Selected Works
Keenan Porter
Keenanporter@gmail.com | (908) 553-6917
Keenan Porter
Keenanporter@gmail.com | Linkedin.com/in/keenan-porter/ | (908) 553-6917
Education
Professional Experience
State University of New York College of Environmental Science and Forestry (ESF)
Arcadis, Amersfoort, Netherlands
July 2021Dec. 2021
Arterial, Montclair, NJ
June 2019June 2021
Crawford & Stearns, Preservation Planners, Syracuse, NY
May 2019Aug. 2019
Syracuse Department of Parks and Recreation, Syracuse, NY
Feb. 2019May 2019
Environmental Design & Research, Rochester/Syracuse, NY
2020 Landscape Architecture Foundation Olmsted Scholar
Site Design & Planning Intern
May 2018Dec. 2018
ALSA Merit Award - NY Upstate Chapter: 2020
Gavitt Associates, Cazenovia, NY
Wojcik Scholarship: Fall 2019, Spring 2020
Landscape Designer
July 2018Oct. 2018
Bruce E. Appel Scholarship: Spring 2019
Parker Gardens, Scotch Plains, NJ
April 2013Aug. 2016
Bachelor of Landscape Architecture,
May 2020 | GPA: 3.73 w. Honors Minors in Urban Environmental Science & Urban Forestry
Master of Science in LA, concentrated in Landscape & Urban Ecology, May 2022
Honors
Urban Designer Urban Designer Consultant
Urban Forestry Intern
ESF Presidential Scholarship: Fall 2015 - Spring 2017
Garden Center Associate
ESF National Scholarship: Fall 2017 - Spring 2020
Research and Teaching Experience
ESF Upper Division Honors Program: Inducted Fall 2018 Landscape Architecture Honor Society: Inducted Spring 2019 Dean’s List: Spring 2016, ‘18, ‘19, ‘20; Fall 2016, ‘17, ‘18, ‘19
Gemeente Amstelveen, Amstelveen, Netherlands Visiting Researcher / Off-Campus independent Study
Fanwood Volunteer of the Month: July 2016
Fanwood Environmental Commission, Fanwood, NJ
Proficiencies
ESF Department of Landscape Architecture, Syracuse, NY
AutoCAD, Adobe Suite, SketchUp, Rhinoceros 3D, Lumion, MS Office Suite, ArcGIS, Plant Identification, Hand graphics, Photography, Public speaking, Research and analysis
Project Lead
Graduate Assistant - LSA 227, Foundation Design Studio Teaching Assistant - LSA 333, Plant Materials
Aug. 2019Nov. 2019 May 2016May 2021 Jan. 2021Present Fall 2017/ Fall 2018
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Fanwood Nature Center Restoration | Fanwood, New Jersey
Central Mattituck Design Study | Mattituck, Long Island, New York
Delphi Falls County Park |
Returning ecological and social function to the Fanwood Nature Center
Creating new connections and spaces while preserving character
Cazenovia, New York Accessibility, education, and place branding
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SUNY-ESF Quardangle |
Off-Campus Independent Study | Various cities Netherlands
Syracuse, New York A new space for eduction and recreation
Researching new ways of designing
Fanwood Nature Center Restoration | Fanwood, New Jersey Currently overrun with invasive species and deer, this project aims to restore function to the 8-acre Fanwood Nature Center (FNC). GIS analysis, as well as research and personal observations of local vegetative communities informed the species choices for planting plans. In 2018, the project received an American Water Grant for the planting of a test plot, which was implemented in the summer of 2019. Monitoring of the success of plantings is continuously ongoing. Full study available upon request.
Restoration Implemented
Status-Quo Continued
Year 20+
Year 1
Initial removal of invasive species makes room for native understory plantings. Continued invasive removal ensures the establishment of plantings. Deer fence built to protect new plants. 3
Keenan Porter
Stiltgrass, knotweed, and other non- native species characterize the FNC’s forest floor. Deer browse is extensive, preventing many native plants from growing
Lack of damage from deer allows restoration plantings to thrive. Understory plantings are able to self-seed and canopy species regenerate, creating a healthy ecosystem.
