Jon Choi Landscape Architecture Portfolio by jonchoi238

JON CHOI LANDSCAPE ARCHITECTURE PORTFOLIO

CONTENTS

Concept Design Queen Creek Greenway Living with the Land Afforest in Manhattan ULI Hines 2019 : Weave Socio Hydrology

Design / Build East Austin Residence Neuman Bunkhouse Backbeat Bar

Object Arbitrary Shapes DTVG : Waxman Trash Can Firepit

Masters Report One Tree at a Time

Details Construction Details

High Resolution Portfolio Hosted at: https://issuu.com/jonchoi238/docs/choi_portfolio2019

CONCEPT DESIGN SKILLS design concept research analysis rendering

TOOLS pencil paper autocad sketchup creative suite GIS

Queen Creek Greenway A conceptual masterplan for the Town of Superior, AZ

Queen Creek emerges from the cliffs of Apache Leap and tumbles into the heart of Superior, Arizona. This concept plan contains a set of ideas for creating an interconnected, publically accessible greenway that capitalizes on the creek as a natural and recreational asset. The plan includes several related elements: release of water to increase flow frequency; restoration of riparian, creekside vegetation to enhance flora and fauna; and a reconnection of Main Street Superior to the creek via the Legends of Superior Trail and a series of shaded, welcoming mini-parks. Produced by : Jon Choi with support from the National Park Service Rivers, Trails and Conservation Assistance Program

Main Street

Alley Connection

Queen Creek Alley

MAIN STREET ENHANCEMENTS

LOST CONNECTIONS AND QUEEN CREEK OVERLOOK

• Street Tree Planting (Chinese Pistache) • Wayfinding • Interpretive Features • Connections to LOST • Photo Opportunities • Mural Art

• Creek viewing location for birdwatching • Native shade tree planting (mesquite) • Shaded picnic area • Alley beautification • LOST Wayfinding • Interpretive Features • Apache Leap Viewing Scope

Overlook

1. QUEEN CREEK WATER RELEASE POINT

2. LOST TRAIL HEAD

ve Magma A

3. LOST ALLEY BEAUTIFICATION Magma Hotel

Que en

Cree

4. MAGMA AVE TRAFFIC CALMING

treet Main S

5. QUEEN CREEK OVERLOOK

W HEINER DR

6. MAIN STREET ENHANCEMENTS

IVE

Besich Park

7. LOBB FOOTBRIDGE ENHANCEMENTS Bank of t the Wes

8. NEIGHBORHOOD CREEK ACCESS

Queen Creek

• Flows in Queen Creek • Groundwater recharge • Healthy riparian flora and fauna • Hydraulic protection-local wells + recreation • Invasive species removal • Creek restoration • Enhanced native vegetation • Debris removal

9. RIPARIAN/FLOODWAY RESTORATION

RESTORATION AND STEWARDSHIP

tre Main S

ey Save Mon Market

10. STONE AVE PARK ne Sto

Ave

8 MLA STUDIO WORK

Afforest in Manhattan A linear forest, wildlife habitat and phenology walk in the heart of the city

â&#x20AC;&#x153;When one tugs at a single thing in nature, he finds it attached to the rest of the world.â&#x20AC;? John Muir

Afforest in Manhattan proposes to establish a functioning forest habitat across all 11 medians on Park Avenue. Connectivity between medians will be achieved through wildlife corridors under permeable intersections. These intersections will also allow stormwater flows from the street to enter a biofiltration and irrigation system for median plantings. Interpretive signage will educate the public on green infrastructure, phenology and the importance of forests to our urban ecologies. Phenology programming in partnership with the New York Phenology project will make data available as to how we can address climate change and other pertinent ecological issues through similar projects across dense urban environments.

MLA STUDIO WORK

â&#x20AC;&#x153;The largest potential for adding forest cover is probably urban areas.â&#x20AC;? NY State Dept. of Environmental Conservation

Urban trees have capacity to minimize UHI effect, intercept and absorb storwater and improve air quality

Urban runoff presents irrigation resource for establishing afforestation project.

