KRISTEN RYAN mla/mrp, pch
cornell university
Spring 2017
TABLE OF CONTENTS
I. Resume............................................................................................................................................................iv II. Personal Work...............................................................................................................................................2 III. Graduate Work Thesis: Althouse Arboretum Master Plan..................................................................................4 Garden Design, Landscape Interpretation, Play + Education, Ash Tree Demise (EAB) Brownfield to Greenfield: [sub]Terrainean Troy....................................................................10 Remediation, Green Industry, Economic Revitalization, Arts NYC Broadway redesign: The Longest Road........................................................................18 Street Diets, Green Streets, Multi-use Streets, Historic Preservation Erie Canal Sensitivity Analysis.....................................................................................................20 Watershed Analysis, Dam Removal, Cul-de-Sac Infill and Stormwater Management Reinvention
Beebe Lake Hand Drawn Analysis...............................................................................................24 ULI-Hines Competition..............................................................................................................26
IV. Professional Work
Langan Engineering......................................................................................................................28
The Barnes Foundation.............................................................................................................30
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EDUCATION CORNELL UNIVERSITY: FALL 2014 – SPRING 2017 Graduate Study: Dual Degree: MLA/MRP Masters of Landscape Architecture & City and Regional Planning -Cumulative GPA: 3.5 DELAWARE VALLEY UNIVERSITY: FALL 2009 – SPRING 2012 B.S. Ornamental Horticulture: Floriculture and Nursery Design and Management -Magna Cum Laude -Extra-curricular activities: President of the Landscape Nursery Club; Vice President of the Apiary society; Member of the Environmental Design Club and the Horticultural Society; 2012 Philadelphia Flower Show mural design and painting (primary artist), and construction.
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ARCADIA UNIVERSITY: FALL 2007 – SPRING 2009 Undergraduate Study: Major: Fine Art - Painting Minor: English -Cumulative GPA: 3.8 -Second semester study abroad in London
CERTIFICATIONS Pennsylvania Certified Horticulturalist (2013 – 2017) No. 997 Pennsylvania Certified Pesticide Applicator (2013-2014) No. 709560
SKILLS COMPUTER: Adobe Photoshop Adobe InDesign Adobe Illustrator ArcGIS QGIS Rhino 5 Sketchup AutoCAD
DESIGN: Green infrastructure Stormwater management Ecological design/restoration Regional, city-wide, and site analysis
WORK EXPERIENCE STAFF LANDSCAPE ARCHITECT Langan Engineering, Doylestown, PA Summer 2016 - Current Construction documents including planting, landscape, and lighting plans and details; production of graphics and renderings for clients, presentations, project proposals, and community meetings; some GIS mapping.
HORTICULTURALIST The Barnes Foundation,Philadelphia, PA August 2012-August 2014 General garden maintenance, landscape installation, greenhouse work, teaching workshops, and collaborating with a local greenhouse on a trial garden comprised most of my time at this job.
LANDSCAPE ARCHITECTURE RESEARCH ASSISTANT Cornell University,Ithaca, NY December 2014 - current Literature Review for Urban Ecological Design. As a gardener and researcher my duties included data collection, analysis, planting design and climate change interpretation as well as visitor communication.
ASSISTANT MANAGER,VEGETATIVE DIVISION Gro ‘n Sell, Doylestown, PA February-May 2012 Inventory, quality control, vegetative material sourcing, proofing the catalog and managing customer relations.
