress on transportation both above and below the ground, the city’s transportation infrastructure would be resilient enough to endure the projected population growth in all of its boroughs. Our project can be divided into a 3-staged approach: analysis of historic transportation and its successes and failures, gradual implementation of decreased private transportation on outer boroughs, and finally the holistic target of decreasing private car-use and opening up the streets of NYC for efficient public transportation (as well as other public services).

How will the research be divided amongst group members?
Our group has 5 members, and the content for our research can be divided as so, although tentative:

  • Historical/background research on techniques on reducing traffic congestion and why they were ineffective. Some research into modern practices of cities completely banning cars, the pros and cons of this and what we can take from it. The person in charge of this aspect will have to research the history of NYC’s transportation system, and other city/countries’ in order to better understand why congestion occurs and how some cities may have managed to solve this problem.
  • Incentivizing the use public transportation (buses), over private transportation. This includes making buses as viable as the subways.
    • Begin by analyzing why solely depending on NYC’s subway system is not sustainable. What stresses are there, can we depend on our subways in the next 50 years with the incoming increase in population?
    • Provide the benefits of not only effective public transportation on the streets, but how it works in conjunction with subways. When your train to New Jersey is suddenly closed for some obscure reason, you have limited options on going back home. And to call an Uber on a Friday evening when the cars flood Holland tunnel, there isn’t much of a choice to begin with.
    • Start on the outer boroughs where congestion isn’t as much of an issue. Slowly works inwards towards most problematic areas of the city. Demonstrate how clearing the streets for public transportation allows for less congestion and allows for more timely transportation (perhaps faster than subways and capable of making closer stops).
    • More effective bus designs; no linked-buses, more double deckers, trolleys? What are the issues from past bus designs and transportation systems that we can learn from? What are innovative ways to relieve congestion and simultaneously increase efficiency of public transportation.
    • The person in charge of this aspect is largely responsible for a list of why citizens of NYC would want less cars and more public transportation on the streets (and how we would start with this project). This section will likely require two members as it is a lengthy amount of research.
  • Ultimate goal of having streets in NYC be mostly for public use (trucks delivering supplies, public transportation, and the allowance of smart cars). The person in charge of this section should outline a concrete image of what our final result should be (working with other members). This section would also include a ‘further considerations’ section that may be obstacles to our project, like what do citizens who already own cars do? What would the policy towards taxi drivers be?
  • Other benefits to our solution: decreased amount of accidents both car-car and car-pedestrian collisions, decreased stress on subway system as people begin to use buses, and environmental benefits of less carbon emissions due to less cars.
    • Can also ensure guarantee schedule of buses that is not always delayed by traffic.
    • Safety is not only for pedestrians, but for bikers who at times have no lanes and navigate dangerously between cars and people.
    • The person in charge of this section of research would identify the many benefits of our project being successful, outside of relieving transportation congestion in NYC.

[Summary of Research]
->What have cities done in the face of traffic congestion that has and has not worked?
->What are the benefits of increasing public transportation use? What can we do to make public transportation more effective and comfortable to use?
->What are the issues with how things are at the moment? Can we continue to rely on the systems we have right now, or will an increased population be too much of a stress on NYC’s transportation?
-> What is the final result that our group wants to see? What are realistic obstacles that must be considered for this project?
->What are additional benefits in implementing our project?

[Tentative Deadlines]
[Mar. 12th] Submission of group proposal, discuss together and outline other possible issues we may face in our research. Agree on who will do which research parts.

[Mar. 18th] Have all sources we want to use chosen. Have a rough draft of our sections printed and ready to share. Read each other’s parts and make changes to make project cohesive. Do research together if necessary. Information should be on Google Drive.

[Mar. 29th] Put together all parts into a cohesive project. Revise and make sure that all aspects of the project have been considered.

[Apr. 9th] In-class working session. Outline presentation and be ready to rehearse.

[Apr.16th + 30th] Powerpoint should be finished, with each group member well-rehearsed in their part, but also knowledgeable in the entire project.

