Senior Capstone Project

Page 1


Joe Williams

senior capstone studio

The is an opportunity for students to spend a semester immersed in intensive research, analysis, and design explorations focused on a site or topic of their own choosing. Through directed scholarship, individual critiques and group reviews, students are afforded the freedom to examine a personal interest within the field of landscape architecture that they may not otherwise be exposed to within the standard studio curriculum. Students are encouraged to choose subjects that incorporate aspects of current thinking in landscape architectural practice, such as landscape urbanism, sustainable sites, contemporary design trends or green infrastructure, which will broaden understanding of the profession and better position the student for employment following graduation. Through the course of their project work, students are expected to rigorously continue to developo their technical skills, including digital and manual drafting and representation techniques, analytical software such as GIS and design ideation and methodology.


table of contents overview

5

research and analysis

11

design process

21

design solution

27


project overview

4


Due to expanding populations and a changing climate, coastal communities have been struggling to work in harmony with the natural world. A specific example of this lies on the damaged shores of New York in the wake of Hurricane Sandy. Houses were left in ruin after this traumatic event, but it does give rise for the opportunity to rebuild so these events will not transpire again. An 81 acre site located in a FEMA Special Flood Hazard Area Zone A section of the Rockaways, Arverne East provides a suitable area to plan flood and climate resistant communities as prototype to future development.

5


context and site images THE BRONX

LA GUARDIA

QUEENS

BROOKLYN

JFK

STATEN ISLAND

6

PROJECT SITE LONG ISLAND

New York City is divided into five boroughs. Within each of these smaller neighborhoods form their own unique culture and social context. The Rockaway site is located on Long Island in the Borough of Queens.


The 80 acres site is directly adjacent to Rockaway Beach and the Atlantic Ocean. The historic boardwalk, a school, and an elevated subway rail currently exist on site. Neighboring this area are massive high rises known as the Hammels.

7


site narrative and history

New zoning laws and urban renewal practices razed many of the small residences into open plots, while other areas became high-rises, nursing homes, and other special care facilities. The lack of job opportunities and lack of social services resulted in poverty in much of the Rockaways.

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The Rockaway peninsula is an 11-mile stretch of land lying fully within the borough of Queens on the eastern edge of New York City. The peninsula and its beaches developed as a resort community in the early 1800’s as an escape from New York City life. Slowly this community transformed from a place of recreation to an area of permanent residence. The diverse ethnic neighborhoods that developed there were composed of working-class citizens who commuted to other parts of the city for employment. Due to the geographic isolation from the greater city, the 50’s and 60’s brought dramatic decline to the Rockaways.

In the early 2000’s, New York City called for redevelopment of this neglected community and gave rise to Arverne by the Sea; a vibrantly mixed-income community comprising more than one thousand homes. However, the housing market crash of 2008 left much of the remaining area, deemed Arverne East, undeveloped. Another blow happened on October 29th, 2012, when Hurricane Sandy ravaged much of the area. However, recently developed areas, such as Arverne by the Sea, were less impacted by the hurricane due to improved infrastructure. The site area presents an opportunity to expand upon the ideas represented in Arverne by the Sea and create a coastal community even more receptive to these destructive events, specifically creating a mixed-use, mixed-income ecologic and storm-resilient community that will meet the new physical and regulatory challenges of waterfront development while maintaining a balance between innovation and affordability. The rich history and location provide an excellent backdrop for a community of housing, employment, and recreational opportunities.

9


research and analysis

ar Rise

ar Rise

10


discovering the character of the Rockaways... JFK

JAMAICA BAY

PROJECT SITE

11


sea level rise diagrams Current Sea Level Current Sea Level Current Sea Level

Land Area Impact Land landArea areaImpact impact Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping,

Legend

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping,

Immediate Need Legend Anticipated Need Immediate Need No Impact Need Anticipated No Impact

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping, Aerogrid, IGN, IGP, swisstopo, and the GIS User Community

Projected Sea Level Riserise projected sea Level Projected Sea Level Rise

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping, Aerogrid, IGN, IGP, swisstopo, and the GIS User Community

Legend

cityStructure structure impact City Impact City Structure Impact

100 Year Rise

Legend Legend

Legend 200 Year Rise 100 Year Rise 200 Year Rise

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping, Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping,

Legend Legend Major Structures "

"

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping, Aerogrid, IGN, IGP, swisstopo, and the GIS User Community

12

Source: Esri, DigitalGlobe, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping, Aerogrid, IGN, IGP, swisstopo, and the GIS User Community