BUILT WORK NATIVE PLANTING DESIGN Jamaica Bay Wildlife Refuge Visitor’s Center, Brooklyn, NY Fall 2014 MASTER PLAN DESIGN CONSULTANT (MLA Thesis and other volunteer work) Althouse Arboretum, Pottstown, PA Fall 2014 - ongoing GARDEN BED DESIGN WINNER) Peddler’s Village, Bucks County, PA Spring 2012
(COMPETITION
v
PERSONAL WORK
2
(PRACTICE SKETCHES)
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ALTHOUSE ARBORETUM
(ONGOING THESIS WORK)
This project is part of my work with the Althouse Arboretum in Pottsgrove, PA. Thesis 17-acre arboretum was officially founded in 2014, and is operating successfully as an environmental education center. I am working with the arboretum to help them transition into a level 1 certified arboretum through ArbNet (run by the Morton Arboretum) by providing designs, planting
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suggestions, and interpretation strategies. In addition to the design work I provide, the Cornell Public Gardens Management class (consisting of 10 students) will provide the arboretum with a fiscal development policy and a collections policy.
60’
Year 6 post-EAB: total canopy loss. The greatest increase of sunlight on the forest floor will be 40 degrees to the north of the tree trunk.
The main challenges facing the arboretum are a small budget and the impending demise of the 250 ash trees due to Emerald Ash Borer (EAB). Both the design and planting strategies I suggest capitalize on the demise of the ash trees, turning a potentially devastating loss into a sun-lit benefit. Since the arboretum is about 90% wooded, most of which has a closed canopy, one such benefit is the ability to plant new trees and shrubs that can then act to define space in “garden rooms.”
New Plantings: evergreens can frame groves and create garden walls. 4
Althouse Arboretum (ongoing thesis work)
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A Risk Analysis: red = high orange = medium/high Green = medium Blue = low
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ASH TREES IN THE ALTHOUSE ARBORETUM
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Mapping Ash Footprints; This map shows the trunks of ash trees on the property and their corresponding shadows, which will be lost.
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Source: Esri, DigitalGlobe, GeoEye, Earthstar Geographics, CNES/Airbus DS, USDA, USGS, AeroGRID, IGN, and the GIS User Community, Esri, HERE, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Prout Farm: this campus provides an additional 17 acres for the arboretum. This landscape can speak to visitors about the food system as well as the nutrient and life cycles found in soils, compost, and crop rotations.
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Source: Esri, DigitalGlobe, GeoEye, Earthstar Geographics, CNES/Airbus DS, USDA, USGS, AeroGRID, IGN, and the GIS User Community, Esri, HERE, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
The Ponds: this campus can teach visitors about the water cycle, the importance of managing stormwater runoff, and the potentials of streambank restoration.
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Althouse Arboretum (ongoing thesis work)
CASE-STUDIES AND CURRICULA (Left) The two satellite campuses, each located within walking distance of the main campus, provide additional opportunities to interpret sustainable landscapes. The learning that happens on all these sites can fit well into K-12 curricula for environmental and life sciences, a goal for the arboretum. (Right) Case studies include examples from other arboreta as well as from the LAF’s Landscape Performance Series.
Winterthur Children’s Garden
LAF: One Drop At A Time: this case study shows residential-scale landscape interventions that visitors can take home for themselves. One of the goals for the Althouse Arboretum is to demonstrate similar interventions that visitors can take home to their communities.
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TOOLKIT
PATHS: The arboretum has no reliable water supply on most of the property, and the existing paths cannot support vehicular access to most areas. I propose that the arboretum prioritizes installing a path network which allows for the lightest possible path network: one which will support a small work vehicle with a water tank. The reach of a long hose can then be used to water plants along a secondary path network. MAIN PATH
SECONDARY PATH
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Althouse Arboretum (ongoing thesis work)
CONCEPTS
ORIGINAL THEME: Shifting Perspectives. The usual experience of an arboretum is from eye-level, on foot. My original concept was to play with this level by both climbing up into the canopy through varioius means, and by digging down. In this way, we can experience the eye-level of a bird, or a chipmunk.