Continued deer browse limits canopy regeneration. Few native species establish the understory. Over time, mature trees are lost, leaving the FNC open and bare.
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Scotch Plains
Interpretive Signage Bird Blind
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Test Plot: Est. June 2019
Fanwood Nature Center
Plainfield
50’
100’ Floodplain Restoration
1 mi
25’
Deer Fencing
i i Edge Habitat Restoration
Cir cle
i Informational/Interpretive Elements Existing Trails Proposed Trails Existing FeaturesUtility Right-of-Way Proposed Interventions
Brohm Place
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Outdoor Classroom Access to Stream
Riparian Restoration
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Entry Gate Upland Restoration
Floodplain Restoration
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i High Point Overlook
Te r
Boardwalk Extension
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Robinson Branch Stream Restore Historic Trail Segment
Cr ay
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Edge Habitat Restoration
i Access to Terrill Road
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i Informational/Interpretive Elements Existing Trails Proposed Trails Existing Features Proposed Interventions 50’ 100’
25’
New York
Sussex Passaic Bergen Morris
Warren
Highlands
Essex
25 mi
Hudson
5 mi
15 mi
Piedmont
Union
Borough of Fanwood Hunterdon
Mixed Oak
Somerset Middlesex Mercer Monmouth
Pennsylvania
Burlington
Glouchester
Most frequently occurring habitat type within the surveyed sites. Common throughout the entire surveyed region. Occurs on a wide variety of soil and bedrock types.
Sugar Maple/Mixed Hardwood Occurs throughout the surveyed region, but most common to the north and west of the Fanwood Nature Center. Thrives in the fertile limestone valleys of northern New Jersey.
Northwest and Piedmont Floodplain Roughly divided between the Highland and Piedmont habitat regions. Located along streams, the site will become inundated when water overflows the banks.
Ocean
Camden
Salem Atlantic Cumberland
Cape May
All public open space Open space within a 25mi radius of the FNC, excluding: • Sites under 80 acres • Recreation areas (golf courses, playgrounds, etc.)
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Chestnut Oak Chestnut oak is a component of many New Jersey forest types, but is usually only dominant on dry, rocky, and infertile slopes at high elevations.
Hemlock/Mixed Hardwood
Pitch Pine/Scrub Oak
Prevalent on cool, moist sites including ravines and steep north-facing slopes. The fallen hemlock needles create acidic soil conditions.
Dominant only on the highest ridge-tops in northern New Jersey, as well as the Pine Barrens in central and southern New Jersey. Grows in thin, dry, and infertile soils that are high in silica.
77% 164/212
34% 70/212
35% 73/212
9% 18/212
6% 14/212
Mixed Oak
Sugar Maple/Mixed Hardwood
Chestnut Oak
Hemlock/Mixed Hardwood
Pitch Pine/ Scrub Oak
Community is present in the FNC
Community is not present in the FNC
Community is not present in the FNC
Community is not present in the FNC
Community is not present in the FNC
Dominant Species: white oak (Quercus alba), red oak (Quercus rubra), black oak (Quercus velutina). All three species of oak are found within the Fanwood Nature Center.
Dominant Species: sugar maple (Acer saccharum). Sugar maple is present throughout the Fanwood Nature Center, albeit not in a quantity high enough to be dominant.
Dominant Species: chestnut oak (Quercus prinus), red oak (Quercus rubra). Red oak is a common species, however chestnut oak does not occur.
35% 75/212
7% 15/212
Piedmont Floodplain
Northwest Floodplain
Community is present in the FNC
Community is not present in the FNC
Common species: silver maple (Acer saccharinum), red maple (Acer rubrum), pin oak (Quercus palustris), others.
Common species: red maple (Acer rubrum), yellow birch (Betula alleghaniensis), basswood (Tilia americana), others.
All of the species listed above are found within the Fanwood Nature Center, as well as several other common species.
Red maple is common , but none of the other species listed above occur within the Fanwood Nature Center.
