BRIAN GREEN
“FOR EVERY PILE THERE IS A PIT.”
-MATTHEW COOLIDGE, THE INFRASTRUCTURAL CITY
My interests lie in raising awareness of objects in the natural and built environments that are beautiful or fascinating, but often go unnoticed. I love pointing out the hidden treasures that surround us each day. Please contact me to learn more. Master of Landscape Architecture Virginia Tech brg813@gmail.com +1-570-337-0871 COPYRIGHT 2015, BRIAN RAYMOND GREEN
THESIS
For decades, infrastructure design rested squarely on the shoulders of civil engineers and urban planners who developed single-function, centralized systems to move water, energy, and people through our cities. Today, in an environment of political turmoil and resistance to large, government funded projects, these massive systems are untenable. As a result, a paradigm shift is underway - infrastructural opportunism that aims to create combinatory infrastructure systems that are both multi-functional and multi-scalar.
dairy queen subway pizza hut steak n’ things szechuan d’lite
This thesis applies aspects of infrastructural opportunism to drinking water infrastructure, an area where landscape architects have completed little academic research or built work to date. The result is an alteration of a long-term plan to convert a diabase quarry into a reservoir in Lorton, Virginia. By applying landscape architectural analysis and principles to an engineering problem, the design maximizes site functionality over the course of the project and invites the public into the infrastructural scale of the quarry to witness some of the very processes that are vital to our modern way of life.
south county middle school
south county high school
halley elementary school
laurel hill elementary school laurel hill golf club
aroma pizza plus thaibox ginger beef
spring hill senior community
five guys hunan lorton
subway lasani kabob fireside grill vocelli pizza
interstate 95
amtrak station & csx rail line
future commercial, retail, residential reuse future museum
lorton station elementary school
unplanned future recreational space, includes: sports fields, disc golf, meadows, passive recreation areas, picnic areas, skate park, children’s play area, dog park, equestrian complex, sculpture garden, community gardens, orchard, and mountain biking park
mcdonald’s taste of bejing las colinas father & son seafood vinny’s italian grill
aroma indian cuisine hong kong cafe glory days grill tokyo one z pizza quiznos
workhouse arts center
vulcan quarry / fairfax water storage
From the outset, two important ground rules were established to guide the site selection and design process. First, the site needed to be located in the Washington, DC metropolitan area. Because all water problems are local, the thesis would be specific to the locality where it was sited.
norman m. cole jr. pollution control plant
energy resource recovery facility fairfax water griffith treatment plant
interstate 95 landfill
lorton construction debris landfill abandoned quarry
rainwater construction debris landfill
temporary fairfax county fire & ems training facility secret garden cafe blue arbor cafe pink bicycle tea room madigan waterfront
lorton, va | local infrastrucure - current & planned
burger king taco bell mcdonald’s panda chinese lake ridge pizza
sports fields
current local infrastructure future local infrastructure / development
the electric palm
wendy’s kfc subway bistro l’hermitage mcdonald’s ana’s restaurant shanghai cafe
future local recreation areas lazy susan’s dinner theater skinifatz nightspot & restaurant
current local recreation areas current regional infrastructure unplanned public space
vulcan quarry barge loading facility
taco bell kabob grill subway almita’s carry out pupuseria acucena dixie bones bbq astoria pizza el pulgarcito grill fuente’s grill el hangueo
high tension power lines
restaurant / bar major trail proposed major trail
Second, the thesis needed to be grounded in the reality of a local plan involving drinking water infrastructure. By piggybacking off of an existing project, the designer could claim agency in a very specific manner, using a given timeframe and parameters set outside the realm of academia.
fairfax water
DC
LORTON
proposed water treatment plant
washington suburban sanitary commission
loudoun water
INFRASTRUCTURAL OPPORTUNISM | THESIS
Fairfax Water’s real world quarry expansion plan, as illustrated here, led to the selection of a point of beginning. This point is where views are most impressive both now, and as the quarry expands. Identifying this location early on ensured the most important design goals were met as the design developed and expanded.
2035
INFRASTRUCTURAL OPPORTUNISM | THESIS
vulcan quarry expansion, 2012
2034
2084
2085
se 2
pha
-500
viewshed site boundaries
+200
point of beginning -340
phase 1
+35
The thesis site is located at the bottom of a 150 acre watershed in Lorton, Virginia. The current Fairfax Water plan calls for a small stream fed by this watershed to be diverted around the northern edge of the quarry, through the site, and into Elkhorn Run to the west.
