Johnathan Hampton: Spring 2025 Portfolio

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LANDSCAPE ARCHITECTURE

PORTFOLIO

SPRING 2025

JOHNATHAN HAMPTON

ABOUT

Since I my childhood, I have had an interest in the natrual world. However, a lack of green industry educational resources in school proved to be an obstacle for me. I learned to forge my own path, operating a landscaping business in high school, and discovering my passion for design and outreach in the process. I cultivated my passion at Auburn University, where I completed a bachelor’s in Horticulture, Pre-Landscape Architecture. As a graduate student at UT Arlington, my commitment to outreach has grown. As Vice-President of the university’s Student ASLA and as an LAF Ignite Scholar, I aspire to engage fellow students, youth, and the greater public with the profession of landscape architecture. My graduate thesis explores high school landscape architecture resources in the Dallas-Fort Worth Metroplex.

EDUCATION

University of Texas at Arlington MLA, 2023 - 2025

Auburn University

BA, Horticulture, Pre-Landscape Architecture, 2019 - 2023

Business Minor

Spanish Minor

WORK EXPERIENCE

EDSA

Design Intern | Dallas, TX | May 2024 - August 2024

College of Architecture, Planning, and Public Affairs

Graduate Research Assistant | Arlington, Texas | August 2023 - Present

R&R Landscaping | Landscape Designer

Designer | Auburn, AL | May 2023 - Aug. 2023, | Remote | Sept. 2023 - February 2023

SKILLS

SKETCHUP

LANGUAGES

ENGLISH

SPANISH FRENCH

CONTACT

EMAIL: johnathan.a.hampton@gmail.com

LINKEDIN: https://tinyurl.com/jhamptonlinkedin

HARMONIZING THE HEART: DALLAS CIVIC CENTER

Urban Design

Akard Plaza

Dallas, TX

October - December 2024

PAGES: 4 - 11

CULTIVATING

CONFLUENCE PARK

Environmental Planning, Site Design

Johnson Creek

Arlington, TX

August - December 2023

PAGES: 34 - 41

Environmental Planning, Site Design

Tuskegee National Forest Auburn, AL

January - May 2023

PAGES: 12 - 23

Site Design

June - August 2024

Planning, Urban Design, Site Design Garden of Eden

Fort Worth / Haltom City, TX

January - May 2024

PAGES: 24 - 33

PAGES: 42 - 45

Hand Drawing 2019 - 2024

PAGES: 46 - 49

HARMONIZING THE HEART: DALLAS CIVIC CENTER

Akard Plaza Dallas, TX

October - December 2024

The Dallas Civic Center is a disconnected and underutilized space within the heart of downtown—a fractured link between people and place. A poorly defined urban edge, insufficient programming, and its isolation from major public transportation networks have rendered the civic center largely empty. This project aims to restore the Dallas Civic Center’s relevance by reintegrating it into the urban fabric of Downtown Dallas. Through thoughtful design and innovation, the Dallas Civic Center is envisioned as a dynamic confluence of civic, recreational, and technological engagement, elevating the space to where it truly belongs in the city’s urban landscape.

Software + Media: ArcGIS Pro, AutoCAD Civil 3D, Photoshop, Illustrator, InDesign, Sketchup, Lumion

CIVIC CENTER

OPPORTUNITY TO PEDESTRIANIZE SECTION OF ACKARD

CONNECTION

SURROUNDING SITE PROGRAMS NOT CONDUCIVE TO ACTIVATION OF CITY HALL

PUBLIC, ACCESSIBLE

DEEPER SOIL, TALLER TREES

SHALLOWER SOIL, SMALLER TREES

MINIMUM LARGE TREE SOIL DEPTH (3 FT) HOT, MORE EXPOSED

COOLER, MORE SHADED

SCALE OF BUILDING DWARFS VISITORS SEASONALLY SHADED (WINTER)

PERPETUALLY SHADED PARKING GARAGE

PUBLIC, RESTRICTED

MARILLA

A REVITALIZED CORE

The reimagining of the Dallas’ Civic Core builds upon design language established by the AT&T Discovery District, extending it into the broader urban fabric. The result is a civic core that integrates art, history, digital innovation, sustainability, and community engagement into a seamless, experiential environment.