1 Stormwater runoff from street

permeates through bar grate intersection

trial

rres

s te llow on a ians ecti ters n med in r e e und e betwe idor g corr passa life Wild ies safe c spe

2 Stormwater then percolates

through biofiltration soils and into subsoil irrigation pipes

3 Tree roots and soils extract

additional pollutants from stormwater

G CERAN TE NTRD RM A INA L L

ST .

Total Medians 3,900 SF x 11 = 42,900 SF

Combined Afforestation Impact 42,900 SF ~ 1 Acre Forest

’ 6”

ST .

20 0’

ST .

Single Median 200’ x 19’ 6” = 3,900 SF

ST .

DEFINITIONS Afforestation - process of establishing a forest especially on land not previously forested (Merriam-Webster) Phenology -a branch of science dealing with the relations between climate and periodic biological phenomena such as bird migration or plant flowering (Merriam-Webster) Green Infrastructure - a cost-effective, resilient approach to managing wet weather impacts that provides many community benefits (EPA) MLA STUDIO WORK 11

b t b

01 09

skilled nursing

01 10 06

no n

c w.

ro a

memory care

d oa sr

03. urban canyon 04. agave terrace 05. bridge / ada ramp 06. therapy gardens 07. sidewalk connections 08. section one 09. section two 10. agave terrace 11. urban canyon

b bike parking t

trash / recycling

12 MLA STUDIO WORK

r fa

02. porte cochere

final plan 01. site entry

Living with the Land A master plan proposal for an adult independent living facility in Tucson, Arizona

Living with the Land is a design concept offering opportunity for residents to live surrounded by nature while employing some of the adaptive techniques used by the ancestral dwellers of the land to conceptually reconnect this otherwise disconnected landscape to its original sense of place. The name Hohokam is derived from the Oâ&#x20AC;&#x2122;odham word, which translates to â&#x20AC;&#x2DC;those who are goneâ&#x20AC;&#x2122;. Living with the Land employs passive design strategies to live with the land as a humble nod to this lost culture and forgotten way of life.

10. agave terrace

MLA STUDIO WORK 13

section one agave terrace

porte cochere loop

basins

d.g. trails basins

The agave terrace references native hillside agave farming while slowing and capturing stormwater runoff from the site. Additionally the terrace offers passive and active recreation opportunities to residents. A network of decomposed granite trails allows residents to walk short and long loops. Areas along the trail allow residents to rest in the shade, enjoy views and watch the wildlife. All trails provide multiple access points into the agave terrace. ADA ramps allow for handicap access.

site analysis 01. sun angle

02. temperature

site topography and exposure create uncomfortable surface temperatures

low elevations offer cooler temperatures than exposed higher portions of site

summer

winter

03. wind

04. circulation

prevailing wind patterns move from the south east corner of the site to the north west

heavy auto circulation on w. cortaro farms road, lighter auto circulation on n. shannon

14 MLA STUDIO WORK

section two urban canyon

morning sun

afternoon sun

independent living building

seat wall planter

The urban canyon is a site amenity for residents offering opportunities to garden and relax in a cool shaded microclimate. Building placement takes inspiration from arid climates utilizing the concept of shared shade to create a comfortable and inviting outdoor space for residents. Prevailing winds from the south east will move cool air from the agave terrace into the canyon further highlighting site comfort. Roof runoff will be collected for use in garden and landscape.

11. urban canyon

E V A WE

socialthread , c i m o n l an econvironmenta and e

2 3

6 6

OAD D RAILR GROUN UNDER DOM CENTER FREE

6 8

13 7

11 1

Over The (I)nterstate Market / Business Incubator

Over The (I) Outdoor Event and Open Space

Modular Crosswalk and Streetscape

Native Grass Green Roof

Public Transit Hub

Green Infrastructure Pedestrian and Cycling Routes

The Divide Mixed-Use Residential

Rideshare Parking

The Green Thread Linear Green Infrastructure Park

E MUS FUTUR E VENU

11 Cincy Commons Live-Manufacture 19

13 The Underground Railroad Museum Plaza 17

15 Autonomous Vehicle Office 20

16 Center for Sustainable Aquaculture Research 17 Waterfront Restoration and Pollution Mitigation Wetlands 18 Mussel Beach Habitat and Recreation 19 Mussel Purification Pond