CULVERT TO ELKHORN RUN INCLUDES AUTOMATIC GATE DIVERTS WATER DURING 25 YEAR STORMS INTO QUARRY
OLYMPIC POOL 16,720 SQUARE FEET SURFACE AREA 1 FOOT WATER LEVEL DROP EQUALS 125,000 GALLONS
WATERFALL OPERATES 10 HOURS PER DAY 208 GPM OVER 13 FEET LENGTH HALF OF WORLD TRADE CENTER FOUNTAIN RATE
TREATMENT WETLANDS 1,215,315 GALLON CAPACITY 9.72 DAY MINIMUM TREATMENT TIME
BASEFLOW HOLDING TANK 250,000 GALLON CAPACITY HOLDS 2 DAY SUPPLY
10 HP PUMP + 3” PIPE TO WETLANDS MAX FLOW: 100 GPM
UNDERGROUND CONCRETE CULVERT FLOW FROM UPSTREAM SEDIMENTATION PONDS BASE FLOW MAX : 3120 GPM TOTAL CAPACITY GREATER THAN 100 YEAR STORM RATE
2.42 ACRES OPEN WATER 32.5%
SHALLOW MARSH 67.5%
IRIS
+
.48 ACRES ELK HORN RUN
WETLAND SURFACE AREA RATIO
BULRUSH
The design manipulates Fairfax Water’s plan to further clean baseflow coming from the sedimentation ponds through a constructed wetland and natural pool system. The water is then diverted into a swimming pool for recreational use and then over a waterfall and into either the reservoir or Elkhorn Run, depending on the phase of the project.
CATTAIL
This system generates additional public benefits by creating wildlife habitat and human recreation areas all the while cleaning the water further, making it cheaper for Fairfax Water to convert to drinking water.
INFRASTRUCTURAL OPPORTUNISM | THESIS
2 06
2 16 2 14
0
2 14 2 22 2 24
2 28
2 26
2 14 2 12 2 10 2 08
2 20
2 42
2 18
2 16
2 12
2 14
2 10 2 08 2 06
2 44
212
2 10
208
206
204
202
200
1 98
2 16
2 30
244
242
240
238
236
234
2 32
214
214
244
242
TW=242 242
230+
240
4.44%
PIPE (TYP.)
234
TW=244
8 23
+219
242
GABION WALLS (TYP.)
230 240
+227
242 240 238 236 234 232 230 228 226
238
2 08
238
+245 +243.5
6” RISERS 15” TREADS (TYP.)
232
0 24
2 10
+233
240 238 240
240
+237 206
238
+239.5
TW=244
237+ 228
TW=242
TW=242
CHANNEL
228
226
UNDERGROUND FLOOD
224
0
222
21
220
1.85%
216
8
21 2
20
218
205.8+
2 06
272
+233
236
270
1’ STEP DOWN WALLS (TYP.)
234+
268
2 66
+234 +239.5
2 64
TW=221
238
2 62
2 12
260
258
256
2 54
238
2 52
2 48
2 50
246
2 44
240
242
FFE=213
+230
214
FFE=214
22 6
212 210
FFE=204 224
218
240
238
236 234 232
224
214 6 21
INFRASTRUCTURAL OPPORTUNISM | THESIS
230 228 226
220
220
222
+204
244
242
2 02
22 2
248
246
204
24
2 16 2 14 2 12 2 10 2 08
212 2 10 208
The design, centered around the sedimentation and swimming areas, includes four entrances that move visitors from the everyday scale of which they are accustomed into an infrastructural scale that is foreign. Parallel parking and street trees added to Peniwill Drive accommodate visitors without a large parking lot and increase the banality of the streetscape experience, which in turn intensifies the juxtaposition of the everyday and infrastructural scales.
The small restaurant and bar perched along the quarry’s edge create a venue for consumption. Similar to eating seafood along the shore, patrons can consume food and drinks adjacent to their source: the reservoir and quarry. This spatial relationship reinforces the connections between our every day lives and the infrastructure that makes them possible.
INFRASTRUCTURAL OPPORTUNISM | THESIS
INFRASTRUCTURAL OPPORTUNISM | THESIS
Planting elevations show potential tree growth between 2015 and 2085, when mining operations are scheduled to cease. Species were selected based on research on trees common to granite outcrops and rocky areas in northern Virginia, see opposite page. The vegetation along the metamorphosis entrance changes in scale along with the rest of the design. Near the road, Platanus x acerifolia (London Plane), the most common street tree in the world, line the plaza edge. As it narrows, towards the quarry, Carya glabra (Pignut Hickory) replace the London Planes. This hickory species can thrive in open areas or in cramped conditions along granite rock outcrops with little soil and summer moisture. Finally, near the cube, the species change for a third time. Here, Pinus taeda (Loblolly Pine) border the narrow concrete path. The tall evergreens are typically found in rocky conditions and prosper where few other hardwoods can survive. It is a species perfectly suited to quarry life.
INFRASTRUCTURAL OPPORTUNISM | THESIS
A longitudinal site section reveals vertical relationships between built elements.
INFRASTRUCTURAL OPPORTUNISM | THESIS
four entrances into the infrastructural scale:
section line
1 metamorphosis entrance
2 slow reveal entrance
3 summit entrance
4 portal entrance
1 metamorphosis entrance A controlled journey from suburbia to a sublime world of giant proportions, this procession, from typical building facade to monumental wall, from a line of common street trees to evergreens commonly found clinging to cliff faces, leads visitors through a meticulously planned metamorphosis of scale and experience. By 2035, the Washington Monument fits nicely inside the quarry. Future water levels are marked as the quarry transitions into a reservoir.