Dominant Species: Canadian hemlock (Tsuga canadensis).
Dominanat Species: pitch pine (Pinus rigida), scrub oak (Quercus ilicifolia).
Canadian hemlock is not found within the Fanwood Nature Center.
Neither pitch pine nor scrub oak occur in the Fanwood Nature Center.
Regional Habitat Analysis (Left): 212 open space systems were surveyed within a 25-mile radius of the FNC to determine regional habitat types. This analysis was used to inform what species would be utilized in restoration plantings. Site Habitat Analysis (Right): Based on ecological communities present within the FNC, plants naturally occurring in mixed oak and Piedmont floodplain communities were chosen to be planted as part of restoration efforts. Fanwood Nature Center Restoration
Existing Conditions
Canopy Regeneration More People Visiting Spaces to Rejuvenate Informational Signage
Interactions with Nature Native Understory Species
Proposed Site Conditions (Left): Restoration efforts aim to turn the FNC from a degraded space into a thriving ecosystem ripe with opportunities for people to relax, socialize, recreate, learn, and immerse themselves in nature. Test Plot Planting (Right): Years of research, planning, and volunteer efforts culminated in the planting of a one-acre test plot. Monitoring of the success of plantings will help determine which species should be utilized in future restoration plantings. Fanwood Nature Center Restoration
Ecological Benefits: The reestablishment of native species within the Fanwood Nature Center will help to restore ecological function and provide food and shelter for a greater diversity of species than are currently supported.
6’
7’
Kick Rail Decking Joist Beam 5/8” Galvanized Bolt Pin Caps Grade (Install Pier to Midpoint of Deeper) Concrete Diamond Pier 1” Ø Galvanized Pipe Driven to Frost Depth
Recover: Removing invasive species and reintroducing native species are crucial first steps to the recovery of the Fanwood Nature Center. Deer fencing will eliminate competition that has prevented the growth of native understory plants as well as the regeneration of canopy species for decades, and help new plantings establish.
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Reveal: Proposed trails and improvements to existing trails will bring site users through newly restored areas of the Fanwood Nature Center. Boardwalks will allow close interaction with these delicate ecosystems, revealing flora and fauna that may have been hidden or inaccessible before. Interpretive and informational elements aim to foster engagement with the ecosystems of the FNC improve the environmental literacy of site users.
Health, Social, and Educational Benefits: The Fanwood Nature Center aims to be a space where people can come to immerse themselves within and reconnect to nature, as well as to relax, rejuvenate, exercise, and socialize.
Recognize: Significant expansion of informational signage and interpretive elements is proposed within the Fanwood Nature Center. Labels identifying native plants and signage explaining ecological concepts intend to help site users recognize the flora and fauna occurring within the FNC, as well as the interactions between them.
Rejuvenate: A world apart from the stresses of daily life, the Fanwood Nature Center acts as a source of respite to those who visit. Plans to expand universally accessible trails and install additional benches intend to create a space where anyone and everyone can come to relax, rejuvenate, and enjoy nature.
Fanwood Nature Center Restoration
Central Mattituck Design Study | Mattituck, New York Love Lane is a central location within Mattituck and an important part of its cultural identity. Currently, the retail core is isolated from other spaces due to pedestrian safety concerns from traffic on both Main Avenue and Route 48 as well as limited visual connections between spaces. This study looks at opportunities to translate the existing defining characteristics of Love Lane to other parts of the corridor, create new public spaces within underutilized areas, and improve the connections between these spaces.
Love Lane
Planters
Plane Tree Allée
Gathering Space
Bicycle Lane Brick Sidewalk
Option 1: Currently Love Lane is a single-lane road with on-street parallel parking on both sides. Option 1 keeps all road conditions the same, focusing on small interventions such as replacing the existing concrete sidewalks with a brick sidewalk running the entire length of the corridor as well as a continuous allée of trees to increase the cohesiveness of the space. Keenan Porter
Outdoor Dining
Outdoor Dining
Lighting
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Green Infrastructure Benches
On-Street Parking
Safe Pedestrian Crossing
Widened Sidewalks
Option 2: Removing one or both on-street parking lanes significantly increases the amount of usable space along Love Lane, allowing for the construction of bicycle lanes to improve safety. Widened sidewalks allow for temporary or permanent interventions such as the addition of benches, planters, and outdoor dining.