SHADE STRUCTURE

CAFE

GLASS FACADE BUS STOP

MIXED USE DEVELOPMENT

OUTER SURFACE CAN BE UTILIZED FOR PROJECTIONS GARAGE ACCESS, RESTRICTED

PERVIOUS PAVING

THE ATRIUM

DALLAS PUBLIC LIBRARY

AMPHITHEATER PLANETARIUM EVENT VENUE

THE VEIL

DIGITAL ART DISPLAYS

OF AKARD GATEWAY

VIEW
VIEW OF YOUNG ST.

CULTIVATING ATTUNEMENTS: TUSKEGEE NATIONAL FOREST

Tuskegee National Forest Auburn, AL

January - May 2023

The smallest of the national forests in the United States, Tuskegee National Forest boasts a trove of unexplored and underappreciated design opportunities. Within its 11,000-acre confines lie typologies ranging from dry, vast longleaf pine savannahs to rich, saturated birch-mapletupelo swamps, each with their own compelling stories to tell. This project seeks to curate and celebrate these narratives in a way that attunes the trailgoer to them, thus revealing the rich complexity of this small national forest.

Software + Media: Rhino 3D, ArcGIS Pro, Photoshop, Illustrator, InDesign, Hand Drawing, Model-Making

UPLAND LONGLEAF PINE SAVANNAH

DRY AND DRY-MESIC OAK-PINE FOREST

FLOODPLAIN HARDWOOD FOREST

TUPLEO SWAMP/ RIPARIAN EDGE

PLANT COMMUNITIES

Tuskegee National Forest can be divided into 4 general typologies based on elevation: Upland Longleaf Pine Savannah, Dry and Dry-Mesic Oak-Pine Forest, Floodplain Hardwood Forest, and Tupleo Swamp/ Riparian Edge.

ELEVATION + PLANT COMMUNITY

+ ATMOSPHERE

Tuskegee National Forest owes its iconic typologies to both the subtle and stark elevation changes that occur throughout the site. This creates a diverse palette of plant communities, each of which feature distinct and compelling atmospheric qualities.

BROOMSEDGE + BLUESTEM MATRIX

BROOMSEDGE

SHORTLEAF PINE
LONGLEAF PINE
Quercus pagoda
Scirpus spp. Cherrybark Oak
Nyssa sylvatica Black Tupelo
Betula nigra River Birch
Acer rubrum Red Maple Bulrush

TUPELO SWAMP/ RIPARIAN EDGE

DAY USE: TRAIL OF ATTUNEMENTS

WAYFINDING “WOODED BASILICA”

FLOODPLAIN HARDWOOD FOREST

NATIONAL FOREST RD 916

In response to intial site inventory and analysis work, I was tasked with creating a trail within a zone of 300-400 acres that would attune hikers to Tuskegee National Forest’s aforementioned spatial and atmospheric qualities. The trail responds to topographic and ecological changes across the forest, sometimes straddling and weaving between edges and topographic gradients, sometimes piercing from one typology to another. The trail guides hikers to specific locations that demonstrate my design agenda.

PINE SAVANNAH

3/8” PEA GRAVEL

WAYFINDING

GALVANIZED

1/2” GRAVEL

REINFORCED CONCRETE, PRE-CAST

The Differentiation Trench is a human-scale instrument intended to serve both as a set of waymarkers for hikers and as an abstraction of the large-scale topographic relationships present within Tuskegee National Forest. The trenches feature a sloped bottom that allows for uneven water distribution, resulting in a moisture gradient that may lead to the emergence of different plant species along its length. Concrete walls isolate the trench’s contents from the surrounding context while also supporting grates intended for walking and plant growth, respectively.