CLIMBING UP TO A BIRD’S EYE VIEW
DIGGING DOWN TO A CHIPMUNK’S EYE VIEW
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BROWNFIELDS TO GREENFIELDS: TROY, NY
TROY, NY is a small city just south and across
In this studio, I focused on the remediation of
the Hudson River from Albany, the state capital.
brownfield sites along the waterfront. My proposal
Troy also sits just south of the federal dam which
was to keep the area steeped in its industrial
helps to regulate the water levels of the Erie Canal
heritage, but to shift the industry from one energy
to the north. The dam also stops the tidal effects
industry to another: manufactured gas plants
401044 - School Street Fire Training Area
E546053 - Former Ford Manufacturing Company Mill Site546053 - Former Ford Manufacturing Company Mill Site
546045 - Friedrichsohn Cooperage
STRATEGY 1: GYPSUM BORINGS TO REMEDIATE GROUNDWATER
546018 - Peebles Island State Park
of the river from continuing up stream, though it
12’’ borings filled with gypsum to remediate Petroleum-Hydrocarbons (including some BTEX compounds). Placed “upstream” in groundwater flow from known contamination, these borings can remediate contamination in the flow via the following: Petroleum Hydrocarbon + CaSO4 + dissolved Fe => FeS(s) + H20 + CaCO3 + CO2
does nothing to stem thier effects in Troy, where
401063 - Former S and S Cleaners and Dyers
Because of the construction of the borings, there would be some subsidence in the soils above the strategy which would call for slab construction and/or strategic building location.
V00316 - Tax No. 10.12-2-12 and 10.12-2-10 V00315 - W.M.F. Textile (Tax No. 10.12-2-9)
high tides occasionally combine with overflowing
442001 - Old Troy Municipal In
V00729 - NM Cohoes-Sargent St MGP V00468 - NM - Cohoes MGP
CSOs.
There is are also studies which use composted organic matter in a the process of “land farming” to encourage the microbial breakdown of PAHs from Gahn, S., et al. “Remediation of soils contaminated with polycyclic aromatic hydrocarbons (PAHs)” 2009. Journal of Hazardous Materials , 173:2-3, pages 532-549:
In another study, a few hundred m3 field unit of contaminated soil from a manufactured gas plant (MGP) site was excavated to a prepared bed land treatment unit approximately 30 cm deep. The biological land treatment of ½ to 1 year revealed that the lower molecular weight PAHs were removed to approximately 90% while there was no reduction of 5- and 6-ring
STRATEGY 1: GYPSUM BORINGS TO REMEDIATE GROUNDWATER 12’’ borings filled with gypsum to remediate Petroleum-Hydrocarbons (including some BTEX compounds). Placed “upstream” in groundwater flow from known contamination, these borings can remediate contamination in the flow via the following: Petroleum Hydrocarbon + CaSO4 + dissolved Fe => FeS(s) + H20 + CaCO3 + CO2 Because of the construction of the borings, there would be some subsidence in the soils above the strategy which would call for slab construction and/or strategic building location.
PAHs.
Wealthy
401007 - Ford Motor Company
401005 - Former Bendix Corporation Landfill
442030 - NM - Troy Smith Ave. MGP
There is are also studies which use composted organic matter in a the process of “land 401045 - Delaware and Hudson Railroad Property farming” to encourage the microbial of PAHs B00002breakdown - Cohoes Avenue Project Gahn, S., et al. “Remediation soils contaminated 401067 - Troy Belting andofSupply Company with polycyclic aromatic C401067 - Troy Belting and Supplyfrom Company hydrocarbons (PAHs)” 2009. Journal of Hazardous Materials , 173:2-3, pages 532-549:
STRATEGY 1: GYPSUM BORINGS TO REMEDIATE GROUNDWATER V00105
STRATEGY 2: GYPSUM + CAP TO ALLOW FOR PERMIABLE STORMWATER STRATEGIES 12’’ borings filled with gypsum to remediate Petroleum-Hydrocarbons (including some BTEX compounds). Placed “upstream” in groundwater flow from known contamination, these borings can remediate contamination in the flow via the following: Using the same remedial method as Strategy 1, while combining with a permeable layer of paving or clean soil to prevent exposure, may allow for the use of more traditional green infrastructure. Petroleum Hydrocarbon + CaSO4 + dissolved Fe => FeS(s) + H20 + CaCO3 + CO2
In another study, a few hundred m3 field unit of contaminated soil from a manufactured gas plant 401010 Company to a prepared bed land (MGP) site was- Norton excavated 442019 - Geier treatment unit approximately 30 cm deep. The biological land treatment of ½ to 1 year revealed that - Former Freedman and Son Scrap Yard401032 - Former Freedman and Son Scrap Yard the lower molecular weight PAHs were removed to approximately 90% while there was no reduction of 5- and 6-ring PAHs.