200 FT

16 MLA STUDIO WORK

400 FT

20 Sustainable Aquaculture and Native Mussel Restoration

RID SION B USPEN LING S

14 Commercial - Restaurant

. ROEB

12 Cincy Commons Open Studios Maker Space

JOHN A

10 Manufacturing Arts Shopping and Dining District

ULI Hines 2019 : WEAVE an economic, social and environmental thread

R RIVE O I OH

WEAVE is a student collaborative project submission for the ULI Hines 2019 challenge. The development proposal addresses urban fragmentation in Cincinnatiâ&#x20AC;&#x2122;s downtown and waterfront district. Threads of economic, social and environmental healing seek to re-integrate the cities historic neighborhoods and working class economy with a forward thinking approach that also aims to mitigate waterfront flooding while researching the use of native mussel species to mitigate pollution in the Ohio River.

MLA STUDIO WORK 17

SITE PERSPECTIVES

1897 thru 1940 Cincinnati builds combined sewer and stormwater systems that overflow, releasing sewage into local waterways during heavy rain

Highway construction destroys historic neighborhoods and severs downtown from waterfront

Collage rendering further explains the project intent of establishing a district that integrates Cincinnati’s diverse economies, history, cultures, ecologies and residents.

WATERFRONT RESTORATION AND POLLUTION MITIGATION WETLANDS

18 MLA STUDIO WORK

Cincinnati Metropolitan Master Plan demolishes West End and Central Bottoms Neighborhoods initiating rounds of harmful urban renewal

1960’s

This timeline identifies historic events that have led to fragmentation of Cincinnati’s urban fabric.

1948

Ohio River Basin is home to 127 North American Mussel Species which aid in bank health and water quality

1940

Cincinnati residents help fugitive slaves en route to find freedom in Canada

1900’s

1840’s

SOCIAL • ENVIRONMENTAL • ECONOMIC • FRAGMENTATION TIMELINE

Flooding of Ohio River persists and is compounded with pollution resulting from combined sewer outfalls

2019

Ohio was once one of the nations top manufacturing economies but decades of de-industrialization lead to loss of nearly half of the manufacturing jobs

2018

‘Over the Rhine’ revitalization initiates rounds of gentrification forcing African American communities to move north

2016

2001

2000’s

Ohio River is rated as the most polluted river in the United States. Mercury pollution increases nearly 40% between 2007 and 2013

11 Native Mussel species are extinct and 46 more are on the endangered species list of the Ohio River Basin

MANUFACTURING ARTS DISTRICT • FESTIVAL • TAILGATE GAME DAY • HERITAGE CRAFTS WORKSHOP

MLA STUDIO WORK 19

2ND STREET MASTER PLAN

CAPLA

Electrical Engineering

2 Center for Photography

Harvill Building

Mountain Ave.

Civil Eng. Speech Dept.

2nd Street 9

Hydrology and Water Resources

Dormitories 6

1 2

Parking Garage

Student Union Memorial Center

GI Plazas

Green Street

Green Parking Lots

Detention Basin/ Social Space

Northern GI Network

Seating/Research Station

Southern Bioswale

10 GI Gateway

Green Pedestrian Corridor

Historic Landscape GI Retrofit

20 MLA STUDIO WORK

GI Art Feature

0’

200’

Grass SOCIO - HYDROLOGY A frame for an integrated green infrastructure campus master plan