[May 4/5th] Conference Date

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Welcoming the Water with Rain(a)Way Tiles

Group Members: Caitlin, Kay, Pabvitraa, Rob, and Olha

Our group plans to focus on the issue of water resiliency. In a city with 520 miles of coastline, this issue is increasingly relevant as global temperatures rise, ushering in an era of melting ice caps and rising sea levels. Following Hurricane Sandy, NYC government officials decided it would be a good idea to permanently invest in better infrastructure to mitigate the flood risks associated with more frequent storms. After all, PlaNYC’s Climate Analysis reports that our floodplain has increased by about 15 square miles from 1983 with about 400,000 New Yorkers now residing within them, not to mention $129.1 billion worth of properties. Flooding has the potential to damage these properties, as well as natural resources, and even cause loss of life, posing a great threat to our city. NYC is highly prone to inland flooding which occurs due to short-term torrential downpours, or moderate rainfalls that occur over several days. Its built environment is dense, heavily paved, and built on landfill in what were once wetland areas. This limits the capacity of the ground to absorb or drain water, raising the risk of inland flooding.

To combat flood risks, defend coastal cities, and protect investments, the city should invest in more resilient infrastructure – namely Rain(a)Way tiles, which offer an innovative method to lead water into different channels so that flooding is lessened, rainwater seeps into the ground, and groundwater is constantly replenished. By placing the tiles on the existing ground, our city can prepare for a future in which more extreme weather and the flooding associated with it are increasingly prevalent. We believe this is the best, most cost-efficient use of the resources at our disposal for flood prone areas, especially when homeowners still recovering from Sandy do not wish to spend more money of flood proofing their properties. There are currently four types of tiles with different functions, such as one that infiltrates rainwater and one that leads the water away so each NYC area should get tiles best suited for its needs. For example, severe flood plains would have the ebb tiles made of waterproof concrete to disperse the water evenly to prevent local flooding.

Our tentative plan for working on this project includes meetings either before or after class, and setting a time on Monday evenings to meet digitally and work together in order to complete this project in a timely fashion. We also plan on allocating group responsibilities as evenly and fairly as possible so that we can all work individually on our separate parts but still overlap responsibilities for more accuracy, such as research and hypothetical implementation. For example, one person will report on how Rain(a)Way tiles are related to sustainability and resiliency in broad terms and another will report on why it is concerning for NYC. One person will explain our policy solution, the other will review the case study of the tiles working in the Netherlands, and the final person will report on how a city agency, most likely the Department of City Planning and its special zoning regulations, will carry out the investment budget wise, how long (most likely ten years) it will take, and possible problems we might run into. Finally, we will come together and review each other’s work.

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Trash Talk

New York City has been able to survive and flourish for hundreds of years, but nowadays, excess trash in New York City is threatening a variety of aspects of its sustainability. The first, and most obvious, aspect of sustainability that trash threatens is the city’s ability to keep itself clean and odorless. With a population of 8.6 million it is not surprising to think that New York City produces about 14 million tons of waste annually.[1] The reality is that this abundance of trash produces a smell that New York City residents are all too familiar with once the temperature starts to warm up. Additionally, trash is constantly piling up on the street as a result of its abundance.

Two more prominent threats to sustainability are created by diesel trucks that transport garbage outside of Manhattan. First, is the threat of furthering pollution and climate change due to the carbon dioxide emissions that these diesel trucks produce when they transport garbage out of Manhattan. These diesel trucks carry garbage 7.8 Million times each year, which is the equivalent of driving around the earth 312 times.[2] This alone will create a serious amount of carbon dioxide emission, but to make matters worse, “only 10 percent of the garbage trucks carting putrescible waste in New York City meet 2007 EPA emissions standards.”[3] Second, is the threat to New York City residents’ health that is also caused by these polluting trucks. These trucks often drive through lower income neighborhoods such as in south Bronx and north Brooklyn and they create five to seven times higher asthma-inducing pollutant levels.[4] Additionally, pollution from these trucks causes “3,000 deaths, 2,000 hospital and lung conditions, and approximately 6,000 emergency department visits for asthma in children and adults annually.”[5] These are only a few of the threats to sustainability of New York City that garbage poses.