and Bluhm
442032 - Troy Plaza
C401047 - Center Island South
These methods can be combines with wet- and dry-flood proofed buidling styles (retrofit or built into new architecture) to help Becauseagainst of the flconstruction of the borings, there would be some subsidence in the soils above the strategy which would call for slab protect ood damages. construction and/or strategic building location. V00485 - NM - 5th St. Watervliet MGP
V00482 - NM - Troy Liberty St. MGP
There is are also studies which use composted organic matter in a the process of “land farming” to encourage the microbial breakdown of PAHs -
Steel S., et al. “Remediation of soils contaminated with polycyclic aromatic from Gahn, 401022 - Passonno Corp. Roof Coating Facility401039 - Former Adirondack hydrocarbons (PAHs)” 2009. Journal of Hazardous , 173:2-3, V00365Materials - 21 Adams Streetpages 532-549: V00008 - Perfection Plating, Co., Inc.401037 - Perfection Plating 401034 - Watervliet Arsenal - Siberia Area V00483 - NM - Jefferson St. - Troy Holder
STRATEGY 2: GYPSUM + CAP TO ALLOW FOR PERMIABLE STORMWATER STRATEGIES Using the same remedial method as Strategy 1, while combining with a permeable layer of paving or clean soil to prevent exposure, may allow for the use of more traditional green infrastructure. These methods can be combines with wet- and dry-flood proofed buidling styles (retrofit or built into new architecture) to help protect against flood damages.
In another study, a few hundred m3 field unit of contaminated soil from aE442037 manufactured gas plant - Scolite - Upper Hudson River and Estuary Center (MGP) site was excavated to a prepared bed land treatment unit approximately 30 cm deep. The biological land treatment of ½ to 1 year revealed that 401069 - Former Bearoff Metallurgical the lower molecular weight PAHs were removed to approximately 90% while there was no reduction of 5- and 6-ring 401003 - Al Tech Specialty Steel PAHs.
B00163 - South Troy Industrial Park B00054 - Former D and H Facility E401050 - Proposed Schuyler Heights Fire District Site V00296 - Perry Warehouses V00578 - Steel Treaters,Inc.
V00442 - Former Sperry Warehouse
V00341 - South Troy Industrial Park
Legend Troy
442029A - NM - Area 4 Water St. - Troy MGP442029 - NM - Troy Water St. MGP 442029B - Chevron Former Asphalt Facility
EJ Conern Areas
B00145 - South River Street
troyindustrial
Poor
V
PAC test confirmed
2: SUBTERRANEAN GYPSUM + CAP TO ALLOW FOR STORAGE PERMIABLE STORMWATER STRATEGIES STRATEGY 3: STORMWATER
Using the sameinremedial method as other Strategy 1, while with a permeable layer of paving or clean to soilthe to river prevent Could be used combination with methods of combining remediation or green infrastructure. When adjacent thisexposure, strategy may allow for the act useasofstorage more traditional green infrastructure. FEMA Flood Zones could potentially for an initial volume of flood water. The system shown here is the TerreArch system A These methods can be combines with wet- and dry-flood proofed buidling styles (retrofit or built into new architecture) to help protect against flood damages.