RIDGELAND FOREST

COOL, ENCLOSED, DENSE, HUMID, SHADY

SCENIC VIEWSHED

NATIONAL FOREST RD 908 PRIMITIVE TRAIL

CAMPSITE

LOCATION

NIGHT USE: WOODED BASILICA

Along with designing a trail for day use, part of this project addresses creating a space for night use. The “Wooded Basilica” that explores the relationship between topography, plant communities, and space. This site flows along the side of a hill surrounded by lowland forest typologies. The public, uppermost portions feature finely textured plants that orchestrate panoramic views of the site. Plants with low, dense spatial qualities comprise the intimate camping spaces. The trails mimic the site’s fluid topography, while the campsites showcase key views marked during site visits.

PINE SAVANNAH

PRIMITIVE TRAIL

GATHERING SITE

CAMPING GROUND

OAK-SUMAC-NEEDLE PALM ENCLOSURES

PINE

WINGED SUMAC

HARDWOOD BASILICA
PINE-BLUESTEM BASILICA
NEEDLE PALM
LITTLE BLUESTEM
LONGLEAF
RHAPIDOPHYLLUM HYSTRIX
SCHIZACHYRIUM SCOPARIUM
PINUS PALUSTRIS
RHUS COPALLINUM
QUERCUS STELLATA

Low-branching habit of post oak and density of sumac and needle palm create intimate enclosures

OPEN, FINE TEXTURES CREATE AN AIRY ATMOSPHERE

POST OAK
NEEDLE PALM WINGED SUMAC
BLUESTEM
QUERCUS STELLATA

SITE GRADING + ENVIRONMENTAL IMPACT

The final component of this project is a grading plan that examines the design’s environmental impact. The site’s topography posed a unique set of opportunities with regard to orchestrating views of the surrounding site. The design creates a series of flattened spaces throughout the site connected by descending, flowing pathways. Downhill, strategic cuts into the existing grade re-orient the path to showcase views of the surrounding basilica. Due to the slope of the site, excessive fill became a notable issue with the overall design, leading to environmental concerns.

RECLAIMING THE GARDEN OF EDEN

Garden of Eden

Fort Worth / Haltom City, TX

January - May 2024

The Garden of Eden, Fort Worth’s first African American cultural district, is a freedman’s community established in the early 1900s. What was once a community of over 50 families has dwindled to fewer than 10 in the face of largely unaddressed social, environmental, and economic pressures. The community envisions the Garden of Eden as an integrated yet distinct space within the city. Their vision balances historical appreciation, economic growth, site accessibility, ecological and hydrological infrastructure. The “Reclaiming the Garden of Eden” Comprehensive Plan represents the collaborative synthesis of a sustainable, resilient, community-centered design model. It promotes ecological stewardship, inter and intra-site connectivity, food security, and social interaction for the community.

Collaborators: Johnathan Hampton, Victor Almaraz, Sowmya Kanaka

Software + Media: ArcGIS Pro, AutoCAD Civil 3D, Photoshop, Illustrator, Indesign, Sketchup, Hand-Drawing

HISTORIC GARDEN OF EDEN
VACANT LAND RECYCLING PLANT
GRAVEL PITS
W. FORK TRINITY RIVER
FORT WORTH CITY LIMITS
LITTLE FOSSIL CREEK BIG FOSSIL CREEK HALTOM
Credit: Johnathan Hampton, Victor Almaraz, Sowmya Kanaka

RECYLCING TRUCKS NOISY, DUSTY ENVIRONMENT

LACK OF SIDEWALKS AND SAFE INTERSECTIONS HINDERS

PEDESTRIAN ACCESS

BRAD’S LAKE, ORIGINALLY A GRAVEL EXCAVATION SITE, HOLDS CULTURAL SIGNIFICANCE FOR RESIDENTS

FISHING

SOCIALGATHERING BEAUTYPAGEANTS

THE SITE’S HISTORY OF GARVEL EXCAVATION AND DEPOSITION HAS CREATED DIVERSE PLANT TYPOLOGIES

ELLIOTTREEDERRD.