While there are a variety of sustainability issues that garbage creates in New York City, there are also problems that are specifically of New York City concern. The city is known for its smelly, garbage filled streets and polluted air. Trash bags are piled up on the curbs and the sidewalks due to New York City’s dense population as well as its many skyscrapers. New York City is the largest city in the world’s most wasteful country. It generates more than 14 million tons of trash each year. Furthermore, New York City’s status as America’s densest city, which is demonstrated by its narrow streets and traffic jams, makes it harder for the city to collect all that garbage. Also, the city has no available land for landfills leaving us with no other options but to take it upstate or ship it off to another state. In 2012, New York’s public and private waste management systems spent a combined 2.3 billion dollars on garbage collection and disposal. With this amount of money spent it might be more cost efficient and green to make an innovation which will not only allow us to deal with the cost of cleanup, but may even be useful in making something from the 14 million tons of trash a year. Clearly, trash is a prominent problem that is deserving of New York City’s attention.

 

[1] http://www.columbia.edu/~sc32/documents/ALEP%20Waste%20Managent%20FINAL.pdf

[2] https://www.businessinsider.com/why-new-york-city-smells-in-the-summer-2016-6

[3] http://transformdonttrashnyc.org/wp-content/uploads/2016/09/Final-draft-v3_TDT-Air-Qual-Report_Clearing-the-Air-1.pdf

[4] http://transformdonttrashnyc.org/wp-content/uploads/2016/09/Final-draft-v3_TDT-Air-Qual-Report_Clearing-the-Air-1.pdf

[5] and approximately 6,000 emergency department visits for asthma in children and adults annually

Even though garbage in New York City seems to be a daunting problem to solve, there are a variety of solutions that the city can employ to curb this problem. We already turn water bottles into fleece, plastic bags into deck material, roofing into pavement. But ideas abound for more-futuristic forms of recycling. Mitchell Joachim, a co-founder of Terreform One, a design firm based in New York, proposes crushing trash and molding it into Tetris‑esque blocks that we could use to build islands and skyscrapers. Joachim’s firm has created architectural plans for a 53-story tower made with the waste New Yorkers produce in 24 hours.

America is the lead creator of waste on the earth, making approximately 30% of the world’s trash and tossing out 0.8 tons per U.S. citizen per year. Ungracefully, our American value system is somewhat distressed. It seems value has devolved into feats of rampant affluenza and mega products scaled for super-sized franchise brands, big box retail, XXXL jumbo paraphernalia, etc., encapsulating a joint race for ubiquity and instantaneity in the U.S. mindset. Where does it all end up? Gertrude Stein cleverly pointed out; “away has gone away”. The first step we must take is reduction; meaning a massive discontinuation of objects designed for obsolescence. Then we need a radical reuse plan. Our waste crisis is immense, what is their call to action?

New York City is disposing of 38,000 tons of waste per day, mostly ending up in Fresh Kills landfill before it closed. The Rapid Re(f)use project supposes an extended New York reconstituted from its own landfill material.

With their method, we can remake seven entirely new Manhattan islands at full scale. Automated robot 3D printers are modified to process trash and complete this task within decades. These robots are based on existing techniques commonly found in industrial waste compaction devices.  Instead of machines that crush objects into cubes, these devices have jaws that make simple shape grammars for assembly. Different materials serve specific purposes; plastic for fenestration, organic compounds for temporary scaffolds, metals for primary structures, and etc. Eventually, the future city makes no distinction between waste and supply.

Target Dates

March 12th: Initial Group Project Proposal Due

  •      Isaac: How using trash for infrastructure relates to sustainability
  •      Alon: Why NYC should be concerned about its growing trash issue
  •      Grace: Trash → Growth and Infrastructure Solution
  •      Masha: Discussing Terreform ONE in Depth
  •      Lauren: Detailing Project Target Dates

March 19th: Group Facetime call to divvy up the progress report

March 23rd: Each group member must submit their portion to the joint Google Doc

March 24th: Peer review to eliminate errors and revise/add any missing components

March 26th: Detailed Progress Report Due

April 9th: In Class Working Session

  •      Deciding on roles to help prepare the presentation
  •      Choosing graphics/links to incorporate