Green Infrastructure Strategy Sketches
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Demographic Blocks and Contaminated Sites
AE
ANI AO X
Brownfields to Greenfields: Troy, NY
(MGPs) to biomass: a floodable industry that uses
increased.
plants that happen to remediate the chemicals left
Best of all, this water side green industry would
behind by the MGP. By modifying the topography
create a picturesque landscape for the surrounding
in the low-lying sites, the area’s capacity to infiltrate
public to enjoy.
stormwater and direct flood water could also be 401005 - Former Bendix Corporation Landfill
442030 - NM - Troy Smith Ave. MGP
401045 - Delaware and Hudson Railroad Property 401033 - R. Freedman and Son B00002 - Cohoes Avenue Project
C401067 - Troy Belting and Supply Company401067 - Troy Belting and Supply Company
401010 - Norton Company 442019 - Geier and Bluhm
442032 - Troy Plaza V00105 - Former Freedman and Son Scrap Yard401032 - Former Freedman and Son Scrap Yard
C401047 - Center Island South
V00485 - NM - 5th St. Watervliet MGP
V00482 - NM - Troy Liberty St. MGP
V00365 - 21 Adams Street
V00483 - NM - Jefferson St. - Troy Holder
E442037 - Scolite - Upper Hudson River and Estuary Center
B00163 - South Troy Industrial Park
V00296 - Perry Warehouses
V00442 - Former Sperry Warehouse
V00578 - Steel Treaters,Inc.
Legend
V00341 - South Troy Industrial Park
PAC test confirmed
FEMA Flood Zones A
§ 0
442029 - NM - Troy Water St. MGP 442029A - NM - Area 4 Water St. - Troy MGP 442029B - Chevron Former Asphalt Facility
AE ANI AO
B00145 - South River Street
0.1
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X X500
Created 14 October 2016 by Kristen Ryan for LA7010. Information for the map provided by NYS DEP, NYS GIS Clearinghouse, CUGIR, and classmates. Projection is NAD1983 StatePlane New York East FIPS 3101 (US Feet)
FEMA Flood Zones and Historic Industry (1876)
Topographic Manipulations and Grasshopper Analysis
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Brownfields to Greenfields: Troy, NY
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Brownfields to Greenfields: Troy, NY
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Brownfields to Greenfields: Troy, NY
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BROADWAY: THE LONGEST ROAD
Broadway is one of the longest existing roads in the United States. It was originally a trail used by Native American traders. My goal for this design was to play time, and bring the history of the streetscape to life. I proposed recycling/salvaging elements of nearby historic buildings currently being demolished. I also proposed bringing the trolley line back to Broadway in an attempt to enhance traffic flow on the street, even as the street itself narrows to allow more space for pedestrians and bicyclists.
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Broadway: the longest road
The value of these new street tree plantings increases significantly over time. (Analysis through iTree)
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Legend Legend
ERIE CANAL NYS Dams Hazard Code ASENSITIVITY Primary Roads ANALYSIS Primary Roads
NYS Dams Hazard Code B
Railroads
Fragilities the Erie Canal NYS DamsAlong Hazard Railroads Wetlands NYSCode Dams B Hazard Code C
EPA Code assessed NYS Dams Hazard CImpared waterways WetlandsCanal System
R.E. Ginna Nuclear Power Plant
Legend
EPA assessed Impared waterways
Watershed Boundaries Canal System
R.E. Ginna Nuclear Power Plant
Watershed Boundaries
Canal Counties Urban Areas
Canal Counties
Rare Species Sightings
NYS Dams Hazard Code A
Primary Roads
NYS Dams Hazard Code B
Railroads
NYS Dams Hazard Code C
Wetlands
Rare Species Sightings
EPA assessed Impared waterways
Canal System
Value
R.E. Ginna Nuclear Power Plant
Watershed Boundaries
ValueAreas Urban
High : 32
Canal Counties
Low : 0
High : 32 Low : 0
Urban Areas Rare Species Sightings Value
High : 32 Low : 0
² 0
²²
0
NYS Dams Hazard Code A
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Map Created by Kristen Ryan for LA 5020 Cornell University 23 March 2015. Data Accessed through the US
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Erie Canal sensitivity analysis
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Key Locations for Hydrologic Interventions Along the
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15 Miles
Erie Canal sensitivity analysis
Map Created by Kristen Ryan for CRP 5080 Cornell University. 18 May 2015. Data Accessed through the US EPA, the New York State GIS Clearinghouse, and CUGIR. Nati
e Erie Canal
Physical and Cultural Fragilities Canal System NYS Dams Hazard Code A NYS Dams Hazard Code B NYS Dams Hazard Code C Sub-Watershed Boundaries Urban Areas
Methodology:
Areas of Interest 1 - of greatest interest
ModelBuilder was used to evaluate the potential for and possible importance of de-
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Methodology: sign interventions on a particular site.