Bollards
Option 3: Shutting Love Lane off from vehicular traffic between Sound Ave. and Pike St. provides the widest range of potential uses. In addition to sidewalks, the street itself can host outdoor dining, events, and act as a gathering space. Green infrastructure installed along the edges of the street handle stormwater runoff as well as add ecological and ornamental value to the street.
Sound Ave Boat Launch Main Ave South End Park
Mattituck Inlet Park
Station Park
Town Green 3
A
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D
B
C
Love Lane A
D
B
C
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Pike Street Plaza 50’
25’ 50’
100’
Linear Park
Pike Street
Route 48
Vehicular Access
Pedestrian Access
Public Greenspace
Existing Nodes
Proposed Nodes
Connections
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Section A
Section B
Mattituck Inlet Park: The Mattituck Inlet is currently disconnected from the Love Lane corridor and difficult to reach on foot. Sidewalk extensions will improve pedestrian access and match the character from other areas to visually connect the spaces.
Section C
Section D
Retail Core: Widened sidewalks offer ample space for people to move throughout the corridor and to access businesses.
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Linear Park: Increased definition of sidewalks helps improve the connection from the retail core to the Mattituck inlet.
Keenan Porter
South End Park: The Love Lane axis can be continued through the existing woodlot to create an immersive wooded park. Ecological restoration will create year-round visual interest as well as a space with high wildlife value and ecosystem services.
Love Lane as an Axis (Left): By utilizing a continuous allée of trees, Love Lane can become a distinct axis that draws people in and leads them through the street. Currently isolated areas are tied into the existing corridor with repeating elements and the addition of a continuous path to make each unique space connected and accessible. Streetscape Improvements (Right): Proposed improvements aim to make Love Lane safer for pedestrians and cyclists with widened sidewalks and bike lanes. Bioswales and native plantings will improve stormwater management and Mattituck’s ecology.
Stores
Brick Sidewalk
Street Trees Flexible Space
Protected Bike Lane Pervious Asphalt
Bioswale
Curb Cut
Love Lane Central Mattituck Design Study
New Public Spaces Along Love Lane
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1. South End Park: Currently a degraded woodlot, South End Park proposes a new, ecologicallydiverse public park. Restoration of the space’s understory will provide food and habitat to a variety of wildlife as well as enhance the beauty of the park with a range of native trees, shrubs, and perennials. The main pathway will be an extension of the Love Lane corridor with trails winding throughout so residents can immerse themselves in nature. Movable tables and chairs provide a new flexible community gathering space. 2. Pike Street Plaza: Patio space at the crossing of Love Lane and Pike Street anchors the corner of the intersection and provides new public seating. Its location in close proximity to numerous businesses and Mattituck’s train station makes it an ideal space for shoppers and residents to relax. 3. Village Green: Enhancing existing lawn space at the intersection of Love Lane, Main Road, and Sound Avenue acts as an entrance to the love lane corridor and provides an ideal location for open space to host small gatherings or public events. 4. Mattituck Inlet Park: Currently paved and underutilized, the inlet has the potential to become a characterizing location within Mattituck. A boardwalk will bring people down to the water’s edge, and can act as an educational space to teach about the ecosystem services of important species within the inlet.
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Delphi Falls County Park | Cazenovia, New York
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Vegetation Analysis: Delphi Falls contains a wide range of plants within several unique habitat types, from upland forests to wetlands.
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This park design focuses on both ADA access and strategic forest management. The universally inclusive pathway system at Delphi Falls involves accessible trails weaving throughout the extreme terrain of the park, an engaging inclusive play path, stunning view-sheds at overlooks, and interpretive areas. Interspersed throughout this system are riparian and forest restoration plots, with a nursery providing the means to become stewards of the land and grow new species to promote biodiversity and resiliency throughout the park.