Impervious and Buildings Planting

f ur

Pla

nting

ervious / Buil din Imp

gs s eet Str

n ee

n ow /D Buil din gs w

Buildings w/ Downspout Disconnect

Green Streets

Buildings w/ Downspout Disconnect

Nati ve Pl a

ut spo

Disconnec

n avi

Post Design

The University of Arizona is located in the Sonoran Desert, one of the wettest deserts in the world which receives the Per m majority of its 12 inches of annual rainfall in two short ea Permeable Pavements periods. The 2nd Street corridor is a major vehicular and pedestrian thoroughfare running along the historic northern border of the University of Arizona. The 2nd Street corridor is the downstream confluence of 18 sub-basins within one of the 5 major watersheds on the University of Arizona campus. Runoff from contributing sub-basins leads to over acre-feet of water running across the site. This creates Native4.3 Planting dangerous conditions for pedestrians, cyclists and drivers. Issues stemming from poor stormwater management practices are compounded by an ever growing student Grass Permeable Pavements body population and climate change. The following 15acre master plan proposal introduces integrated green infrastructure (GI) practices to better utilize water as a resource on the University of Arizona campus while providing a dynamic space for cross-disciplinary collaboration while engaging a broader community. eP bl

Green Streets

SOCIO-HYDROLOGY is an award winning student collaborative submission to the EPA Rainworks Challenge 2018. Alongside partners from the Landscape Architecture Impervious and Buildings department and Hydrology department the project proposes major Green Infrastructure retrofits within a busy campus gateway.

Turf

Planting

Pre Design

g tin

Grass

Native Planting Grass MLA STUDIO WORK 21

Downspout disconnect GI art features

Plaz

as /

Bioswales and checkdams

Bridging over bioswales

oric

Recessed Curb cuts social space Increase Educational tree canopy signage

Stre

etsc

Typologies of smaller scalable strategies specific to the 2nd St. corridor proposal seek to demonstrate GI solutions that can be implemented on a broader scale within the neighboring and upstream campus landscape.

Underground cistern

Lan

dsca

pes

Angled parking

en P

arki

Perimeter planting Curb-less bioswales

Permeable paving

Gre

ape

SCALABLE CAMPUS STRATEGIES

22 MLA STUDIO WORK

Capture roof runoff

Hist

G.I. A

Increase infiltration

Improve turf health

ng L

ots

SOCIO HYDROLOGY

BROADER COMMUNITY ENGAGEMENT

Subtle artistic details and site elements are designed to promote GI education and engagement across a broader campus community while providing creative revenue generating opportunities.

pollinator creator GI District

donation basin

interpretive signage visual cues

MLA STUDIO WORK 23

GI GATEWAY (P3) RAIN RESPONSIVE ART

Tucson, Arizona, has a long relationship with water, with over 4,000 years of agricultural history and 12,000 years of human habitation. Native cultures were drawn to the area for water that once flowed in the Santa Cruz River. The icon of Tucson is the Saguaro cactus. This indigenous plant has served as an important food resource for the native cultures of Tucson. Saguaro fruit ripens at the onset of the monsoon season and traditionally native cultures harvested this food resource, but out of respect and reverence left some fruit behind on the plant. When hit by the monsoon rains the fruit explodes revealing a stunning red interior. Taking inspiration from this, a proposed GI gateway at the prominent student union entrance to campus incorporates permeable pavements, bioswale networks, basins and an interpretive GI centerpiece. This sculptural element takes inspiration from the exploded Saguaro fruit and is a symbol of U of Aâ&#x20AC;&#x2122;s respect and reverence for the important resource of water in the desert. As the sculpture fills with rain, it opens revealing a bright red interior, generating excitement and celebration around rain and GI on campus.

DESIGN / BUILD SKILLS design concept construction documentation construction administration

TOOLS pencil paper tape measure laser level autocad sketchup creative suite

SOMOS : Neuman Pergola Design, Details and Construction Administration Pergola design from my time working with SOMOS a design build in Austin TX. The client envisioned an asian inspired pergola with contemporary detailing. Sliding barn doors allow the pergola to open on all sides. It connects to a sandbox and bench area that can be re-purposed into a patio space once the children outgrow it.

STANDING SEAM GALV. ROOF SEE RAFTER END DETAIL CEDAR FRAMING BARN DOOR HARDWARE

CUSTOM SCREEN PANELS SANDBOX / PATIO

A 005

NEUMAN PERGOLA CONCEPT PERSPECTIVE

28 SOMOS DESIGN / BUILD

SOMOS : Backbeat Bar Planting Design

REMARKS

***

MM/DD/YY

REVISIONS

This project includes planting plans for Backbeatâ&#x20AC;&#x2122;s Rooftop Bar in Austin. Due to the intense exposure of the rooftop, hardy succulent species were selected for their capacity to withstand high and low temperatures as well as wind exposure.