Need of Hydrologic Intervention
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ModelBuilder was used to evaluate the potential for and possible importance of de4 sign interventions on a particular site.
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Methodology:
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had 23 land use types. These were reclassed into 10 classes, based on their ecological value/ environmental impacts. This value was inverted for the final weighted overlay in order to find sides for design intervention.
8 - of least interest
The Land Use Raster
Slope Analysis
Legend Canal System
0 - 2.05 2.06 - 5.12 5.13 - 8.87 8.88 - 12.62
NYS Dams Hazard Code A NYS Dams Hazard Code B NYS Dams Hazard Code C Sub-Watershed Boundaries Urban Areas Land Use Values, Reclassified Value 1 - Open Water and Estuarine Wetlands 2 - Aquatic Beds and Palustrine Wetlands 3 - Evergreen, Deciduous, and Mixed Forest 4 - Pasture / Grasslands 5 - Developed, Open Land 6 - Cultivated Cropland 7 - Bare Land and Unconsolidated Shores 8 - Low Intensity Development 9 - Medium Intensity Development 10 - High Intensity Development Slope Analysis 0 - 2.05 2.06 - 5.12 5.13 - 8.87 8.88 - 12.62 12.63 - 16.72 16.73 - 21.15 21.16 - 25.93 25.94 - 32.07 32.08 - 87
ive American Site Data is available only for Cayuga, Monroe, Oneida, Onondaga, Ontario, Seneca, and Yates Counties. Projection is NAD 1984 UTM Zone 18 North.
015. Data Accessed through the US EPA, the New York State GIS Clearinghouse, and CUGIR. Native American Site Data is available only for Cayuga, Monroe, Oneida, Onondaga, Ontario, Seneca, and Yates Counties. Projection is NAD 1984 UTM Zone 18 North.
12.63 - 16.72 16.73 - 21.15 21.16 - 25.93 25.94 - 32.07 32.08 - 87
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BEEBE LAKE ANALYSIS
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Beebe Lake analysis
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ULI HINES COMPETITION
ULI-Hines 2016: Atlanta Downtown Business District. I worked in a team with two other planning majors, a real estate development major, and a fellow dual major (landscape architecture and planning). We focused on creating Transit-Oriented Development that would support elements of each of the local communities: college students, college staff, and the service, arts, and technology industries. The buildings were all oriented to maximize roof top and plaza level sunlight exposure, allowing for lush green spaces in almost every public area.
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ULI Hines Competition
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PROFESSIONAL WORK LANGAN ENGINEERING (INTERN)
Interning at Langan gave me four months of professional experience in Landscape Architecture. Langan gave me an opportunity to develop a great number of skills including AutoCAD drafting, aerial and perspective renderings, and planting designs.
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(Above) an aerial rendering of a campus streetscape re-design. This is a combination of hand-drawing and photoshop work overlaid on a
sketchup model made by a coworker. (Below) green wall plantings designed my first day on the job. -
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THE BARNES FOUNDATION ARBORETUM (HORTICULTURALIST)
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