HEAVY TRAFFIC DESTROYS SURROUNDING VEGETATION, CONTRIBUTING TO AIR AND WATER POLLUTION

VALLEY BAPTIST CHURCH
RECYLCING PLANT
BLACK WILLOW + COTTONWOOD SWAMP
BUSHY BLUESTEM
HONEY LOCUST
SAND KNOLL
FORB MATRIX
CACTUS PATCH
Credit: Johnathan Hampton, Victor Almaraz

TRINITYRAIL EXPRESS

W. FORK TRINITY RIVER

EVENT DISTRICT

TRANSIT DISTRICT

LITTLE FOSSIL CREEK

LOYD STRIP

EDEN DR. EXTENSION

PASTORAL DISTRICT

HISTORIC DISTRICT

BRAD’S LAKE LEGACY LAKE

JOE LOUIS ADDITION

QUANAH PARKER PEDESTRIAN CORRIDOR

QUANAH PARKER PARK

LITTLE FOSSIL LAKE SERENITY LAKE

THE BOTTOMLANDS

TRINITY TRAILS SYSTEM

TRINITY LAKE

BIG FOSSIL LAKE
BIG FOSSIL CREEK

PHASE 1: BUFFER AND RECLAMATION

development initiated, but completion deferred to following phase initiated + completed in respective phase

PHASE 2: ECOLOGICAL CONNECTION

• Divert recycling plant traffic via construction of new road (Eden Dr. extension)

• Acquire tax parcels within Joe Louis Addition and around the Historical District Accommodate pedestrians and alternative

• Defer development of most acquired land until Phase II.

• Establish a vegetative buffer to shield the community from the surrounding industrial context.

• Construct the Quanah Parker Pedestrian Corridor

• Initiate development on vacant tax parcels from Phase I.

• Construct the Loyd Strip, the Library and Cultural Museum.

• Construct bus stops in the event district to connect residents to greater urban fabric.

• Create ecological buffer zones near the Trinity Railway Express.

• Restoration of existing lakes for research and recreational uses

PHASE 3: TRANSIT DEVELOPMENT AND RECYCLING PLANT RELOCATION

• Negotiate off-site relocation of Recylcing Plant

• Repurpose existing recyling footprint infrastructure into a research incubator for educational resources

• Acquire northern and western parcels to expand buffer zones

• Construction of Transit District and train station

TRINITYRAILEXPRESS

PROJECT BOUNDARY

EVENT DISTRICT

THE EVENT DISTRICT

The Event District, a Phase I implementation of the “Reclaiming the Garden of Eden Master Plan,” centers itself at the central axes of the Historic Garden of Eden: Carson St. and Elliott Reeder Rd. It features a variety of medium-density commercial, mixed use, and residential footprints interwoven by a walkable network that links to the overall pedestrian fabric of the site. The Market Ring, Event Lawn, and Event Pavilion sit at the heart of the Event District and serve as incubators for local businesses and a distinct cultural fabric for existing and future community goers to enjoy.

VALLEY BAPTIST CHURCH
QUANAH PARKER PEDESTRIAN CORRIDOR

BIOFILTRATION CORRIDOR

EXISTING STORM OUTLET

PRIMARY WATER FLOW

BIOFILTRATION CORRIDOR

The Event District’s design complements the site’s natural water flow. Located in the center of the of the design is the Biofiltration Corridor, a system of swales and detention ponds, strategically placed according to flow accumulation analyses. Water across the site is guided to this zone, passing through green streets and communal open spaces that link neighboring footprints along its way. Plants specialized in phytoremediation slow down and purify the incoming stormwater, allowing it to percolate into the underlying soil. An existing storm drain connection guides treated water to the West Fork Trinity River. Soil excavated for this zone will be utilized in raising the elevation of the planned development out of the 100-year flood plain.

