Knowledge is the first step towards change, and there’s no better way to learn than by experiencing. With an augmented reality project in the park, curious minds will be attracted out of the home and into community meeting spaces while learning about why trees truly matter to our ecosystem.
It’s time to get started!
An educational Augmented Reality App to interact with select trees in Astoria Park that contain corresponding QR codes within NYC Parks icons. The app will illustrate a die cut of each tree that includes educational information about its age, features, species and importance related to environmental sustainability.
In dedicated areas, visitors can have the opportunity to interact with a virtual message board by carving virtual notes into the tree that can be forwarded to friends along with directions to download an app and unlock their message. Users will also be directed towards actionable steps on improving environmental conditions and links to take action.
Features: Vintage Photography, Tree Growth Animations, Social Media Interaction, NYC Parks Info
Knowledge is the first step towards change
Production by The Glimpse Group and Astoria Park volunteers.
Financed through grants, donations, sponsorships, crowdsourcing and Kickstarter.
A responsive community, engenders responsible resultsMartha Lopez Gilpin
Information tallied from the 2015 NYC Parks tree survey can be incorporated for a richer experience.
APA has experts in forestry and GIS designers who can perform professional field survey measurements to properly gather data and launch an associated web-based GIS-type interactive map feature.
NYRR Mile Markers are approved to be added to the Park, which sets a precedent for our similar QR code placement goals and adds a possibility for a wayfinding AR component
NYC Parks intends to add more wayfinding guides to Astoria Park and an augmented reality could enhance these goals.
Astoria Park has been designated as one of New York City’s five Anchor Parks, and is set to receive $30m of improvements over the next few years.
– Each tree ring represents one-year, a complete cycle of seasons.
– New growth in trees occurs in cell layers near the bark.
– A scar may indicate that a tree lived through a fire, an infestation of insects, or perhaps had a disease.
– A collection of wide tree rings signifies a rainy season when plenty of growth took place.
– Thin tree rings indicate a period of drought when the tree’s growth was slowed by receiving less water
– Light colored tree rings have large cells that indicate a large period of growth.
– Dark colored tree rings have smaller cells and reflect a time when the tree’s growth slowed down.
– Neighboring trees can compete with each other for the vital elements of sunlight and water.
– Trees provide oxygen, improve air quality, control climate levels, conserve water, preserve soil, and support wildlife.
– City trees create a wind barrier and deflect sunlight reducing the heat island effect caused by pavement and commercial buildings.
– Trees combat air pollution that leads to asthma, coughing, headaches, respiratory and heart disease, and cancer
– During the process of photosynthesis, trees take in carbon dioxide (CO2) and produce the oxygen we breathe.
– Trees filter air by removing dust and absorbing other pollutants like carbon monoxide, sulfur dioxide and nitrogen dioxide. After trees intercept unhealthy particles, rain washes them to the ground.
– Trees absorb and store rainwater which reduce runoff and sediment deposit after storms and prevent the transport of chemicals into streams and prevents flooding.
– Trees lower the air temperature and reduce the heat intensity of the greenhouse effect by maintaining low levels of carbon dioxide.
– Far reaching roots hold soil in place and fight erosion.
– Fallen leaves make excellent compost that enriches soil. NYC Parks annually host Christmas Tree recycling events citywide
– 99% of real estate appraisers concurred that landscaping enhances the sales appeal of real estate.
Plan of Attack
Concept 1: NYC Trees
With the CO2 levels at an all-time high, it is crucial to continue to plant trees and plant in order to keep our oxygen clean and plentiful. Using an AR App, a heat map could be generated (similar to the existing, but seldom viewed Nolli map) to show where there are and are not trees in the neighborhood of Astoria. An additional heat map could be provided for flowers, shrubbery, and herbs (Venice Example).
When a viewer is in a “hot” area, a prompt could come up to allow the viewer to order a tree or other plant.
Next Steps: This app could be developed and sponsored by the city or by local plant distributers, such as Burpee Seed. Additionally this app could be released initially to schools with an education component added (project overview) See also Urban Omnibus, Reforesting Cities (article) and IIRSA (project/problem) – Initiative for the Integration of the Regional Infrastructure of South America example)
Concept 2: Using AR/Mobil VR to Show Future NYC
Using the climate change statistics and urban planning published in “2100: A Dystopian Utopia / The City After Climate Change” an app similar to the one described in Concept 1 would show what NYC could look like in the year 2100 depending upon the choices we make now. It can be used to raise awareness of the impact of our current day practices on potential future scenarios, and be linked to actionable steps that can be taken now to limit global warming (tie in to city programs, can also tie into Energy Analysis app mentioned below). Using Astoria Park as a launch location, the app would show
• Wind Turbines combined with CO2 filtration and sequestration, Inflatable River Barriers, Storm Surge Barriers, Cause & Effect of Various Global Warming Scenarios (Six Degrees example), Storm States vs. Calm States, Sponge Parks (Gowanus Project example)
Next Steps: This could be funded by the state, NYC Council Members and/or influencers in DC. This could also be launched as a promotion for a climate awareness documentary.
Concept 3: Energy Analysis
Leveraging all the functionalities mentioned in previous concepts, an app can be developed to show energy consumption in Astoria. This app could include:
• How much energy is used (individual and neighborhood)
• How much energy could be saved if it were cultivated a different way (harnessing storm power, painting roofs white)
• What windmills would look like in the park/on the East River
• What a ConEd Infrastructure Expanse would look like/improve
Next Steps: If we designed this app in a way that shows the improvements ConEd is making as a company and as a neighborhood staple, there is potential they could help sponsor it.
* Note: If the mobile solution becomes an Astoria Park Alliance owned platform there would be interest and opportunity in later expanding it to include wayfinding, which could possibly become adapted within all NYC Parks.
Hope you enjoy this little idea!