RAMEN TATSUYA ROOFTOP BAR PLANTERS

STEEL PLANTER ELEVATION

WOOD PLANTER ELEVATION

30 SOMOS DESIGN / BUILD

001

SOMOS DESIGN / BUILD 31

SOMOS : East Austin Residence Design, Planting Plan, Presentation Graphics This project included a backyard design around a newly constructed pool. The clients were interested in a mid century inspired landscape as well as a comfortable and contemplative space. The design features custom steel posts for hanging cocoon chairs, plantings, ipe bench and steel firepit.

Cocoon Chair Node

Corner Bench and Firepit

32 SOMOS DESIGN / BUILD

HONEGGER PLAN WITH DIMENSIONS

6’

10’

DESERT MUSEUM PALO VERDE

34’8”

MASONRY WALL W/ PARGED FINISH IPE CORNER BENCH

8’

OUTDOOR KITCHEN

7’7”

SOMOS FIREPIT

GRAVEL PATIO

SOD

COCOON SEATING WITH STEEL POSTS 8’9”

POOL CONCRETE PAVER PATIO 19’

SOD

6’

9’6”

HOUSE

11’9”

6’

14’4”

UTILITY ENCLOSURE

A 001

BAMBOO TEXTILIS PLANT SCREENING

EXISTING REDBUD CEDAR FENCING UTILITY ENCLOSURE 2’6” SQUARE CAST CONCRETE PAVERS GRAVEL

SOMOS DESIGN / BUILD 33

OBJECT SKILLS design concept construction photography mold making concrete casting

TOOLS pencil paper camera tape measure angle grinder drill saw

36 OBJECT

Arbitrary Shapes Design, Construction, Photography

Arbitrary Shapes is an exploration of how context influences meaning. The objects are perceived in entirely different ways by the viewer given a change in context.

OBJECT 37

38 OBJECT

OBJECT 39

DTVG : Waxman Design, Mold Construction, Wax Casting The Waxman is a wax sculpture celebrating 90â&#x20AC;&#x2122;s technology. 3D typography was created using a lasercutter and the original piece was used to fabricate a silicone mold for wax castings.

40 OBJECT

Garbage Can Firepit Design, Fabrication, Concrete Casting This backyard firepit and seating area was constructed using simple, low-cost and readily available materials. The firepit is fabricated out of a recycled steel trash barrel and the concrete stools are cast inside 5 gallon hardware store buckets

OBJECT 41

MASTERS REPORT SKILLS design concept research analysis grant writing public engagement public speaking

TOOLS pencil paper tape measure autocad sketchup creative suite GIS

â&#x20AC;&#x153; Incremental change through small projects is often more manageable, more feasible, less daunting and more adaptable to local needs and values. When coordinated, incremental changes can have a far reaching effect. Solutions need not be comprehensive, but the understanding of the problem must be. â&#x20AC;&#x153; -Anne Whiston Spirn, The Granite Garden

44 MASTERS REPORT

One Tree at a Time Exploring Equity in Landscape Architecture through Incremental Change

The field of Landscape Architecture has been increasingly focused on issues surrounding equity, equitable development and equitable access to green space. Rightfully so, given that low income and minority communities statistically have inequitable access to green space when compared to their more affluent neighbors and suffer from increased exposure to the harmful effects of pollution. Strategies to address these issues range in scale and approach and are often associated with words like ‘green growth’, ‘sustainable development’, ’urban greening’ and ‘urban revitalization’. While this ambiguous language presents its own challenges, addressing equity in landscape architecture is not necessarily any clearer. Through a process of literature review, case studies, research, community engagement and grant writing, this project explores issues of equity in the Oracle area neighborhoods in Tucson, Arizona. Final outcomes include two neighborhood scaled improvement project proposals informed by community engagement, funding resources for project realization and the development of materials to aid communities seeking their own neighborhood improvements.