April 11th: Library meet-up to continue working session

April 15th: Evening Facetime call to review each other’s contributions

April 16th: Presentation Practice 1

April 30th: Presentation Practice 2

May 3rd: Group Facetime call to review roles and practice prior to conference

May 4th of 5th: Future City Conference

May 6th: Group Facetime call to discuss our successes, faults, tips to improve our presentation skills, and ways to implement our plan’s sustainable values

Isaac Weinstock, Grace Kassin, Lauren Rahmanim, Alon Bezalel, and Masha Formitchova

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Expanding Food Waste Recycling for Businesses

Group Members: Ingrid, Vicki, Anastasiya, Makinoon, Kevin

Our group is planning to address NYC’s food waste problem, particularly as it pertains to organic waste generated by businesses. We chose this topic because food waste is a problem that is both socially impactful, as 1 in 8 American’s struggle with hunger daily, and an environmental issue, contributing greatly to harmful greenhouse gas emissions, and businesses are a large contributor of this waste. The City of New York already has the capacity to expand its food waste recycling programs, which include composting and using wastewater treatment plants to convert organic matter into energy resources, and has shown willingness to expand its subsidization of food rescue operations. The main issue we believe, lies in incentivizing all businesses, small and large, to comply with the currently voluntary ordinances regarding organic waste recycling. Both Mayor Michael Bloomberg and Mayor Bill De Blasio have referred to New York City’s organics recycling as the final “frontier” in achieving a zero waste city, a goal outlined in the current mayor’s OneNYC plan.

In order to achieve our goal, and increase the number of businesses participating in the organics recycling program, we have come up with a multi-step policy that addresses several components of the Department of Sanitation’s organics recycling initiative. Primarily, the policy will mandate that all businesses, regardless of size, that generate organic waste, participate in the city-wide organic recycling operation, and reserve their organic waste for processing independent of all other waste. This would be a simple modification of the law already in place that affects large businesses. Businesses would have the choice of opting for this organic material to be removed to be composted or to be treated at a wastewater plant by the Department of Sanitation. Alternatively businesses, would have the opportunity to partner with a food rescue operation with existing food removal infrastructure such as City Harvest, to remove all edible food waste to be donated to shelters and soup kitchens. A good example of how this plan would work can be seen in the way Pret A Manger partners with food rescue operations to haul away uneaten food at the end of each day. The second part of our policy is the enforcement measure. The city will enforce the policy using financially punitive measures inspired by those implemented in Seoul, South Korea, to encourage the reduction of food waste, but modified to accommodate business practices. For all food waste produced over a certain threshold, which can be calculated as a percentage of all food purchased over the course of a month, the business will be charged by the pound. For example, if you are a donut shop that purchases 500 hundred dollars worth of raw ingredients per month, in that given month, you are permitted to generate 50 pounds of organic waste, and any waste produced over that amount will be charged at 5 dollars a pound. This will be measured by weighing scales inside of the sanitation trucks, and tracked by a digitized numerical system. This threshold will begin at a modest amount and decrease every year until a target percentage is reached, in order to incentivize businesses to seek ways to recycle organic material on premises, or to reduce wasteful consumption altogether.

We believe that a policy encouraging businesses to participate in organics recycling is a great way to not only reduce food waste but to utilize the city’s recycling capacity to its fullest, and a step bringing the city closer to its zero waste goal. We have subdivided the work into the following research sections: preliminary research on the topic of food waste and its effects, current NYC organics recycling policy and regulations, current food rescue operations active in NYC, comparable policy in Seoul, South Korea, and cost benefit analysis of our policy proposal. Each group member will conduct research and contribute information to comprise these five key elements of our final presentation. 

Timeline:
03/12: Group project proposal due, discussion and division of research.

03/18: Research due into shared document, begin outlining presentation content.

03/29: Outline presentation and schedule group rehearsal date.

04/09: In-class working session. Refine presentation and be ready to rehearse.

04/16 & 04/30: In-class Presentation practice dates.

04/4 or 04/05: Conference Date.

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