-Accessible trails -Access from parking lot -Hardwood forest -Longer and more advanced trails -Views of falls, stream -Hemlock/beech forest
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Concept Diagram
-Access from parking lot -Riparian vegetation -Stream views & access -Upper falls views & access -Wetland vegetation -Too steep, no access
Northern Hardwood
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Beech/Hemlock
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Lower Falls Upper Falls
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Legend 1
Plant Nursery
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Gateway
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Parking Lot
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High Point Overlook
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Terraced Retaining Wall Falls View
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Pedestrian Bridge
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Lower Falls Overlook
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Wetland Boardwalk Overlook Structure Interpretative Signage Elevated Trail Property Line
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Vegetation Map
Topography Limestone Creek
Signage and Wayfinding: A cohesive collection of new signage will contribute to Delphi Fall’s unique place branding. A distinct gateway sign welcomes visitors, directional signage points hikers to notable locations within the park, and interpretative elements call out and explain aspects of the site including its history and ecology.
Gateway Signage
Map/Trailhead 19
Keenan Porter
Directional
Rules/Regulations
Trail Marker
Informational/Interpretative
Identification
Site Improvements: Until 2018, Delphi Falls was private property. Now open to the public, this design proposes an extensive universal trail system, numerous overlooks, educational signage, and other interventions to highlight the unique features of the park.
Railing Tension Cable Decking Joist 5/8” Galvanized Bolt Beam Post Pin Caps Concrete Diamond Pier 1” Ø Galvanized Pipe Driven to Frost Depth
Upper Falls Overlook: New proposed overlooks bring site visitors to previously inaccessible areas of the park, most notably the upper and lower waterfalls that give the park its name. Built with diamond piers to minimize disturbance in this ecologically-sensitive area, proposed boardwalks elevate users directly over the rushing water, providing a breathtaking panoramic view of both waterfalls, the Limestone Creek, and the surrounding ravine.
Universally Accessible Trail System: Delphi Falls is characterized by its two waterfalls and deep ravines, which result in steep slopes throughout the park. A key part of this project is to ensure that this difficult terrain is navigable by anyone and everyone, providing equitable means to reach destinations such as overlooks for the upper and lower falls. An extensive system of trails with numerous switchbacks keeps the slopes of paths under 5%, and are completely wheelchair accessible. Delphi Falls County Park
SUNY-ESF Quadrangle | Syracuse, New York Currently an underutilized 2-acre grass field, this design proposes a unique new quad space for the State University of New York’s College of Environmental Science and Forestry (SUNY-ESF). The design retains 75% of the space for traditional quad functions, while the remaining 25% will be transformed into an urban forest made up of four gardens highlighting four unique oak ecosystems. This space will improve the ecology of the campus, provide new space for gatherings and activities, and create an outdoor classroom for lessons in the field.
Nodes
Proposed Planted Space Bisector Existing Slope
Pathways
Underground Cistern Connection to Syracuse University
Grassland
Wetland Woodland Upland
Decision Diagrams 21
Keenan Porter
Herbaceous 40
20
10
0
5’ Shrub
15’ Understory Tree
30’ Shade Tree
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Baker Lab (ESF)
Jahn Lab (ESF)
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Grassland Wetland
Woodland
Existing Sidewalks
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Existing Planted Space
Existing Shade Trees A
A
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Upland
Lawrinson Hall (SU)
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Lawn
Gateway Center (ESF)
Proposed Syracuse University Building Path to Syracuse University Sadler Hall (SU)
The Oak Ecosystems of New York: A new urban forest located on the quad is broken up into four individual gardens highlighting the native oaks of New York State. Each garden is planted with native species commonly occurring with the highlighted oaks, creating miniecosystems right on campus. The gardens will add ecological value to the campus, and also act as outdoor classrooms for various courses including plant identification and numerous ecology courses.