Major Structures


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Major andand Planning Areas areas mitigation MajorMitigation planning Major Mitigation and Planning Areas Legend Legend

100 Year Rise 100 Year Rise 200 Year Rise 200 Year Source:Rise Esri, DigitalGlobe,

Legend Legend

GeoEye, i-cubed, USDA, Source:AEX, Esri,Getmapping, DigitalGlobe, USGS, GeoEye, i-cubed, USDA, USGS, AEX, Getmapping,

Planning Needed Planning Needed Medium Planning Medium Planning Immediate Planning Immediate Planning

This project is a prototype for future planning and development to combat natural disaster and sea level rise specifically in the New York City area. An important exercise involves locating areas of land that are in danger of these impacts, and ranking which are in immediate need of planning. Some factors that effect this rank relate to public utilities and environmental pollution mitigation. The Rockaway site is located in a zone in immediate need of planning and relocation. The many healthcare facilities, infrastructure stations, and housing pose an immense threat to the well-being of New York City. All maps generated using arcGIS

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natural analysis

JFK

EAST BAY

JAMAICA BAY HEWLET WLETT ETTT B BA AY

MIDDLE BAY M Y

PROJECT SITE

LONG BEACH

LEGEND New York City Land Natural Area New York City Park

Long Island has a rich ecologic history and intricate system of bays and inlets that create abundant wildlife habitat. These ecosystems range between coastal salt marshes, rocky shores, and dune landscapes.

14

Within these distinct zones range a wide variety of flora and fauna, all of which are important to the character of this region.


Beachgrass grassland:

Ammophila breviligulata (beach grass) Solidago sempervirens (seaside goldenrod) Hudsonia tomentosa var. tomentosa (hairy hudsonia) Danthonia spicata (poverty oat-grass) Schizachyrium scoparium (little bluestem) Lathyrus japonicus (beach pea) Lechea maritima (seabeach pinweed) Polygonella articulata (jointweed) Cyperus lupulinus (perennial umbrella-sedge) Aristida tuberculosa (sea-beach needlegrass) Cyperus grayi (Gray’s umbrella-sedge)

Maritime shrubland:

Shrubs Myrica pensylvanica (northern bayberry) Prunus maritima (beach plum) Toxicodendron radicans (poison ivy) Rosa virginiana (Virginia rose)

Herbs Oenothera perennis (small sundrops) Achillea millefolium (yarrow) Polygonum scandens (large climbing false buckwheat) Artemisia campestris ssp. caudata (tall wormwood)

Coastal interdunal marsh/swale:

Shrubs Vaccinium macrocarpon (large cranberry) Aronia prunifolia (purple chokeberry) Ilex verticillata (winterberry) Toxicodendron radicans (poison ivy)

Herbs Juncus arcticus (shore rush) Triadenum virginicum (marsh St. John’s-wort)

15


context analysis

LEGEND

LEGEND Tourism

Goldie Maple Academy

Rockaway Care Center

Financial

Marina

Far Rockaway Police Department

Public School 106

Beach 59th St Playground

Soccer Turf Field

Queens Borough Public Library

Public School 43

Arverne Playground

Dubos Point Wildlife Sancutary

Peninsula Hospital and Health Center and Medical Library Public School 105

Challenge Prep Charter

Conch Playground

Rockaway Community Park

Market and Retail

Existing Amenities

LEGEND

Healthcare

Dining

Public Buildings

Thursby Basin Park

Parks and Playgrounds

LEGEND

Large Vegetation

LEGEND

FEMA ZONE V - 14-20’

FEMA Floodzones

Edgemere Urban Renewal Park

LEGEND

FEMA ZONE A - 11-15’

FEMA Advisory Base Flood Elevations (ABFEs) Substantial building development, except certain auxiliary uses like access and storage, must be elevated above the ABFE flood elevations

Bayswater Park

Drainage

Drainage High Point Low Point

Grasses and Low Vegetation

Vegetation

Sand and Dune

The site is surrounded by many programs. The most notable of which are the medical centers and elevated subway system. These systems are detrimental to the future development of the Rockaway site. Although this is a densely populated residential community, the lack of social and public amenity provides great opportunities for program implementation. Topography provides an interesting challenge. The low elevation puts large amounts of the area in the FEMA floodplain. This was one reason why Long Island was impacted so heavily by Hurricane Sandy.