SECONDARY WATER FLOW

EVENT LAWN MARKET RING

BIOFILTRATION CORRIDOR

PEDESTRIAN
SHUMARD OAK
CEDAR ELM
PECAN BLACK WILLOW
POSSUMHAW

CONFLUENCE PARK

Johnson Creek Arlington, TX August - December 2023

The City of Arlington’s relationship with Johnson Creek is complex. Climate change and mass development has increased the frequency and severity of flash flooding, degrading the creek’s quality, endangering citizens, and inhibiting recharge of the underlying Woodbine Aquifer. In response, the City of Arlington has begun purchasing and converting at-risk lots into green spaces in an effort to reduce flood risk. Confluence Park is one such space; it reimagines Johnson Creek as a key site for flood buffering, water purification, acquifer recharge, ecological restoration and community interaction.

Software + Media: ArcGIS Pro, Photoshop, Illustrator, InDesign, AutoCAD Civil 3D, Sketchup, Lumion, Hand Drawing

ARLINGTON, TX

PERMEABLE GEOLOGY

> 80% of Arlington’s land area sits within the Woodbine Aquifer Zone; ~60% of this area is considered outcrop, a permeable geological area. Outcrops are water infiltration sites for aquifer recharge.

IMPERMEABLE GEOLOGY

Wells

Creeks and Rivers

Trinity Aquifer

Census Tracts

Woodbine Aquifer (outcrop)

Woodbine Aquifer (subcrop)

NTS

FIGURE GROUND

SOIL GROUPS

LAND USE

Arlington's urban context creates large areas of impervious surfaces. This creates conditions conducive to overwhelmed waterways and subsequent flash flooding.

Roughly half of the selected census tract’s soil volume falls within Group C (high runoff potential) and Group D (highest runoff potential) collectively. While the east side of the region and creek itself feature low-runoff potential soils, (Groups A and B) the volume and velocity of runoff from the surrounding areas easily overwhelm these permeable zones.

Single family households (yellow) largely comprise the areas surrounding this region of Johnson Creek and are of course within immediate risk of flooding.

Johnson Creek: Land Use Plan

Arlington, TX

URBAN MEADOWS WATER CONTROL METHODS PHYTOREMEDIATION CORRIDORS

• Matrix of grasses and forbs

• Erosion reduction

• Facilitate water infiltration

• Forage and cover for wildlife

• Checkdams, weirs

• Reduced water velocity

• Increased soil deposition and water infiltration

• For riparian + aquatic settings

• Soil stabilization

• Sequestration of creek pollutants

A UNITING PROCESSION

The design for Confluence Park creates an accessible sequence that links the surrounding communities to the site’s isolated interior. Permeable paths flow alongside Johnson Creek’s banks, crossing the stream at curated views and pausing at observation decks furnished with educational signage. Urban meadows and phytoremediation corridors provide aesthetic and ecologic value while increasing rainwater infiltration, reducing creek erosion, and purifying stormwater.

Programming elements such as a playgrounds and an amphitheatre create additional spaces for community engagement.

WAYFINDING

AMPHITHEATER

BRIDGE + CHECKDAM

PROJECT PHASING

Confluence Park’s construction occurs over two phases. Phase I features the construction of the primary paths and structures, in addition to primary creek restoration infrastructure. Primary programming features are also constructed during this phase. Phase II focuses on community engagement and programming. It features road extensions, parking expansion, green infrastructure expansion, and the construction of additional social elements, such as a retention pond, mixed-use court, and playgrounds. Confluence Park is designed so that Phase I can be completed without relocating residents.

HAMPTON RESIDENCE

June - August 2024

This project is a comprehensive design exercise aimed at envisioning my ideal home. The process spans from initial conceptualization using pencil sketches to advanced 3D modeling. This endeavor reflects a personal exploration design principles, aesthetic preferences, and functional needs.

Software + Media: Hand Drawing, AutoCAD Civil 3D, Sketchup, Lumion

AXONOMETRIC VIEW SOCIAL ALCOVE

CREEK + BACKYARD

OTHER WORKS

2019 - 2024

A brief selection of works curated over the years. This section primarily features plant entries from classes and individual observation.

Software + Media: Hand Drawing

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