MASTERS REPORT 45

PROJECT ONE : FRANCISCO ESQUER PARK IMPROVEMENT PROPOSAL

Working with residents from the Tucson House, the largest low-income housing facility in Tucson, this project proposal was generated with the goals of harvesting urban runoff from adjacent buildings to improve water quality and create bird habitat while improving park experience for Tucson House, Barrio Blue Moon and the general public. Proposed features encourage more activity in North East section of Esquer Park to address safety and comfort concerns identified by Tucson House residents, while implementing stormwater harvesting to capture and cleanse runoff prior to it entering the Bronx wash.

Br on

xW as h

PROJECT STATUS : Construction Complete Fall 2019 FUNDING : $10,000 Tucson Clean and Beautiful Grant $15,000 AARP Grant

46 MASTERS REPORT

Riparian Buffer

New 7â&#x20AC;&#x2122; Path

Bird Habitat and Water Harvesting

Existing Seating Area

Mural Wall

ion

ct 4. 3.

Basin outlet into Bronx Wash 1.

Water harvesting basin network 2.

1. Wildlife Habitat

4. ADA Walking Trail

2. Water Harvesting

5. Community Art Mural

Stormwater flow from adjacenct buildings

3. Community Collaboration

6. Passive Recreation

MASTERS REPORT 47

PROJECT TWO : NASH ELEMENTARY LINEAR CORRIDOR PROPOSAL

In collaboration with the local neighborhood group president and Nash Elementary School, the following project proposes a new linear pedestrian connection between Nash Elementary and adjacent Jacinto park. Project goals include harvesting runoff from west Jacinto street and introducing native shade trees and pollinator plants. The proposal will also engage a diverse neighborhood stakeholder group in the installation and monitoring of the new linear corridor. PROJECT STATUS : Construction Completed Summer 2019 FUNDING : $15,000 Tucson Clean and Beautiful Grant

Street Inlet

2â&#x20AC;&#x2122; Setback

Rock Lined Basin

Shaded Pedestrian Path

Nash Play Area

1. Wildlife Habitat

2. Fence Art

3. Community Seating

4. Community Collaboration

5. Pedestrian Improvements

6. Community Message Board

48 MASTERS REPORT

N. 14th Ave

section

2. 4.

W. Jacinto St

Site elements included in the project proposal provide attainable amenities that address the community needs for an engaging and comfortable public space. These include boulders that serve as seating, educational signage related to pollinator habitat and woven art using the Nash Elementary fencing as a backdrop.

MASTERS REPORT 49

COMMUNITY RESOURCES : NATIVE PLANT SELECTION GUIDE FOR POLLINATORS

Following the project proposals and grant applications, additional resources have been developed to support the realization of community design visions. Native plant selection guides are designed to help community members in selecting appropriate plants and to introduce some of the common Sonoran desert pollinator species.

50 MASTERS REPORT

POLLINATORS

Monarch Butterfly

Cloudless Sulphur

Pipevine Swallowtail

Queen Butterfly

UNDERSTORY

MIDSTORY

CANOPY

Plant

Lesser Long Nosed Bat

Yucca Moth

Pollinator

Sphinx Moth

Carpenter Bee

Exposure

White Winged Dove

Annaâ&#x20AC;&#x2122;s Hummingbird

Water

Seasonality

Acacia greggii Carnegia gigantea Celtis reticulata Chilopsis linearis Eysenhardtia orthocarpa Hyptis emoryi Olneya tesota Parkinsonia microphyla Prosopis velutina Yucca elata

full sun sun / partial sun / partial sun / partial sun / partial sun / partial full sun full sun full sun full sun

April - October May - June March - April April - August May - October January - December May - June March - May April May - July

Agave parryi Anisicanthus thurberi Baccharis sarothroides Celtis pallida Cylindropuntia bigelovii Dasylirion wheeleri Ferocactus wislizeni Fouquieria splendens Larrea tridentata Opuntia engelmannii

part shade sun / partial full sun sun / partial full sun sun / partial full sun full sun full sun full sun

June - August February - May March - May February - May February - May May - August July - September March - June March - April April - June