16


LEGEND

NYC Zoning Areas

LEGEND

Single Family Housing

Public and Open Space

Multi-Family Housing

Vacant Land

Commercial

Circulation

Solar Direction

Subway Stop

Pedestrian Walkways Boat Traffic

5 minutes

Summer Winds

Wind and Solar Conditions

Bus Stop

Elevated Subway

LEGEND

LEGEND Winter Winds

Major Vehicular Highway

Walking Distance from Transit Stations

10 minutes

Opportunities

LEGEND Good Building Opportunity Poor Building Opportunity

A number of environmental factors exist around the site. The ocean winds and solar orientation are what made the Rockaways so popular in the past. Lines of large vegetation create an interesting fabric among the homes and apartments.

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program definition

TRANSFORMING THEROCKAWAYS ROCKAWAYSINTO INTOTHE THENEXT NEXTGREAT GREATNEW NEWYORK YORKDESTINATION DESTINATION TRANSFORMINGTHE GOALS GOALS

••Create Createaaresilient resilientcoastal coastalcommunity communityfor foraa socially sociallydiverse diversepopulation population ••Promote Promotepublic publictransit transitand andalternate alternatemodes modes ofoftransportation transportation

••Establish Establishdefined definedzones zonesfor: for: Single SingleFamily FamilyHousing Housing Multi-Family Multi-FamilyHousing Housing Mixed-use Mixed-usebuildings buildings Commercial Commercial Public Publicopen openspace space Natural Naturalpreservation preservation

••Promote Promoteand andprotect protectnative nativeecology ecologyand and encourage encourageenvironmental environmentaleducation education

••Design Designa apedestrian pedestrianoriented orientednetwork networkofofcirculation circulationimimproving provingwalkability walkabilityand andsite siteaccess access

••Foster Fosterideas ideasofofenvironmental environmentalstewardship stewardship

••Construct Constructamenities amenitiesdedicated dedicatedtototourism, tourism,amusement, amusement, and andjob jobcreation creation

••Stimulate Stimulateeconomic economicopportunities opportunitiesfor forlocal local employment employmentand andtourism tourism

••Allocate Allocateparcels parcelsspecific specifictotonatural naturalpreservation preservationand andedueducation cation

••Provide Provideopporunity opporunityfor forpublic publicamenity, amenity, education, education,and andnatural naturalexperience experience ••Honor Honorthe therich richheritage heritageofofthe theRockaway Rockaway Peninsula Peninsula ••Define Definesense senseofofcommunity communitycharacter character

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STRATEGIES STRATEGIES

••Implement Implementcontemporary contemporarytechnologies technologiesof:of: Flood Flooddamage damagemitigation mitigation Stable Stablecoastal coastalbuilding buildingdesign design Resilient Resilientutility utilitysystems systems Sustainable Sustainableenergy energypractices practices Environmentally Environmentallyfriendly friendlyconstruction construction Water Watertreatment treatmentand anduse use

PROGRAM PROGRAM SITE USE SITEUSE • • UpUp toto 1500 1500 units units ofof housing, housing, mith mith aa mix mix ofof low low toto midrise midrise buildings buildings • • UPUP toto 500,000 500,000 square square feet feet ofof commercial commercial / recreational / recreational space space • • 3535 acre acre nature nature preserve preserve ••9 9 acre acre dune dune preserve preserve • • 3.3 3.3 acres acres minimum minimum ofof active active and and / or / or passive passive open open space space • • Increased Increased community community amenities amenities - addition - addition toto existing existing school school • • Market-rate Market-rate and and affordable affordable home home ownership ownership and and mixed mixedincome income rental rental • • Commercial Commercial amenity amenity - stimulate - stimulate economy economy and and produce produce jobs jobs - food - food - movies - movies - hotel - hotel - amusement - amusement venues venues - • • Youth Youth centered centered services services • • Food Food and and flower flower community community gardens gardens

BUILT ENVIRONMENT BUILTENVIRONMENT • • Low Low toto mid-rise mid-rise buildings buildings - nothing - nothing higher higher than than three three stories stories • • Bungalow Bungalow architecture architecture • • Hotel Hotel • • Mixed Mixed use use buildings buildings • • Roof Roof decks decks toto expereince expereince views views • • Underground Underground and and strctures strctures parking parking garages garages forfor beach beach access access • • Pier Pier and and boardwalk boardwalk • • Wind Wind resistant resistant design design

RESILIENCY ANDSUSTAINABILITY SUSTAINABILITY RESILIENCYAND • • Resilient Resilient toto flooding flooding events events and and major major storms storms oror other other climactic climactic events events • • Economic Economic Stability Stability • • Dune Dune system system • • Undergound Undergound electrical electrical and and communication communication services services • • Alternate Alternate energy energy production production


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design process

20


journeying from research to implementation...