Upland
Quercus montana Quercus muehlenbergi Quercus rubra
Canopy: Acer saccharum, Carya glabra Understory: Amalanchier canadensis, Ostrya virginiana Shrubs: Acer pensylvanicum, Hamamelis virginiana, Viburnum acerifolium Herbaceous: Actaea rubra, Gaultheria procumbens , Mitchella repens
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Wetland Quercus palustris Quercus bicolor
Canopy: Acer rubrum, Understory: None Shrubs: Aronia arbutifolia, Cephalanthus occidentalis, Vaccinium corymbosum Herbaceous: Carex pensylvanica, Carex rosea, Iris versicolor
Woodland Quercus rubra Quercus coccinea Quercus velutina Quercus alba
Canopy: Acer saccharum, Carya glabra, Tilia americana Understory: Carpinus caroliniana, Cornus florida, Shrubs: Hamamelis virginiana, Lindera benzoin, Viburnum acerifolium Herbaceous: Polygonatum biflorum, Thafictrum thalictroides, Thelypteris noveboracensis, Adiantum pedantum
Grassland Quercus macrocarpa
Canopy: None Understory: None Shrubs: None Herbaceous: Andropogon geradii , Panicum virgatum, Sorghastum nutans
SUNY-ESF Quadrangle
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New Spaces and Uses for ESF’s Second Quad 1. Outdoor Classroom: Currently almost two acres of lawn, this design proposes reclaiming roughly half an acre to establish four demonstration gardens highlighting different oak habitats found throughout New York state. These spaces will greatly improve the ecological value of the quad, and also act as a living laboratory where classes could teach lessons out in the field. Every department has courses that could make use of this new space, from plant identification, dendrology, forestry, arboriculture, planting design, a variety of ecology courses, and many others. 2. Space to Relax: Winding throughout the woodland garden is a small path system that allows students and other site users to immerse themselves within a forest without leaving ESF’s urban campus. Benches placed throughout the understory offer places to unwind between classes. 3. Recreation and Gathering Space: In addition to the new garden spaces, roughly 75% of the space retains its traditional use as a quadrangle. An acre and a half of open lawn offers ample space for a variety of uses, including large and small gatherings, events, sports and athletics, as well as a place to work outside or simply sit and enjoy the sun. 4. Green Infrastructure: The oak wetland habitat doubles as a rain garden, helping ESF manage its stormwater runoff through bioretention while also adding ecological value to the campus with a variety of native trees, shrubs, and herbaceous perennials.
SUNY-ESF Quadrangle
Off-Campus Independent Study | The Netherlands Undertaken during fall 2019, the off-campus program was an fully independent and self-directed semester. Field studies were completed within the initial weeks of our stay as a way to become familiar with our new city. A journal/sketchbook served as a means to record daily thoughts and experiences. The main study was carried out over roughly two months, and was an in-depth look into a specific location with the goal of seeing and understanding new ways of designing.
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Keenan Porter
Rotterdam
Utrecht
Rotterdam & Amstelveen
Zwolle
Rotterdam
Rotterdam
Sketchbook Excerpts
Historische Windmolens van Rotterdam Rotterdam, Netherlands Windmills are a cultural icon of The Netherlands, however, many no longer serve their historic purposes. Concurrently, land uses and levels of development have shifted, which has resulted in many surviving mills becoming divorced from their original context. While the landscapes around them changed with the times, the mills that remain have been kept in their historic states. With this in mind, this study sought to understand how these quintessential pieces of Dutch history fit in with their modern surroundings. Full study available upon request.
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Keenan Porter
The Amstelveen Heemparks Amstelveen, Netherlands This study was undertaken with the goal of gaining an in-depth understanding of the design, ecology, and maintenance of the Amstelveen Heemparks, a unique system of urban public parks that have been maintained by a dedicated staff and enjoyed by residents of Amstelveen and surrounding communities for 80 years. Through the lessons learned from The Heemparks, outlining principles were determined for how the design and management strategies can be translated to help improve urban ecology in other areas of the world. Full study available upon request.
Off-Campus Independent Study
Keenan Porter Keenanporter@gmail.com | KPorterDesigns.com
linkedin.com/in/keenan-porter/ | (908) 553-6917