Asclepias linaria Asclepias subulata Calliandra eriophylla Dalea pulchra Lupinus arizonicus Penstemon parryi Senna covesii Sphaeralcea ambigua Thymophylla pentachaeta Zinnia acerosa

sun / partial full sun sun / partial sun / partial full sun sun / partial full sun sun / partial sun / partial full sun

March - November April - October October - May February - May January - May March - April April - October Year round March - September March - October

MASTERS REPORT 51

DETAILS SKILLS design research drafting

TOOLS pencil paper autocad

PRODUCED BY AN AUTODESK STUDENT VERSION GREEN INFRASTRUCTURE DETAILS Research, Design, Drafting Construction details developed for Tucson Clean and Beautiful’s Neighborhood Scale Stormwater Harvesting Grant Program.

1' Sawcut 1" 72

Finish Grade

1" min. reveal

Bury to a min. of 4 Boulder Height

18" Concrete Header

CONCRETE HEADER NTS

NTS

Basin Inlet Curb

2" Radius 1:4 Curb Batter 1' Sawcut Existing Asphalt

TOP VIEW 6" 45°

1" 72

6" CURB

NTS

4" I.D. Black PVC

2' 7'

CURB CUT NTS

4" Wide High Intensity Yellow Reflective Scotch Lite Tape 7' U-Channel Post, Refer to Sheet no. 8-4 of the PCDOT Signing Manual

TOP VIEW

OBJECT MARKER NTS

Site Flows

4" 4" dia.

Note: Refer to Sheet 9-17 of the PCDOT Signing Manual for Delineater Detail.

SIDE VIEW

Street Grade 6

CURB CORE

PRODUCED BY AN AUTODESK STUDENT VERSION

SIDE VIEW

18"

DECORATIVE BOULDER

NTS

PRODUCED BY AN AUTODESK STUDENT VERSION

Existing Asphalt

Note: Boulder Should be set back a min 6' from Adjacent Curbs

Compact Soil Around all edges

2' min. setback

1' min. setback

Shallow (3:1) Slope

3" - 5" Mulch Sidewalk

Rip Rap Sediment Trap

Boulders integrated into basin edge

Curb Cut Basin Inlet

Curb Cut Basin Inlet Rip Rap Sediment Trap 1"-2" Aggregate at Base of Sediment Trap 7

Sidewalk

1' min.

2' min.

PRODUCED BY AN AUTODESK STUDENT VERSION

Note: Excavate basin 8" below grade at basin inlet, fill with mulch at 3"-5" depth to achieve basin depth of 5" SHALLOW STORMWATER HARVESTING BASIN W/ CURB CUT NTS

PRODUCED BY AN AUTODESK STUDENT VERSION

2' min. setback

Rip Rap (1:1) Slope

3" - 5" Mulch Sidewalk

Rip Rap Sediment Trap Curb Cut Basin Inlet

Curb Cut Basin Inlet Rip Rap Sediment Trap

1' min.

2' min.

3"-5" Aggregate at Base of Sediment Trap

Sidewalk

12" max

Note: Excavate basin 10"-12" below grade at basin inlet, fill with mulch at 3"-5" depth to achieve basin depth of 8"

Rip Rap D50=6"

WATER HARVESTING BASIN W/ CURB CUT AND RIP RAP SLOPES NTS

PRODUCED BY AN AUTODESK STUDENT VERSION

1' min. setback

PRODUCED BY AN AUTODESK STUDENT VERSION

Rip Rap (1:1) Slope 6" Curb with (4:1) Sloped End 3" - 5" Mulch

Ceramic dome marker spaced 2.5' to 3' O.C.

Flush Concrete Header

Note: Excavate basin 10"-12" below grade at basin inlet, fill with 3"-5" mulch to achieve max basin depth of 8" Sawcut for New Curb Existing Pavement

New Curb

PRODUCED BY AN AUTODESK STUDENT VERSION

Existing Sidewalk Existing Curb Rip Rap D50=6"

WATER HARVESTING CURBED CHICANE NTS

PRODUCED BY AN AUTODESK STUDENT VERSION