21


design process

LEGEND Major Vehicular Highway

Bus Stop

Single Family Housing

Public and Open Space

Elevated Subway

Subway Stop

Multi-Family Housing

Vacant Land

Pedestrian Walkways

LEGEND

NYC Zoning Areas

Circulation

Commercial

LEGEND

LEGEND

5 minutes

Walking Distance from Transit Stations

Boat Traffic

Large Vegetation Grasses and Low Vegetation

10 minutes

Vegetation

Sand and Dune

LEGEND

LEGEND

LEGEND

FEMA Floodzones

22

Thursby Basin Park

LEGEND Healthcare

Tourism

Beach 59th St Playground

Soccer Turf Field

FEMA ZONE V - 14-20’

Financial

Marina

Arverne Playground

Dubos Point Wildlife Sancutary

Conch Playground

Rockaway Community Park

FEMA Advisory Base Flood Elevations (ABFEs) Substantial building development, except certain auxiliary uses like access and storage, must be elevated above the ABFE flood elevations

Existing Amenities

Market and Retail Dining

Parks and Playgrounds

Edgemere Urban Renewal Park

Goldie Maple Academy

Bayswater Park

FEMA ZONE A - 11-15’

Far Rockaway Police Department

Public Buildings

Rockaway Care Center Public School 106

Queens Borough Public Library

Public School 43

Peninsula Hospital and Health Center and Medical Library Public School 105

Challenge Prep Charter


Retirement Community and Park/Playground

Mixed-Use and Office Buildings

Dune Roof Parking and Reserve

0’

200’ 400’

800’

Boardwalk

Subway Plaza and Pier

Hotel

Dining and Retail

Amusement Park

Community Center

Fields and Facilities

Grocery and Retail

Dune Roof Parking and Reserve

Residential Community

School

Dune and Recreation Open Space


working model

24


25


design solution JAMAICA BAY

ATLANTIC OCEAN

26

0’

400’

800’

N


creating a multifunctional and resilient community...

27


60% increase in

NATURAL AREA

20% increase in

PUBLIC AMENITY

NODES

increase in

HOUSING

60% increase in

COMMERCIAL

BUILDING INDEX

MARKET

28

20%

GREENSPACE

OFFICE PARK

SINGLE FAMILY HOUSING

MULTI-FAMILY HOUSING

MIXED-USE BUILDING

PUBLIC BUILDING

MIXED-USE COMMERCIAL

TOURISM


PROGRAM METRICS

LARGE VEGETATION

UPLAND GRASSES

DUNE ECOLOGIES

PEDESTRIAN CIRCULATION

PROGRAM CATEGORIES

DESIGNED

%

TOURISM

60%

FINANCIAL

40%

BUSINESS OFFICES

60%

MARKET AND RETAIL

60%

DINING

40%

MIXED-USE

80%

WATER ACCESS

40%

PARKS

20%

PLAYGROUNDS

20%

PEDESTRAIN TRAILS

60%

NATURAL AREAS

60%

NATURAL DUNES

100%

SCHOOLS

20%

PUBLIC SERVICE

40%

HEATHCARE

VEHICULAR CIRCULATION

CURRENT

0%

LIBRARY

20%

COMMUNITY CENTER

80%

VEHICULAR ROADS

-20%

BIKE ACCESS

40%

BOAT ACCESS

40%

MASS TRANSIT

60%

SINGLE FAMILY

40%

MULTI FAMILY

20% 29


hurricane mitigation layered boardwalk to allow flood water to move into next dune sequence intertidal habitat wavebreaks cause wave to crest and fall

dunes absorb wave energy

subtidal terrain dissipates energy of wave u tal d co a s

nes

m urse disb wave

ent

boardwalk CURRENT LANDFORM water table

ELEVATED SITE water table

OFFSHORE WAVE DISBURSEMENT

WIND DIRECTION

water table

CT DUNE FORMATION OBJE

VARIED SITE ELEVATION TO ALLOW WATER INTAKE AND DRAINAGE water table

ELEVATED SITE + OFFSHORE WAVE DISBURSEMENT

water table

VARIED SITE ELEVATION + OFFSHORE WAVE DISBURSEMENT water table

ELEVATED SITE + VARIED SITE ELEVATION + OFFSHORE WAVE DISBURSEMENT water table

DUNE FORMATION 30

BEACHFONT LANDFORM OPTIONS


The from

Storm

Surge Hurricane

7-15

feet above sea level

retention basis

bioswales

HURRICANE

dune buffer

extended landform

31


CURRENT SEA LEVEL

Sea levels are expected to rise

5 FEET

20YRS

20YRS 50YRS

50YRS

100YRS

100YRS

on Long Island by 2080

100YRS 50YRS 20YRS CURRENT SEA LEVEL

MIXED USE RETAIL ON TERRACED LANDFORM

bioswale improves water quality

transitions to pedestrian channel

terraces keep structures above rising water

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ELEVATED RAIL PLAZA AND TOURISM PIER

MULTI FAMILY HOUSING AND RETAIL

subway underpass transition from highway to pedestrian corridor

piers extend from elevated plaza to allow pedestrains to cross transit corridor

over time transportation will shift fully to subway system and water vehicles


CURRENT SEA LEVEL

Ecologies transition to create new ecosystems and circulation routes

20YRS

20YRS 50YRS

50YRS

100YRS

100YRS

100YRS 50YRS 20YRS CURRENT SEA LEVEL

MIXED USE RETAIL ON PLAZA AND PIER

ECOLOGIC DRAINAGE AND BIOSWALE

retail extends over environment to connect social and natural activity

HISTORIC BOARDWALK AND BEACH ACCESS

paths lead through landscape and allow access to the ocean

pier structure improves recreational activity between shops and boardwalk

elevated boardwalk creates a pathway through landscape without damaging ecosystems

balancing cut and fill to create retail allows for deep channel boat access

although the beach has disappeared, the boardwalk keeps tourism in contact with ocean

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CURRENT SEA LEVEL

Sea levels are expected to rise

5 FEET

20YRS

20YRS 50YRS

50YRS

100YRS

100YRS

on Long Island by 2080 100YRS 50YRS 20YRS CURRENT SEA LEVEL

SINGLE FAMILY HOUSING

modern bungalow architecture

vegetated dune beach for wildlife and public to enjoy

pier extends to deep water for ocean experience

elevated residences

beach transition from grassland to interdunal marsh

increased water recreation with pier access

swales between homes to take water

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POCKET PIER FOR NON-TOURISM BEACH ACCESS

saltmarsh and subtidal coastal ecosystems

pier gives direct access to ocean


CURRENT SEA LEVEL

Landscape forms adapt to rising waters and create new social opportunity

20YRS

20YRS 50YRS

50YRS

100YRS

100YRS

100YRS 50YRS 20YRS CURRENT SEA LEVEL

REMODELED SCHOOL

easy school access for residents

raised elevation for limited flood damage

educational access to natural systems

LARGE UPLAND GRASS FIELD FOR ACTIVE RECREATION

bioswale drainage corridor

active recreation field

bioswale drainage corridor

large field area to take storm surge and allow water to infiltrate

field transistions to large natural wetland

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single family housing

vegetated pedestrian and wildlife corridor between homes

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dense housing to connect to urban fabric

vegetated roadway to reduce runoff


corridor retains moisture surge to protect homes

catch basin parking garage

low streets keep water from damaging residences

HURRICANE 37


e h t g n i r e t en F O O R E DUN

38


dune roof areas

dune roofed parking garage for tourism vehicles

acts as catch basin during storm events

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plant selection

Juncus arcticus Shore Rush

Aronia prunifolia Purple Chokeberry

Ilex verticillata Winterberry

coastal interdunal marsh/swale Ammophila breviligulata Beach Grass

Schizachyrium scoparium Little Bluestem

Hudsonia tomentosa Hairy Hudsonia

Lathyrus japonicus Beach Pea

beachgrass grassland Myrica pensylvanica Northern Bayberry

maritime shrubland 40

Prunus maritima Beach Plum

Rosa virginiana Virginia Rose


Lechea maritima Seabeach Pinweed

Oenothera perennis Small Sundrops

Aristida tuberculosa Sea Beach Needlegrass

Achillea millefolium Yarrow

Artemisia campestris ssp. caudata Tall Wormwood

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project summary JAMAICA BAY

ATLANTIC OCEAN

42

0’

400’

800’

N


The implementation of multiple programs, landscapes, and circulation systems will rience. The residents of Long Island will be

connected

revitalize

the Rockways through tourism and natural expe-

to the landscape without damaging the ecosystem. Over the course of time this will

become a thriving community among changing climactic conditions. Infrastructure will be the leading agent against sea level rise. This community will survive natural disaster through innovative technology and a defensive

landscape

resilient

.

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