2 slow reveal entrance With the metamorphosis in place, the designer draws from the quarry itself by creating an artificial bench, a retaining wall approximately 30 to 40 feet tall, similar in size to the existing benches of the quarry. The earth retained by the structure is level, creating a flat approach towards the restaurant. This allows the designer to play a trick on those entering the site here. The restaurant looks like a one story structure from the road, as the bottom two levels of the building are hidden behind the wall. This means that it remains strictly in the realm of the everyday landscape until a pedestrian makes it deep into the site. This revelation is slow, an effective illusion masking the quarry until the very end. It is not until a visitor makes it on top of the massive retaining wall that the full scale of the building and the wall are exposed for the first time.
INFRASTRUCTURAL OPPORTUNISM | THESIS
3 summit entrance For those so inclined, a slight notch is carved into the overburden mound. While still extremely steep, this third entrance lends just enough invitation to journey uphill to the highest point on the site, the summit. Views from this vantage point are earned and there is no easy way to get to the top.
INFRASTRUCTURAL OPPORTUNISM | THESIS
4 portal entrance The large mound of overburden is one of the defining elements of the site. It blocks views into the quarry from the road entirely and is landscaped in the vernacular, suburban style so common to Lorton. It also presents a design challenge when directing vehicles towards the restaurant cube beyond. The solution here is a tunnel large enough for two lanes of traffic and a pedestrian sidewalk. The tunnel is a high speed gateway into the quarry, a portal from the generic landscaping along Peniwill Drive into the wild and unfamiliar world of the mine.
STUDIO
The program for this studio, taught by Jonathon Fitch, founder of Landscape Architecture Bureau, was to design a memorial to abused children at the National Children’s Hospital in Washington, DC. Foremost, this emotional landscape was intended for victims of child abuse. Additionally, the memorial needed to be built on a below grade parking structure and serve as a public space for activities related to the prevention and awareness of child abuse. Opposite, early in the semester, each student chose an existing memorial to document and study. I created a study model of the September 11 Memorial in New York City by handwriting the names of each person that died at the World Trade Center that day. The act of writing each name helped convey the magnitude of the loss of life during the attack. Below and right, a birds eye view and sections of the pavilion and memorial.
MEMORIAL TO ABUSED CHILDREN | STUDIO
MEMORIAL TO ABUSED CHILDREN | STUDIO
The straight edges and lines of the memorial pavilion juxtapose against the surrounding, rolling landforms. The grid like structure throughout the design acts as a datum for viewing the sweeping hills. Additionally, the landforms block out noise and unwanted views of the busy neighborhood and hospitals nearby.
Shallow, quarter inch deep, granite reflecting pools fill, allowing visitors to have personal moments as they move through the memorial. Each day, different pools are randomly filled to create a variety of experiences for returning visitors. The uniform grid layout serves to remind victims that despite our pasts, we are all human and are all capable of healing, just as each pool is capable of being filled. When drained, the memorial surface acts as ceremonial space for events and speakers.
MEMORIAL TO ABUSED CHILDREN | STUDIO
LYLES
CROUCH
ACADEMY
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STUDIO
The Lyles Crouch Traditional Academy is a public elementary school in Alexandria, Virginia serving kindergarten through fifth grade. This studio project asked us to redesign the playground for the school’s students and nearby community members. The program required exposing a buried stream that is now enclosed in a six foot pipe beneath the playground. The design aimed to measure the phenomena water, wind, and sun on the site in ways that children can innately understand. Water from the exposed pipe flows into a shallow channel and is forced to make a 90 degree turn, intended to create turbulence. Students can measure the amount of water flowing from the pipe based on the splash at the turn. Geometric land forms are positioned to take advantage of seasonal winds in Alexandria. Long, gradual slopes face south, creating a pleasant seating area to enjoy warm summer breezes. Meanwhile, a secondary path runs north-northwest diagonally across the site. In winter, cold winds blow from this direction setting the stage for a chilly walk through the playground. The same landforms are also designed to cast shadows over the adjacent paths. At dawn and dusk, visitors will need to shield their eyes as they walk into and out of the bright sun. These design moves are meant to remind children of natural phenomena with which they may have little interaction with in their neighborhood. Additionally, trees are planted at elevations that provide direct views for children to look into their canopy or at their root structure, hopefully prompting further exploration of their environment.
section line
LYLES
CROUCH
ACADEMY
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STUDIO
COLLABORATION
For this design-build project, I collaborated with two architecture students from the Bauhaus, Leandra Lunscken and Christoph Kuhlemann, to design and build a mailbox for the school. The program required that it be large enough to store mail and packages for approximately 150 students. Additionally, Professor Jon Foote, now at Cal Poly in San Luis
WAAC
MAILBOX
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COLLABORATION
Obispo, challenged us to design the mailbox so it could be constructed without glue or screws. The rods supporting the shelves can be tightened, creating lateral tension that squeezes the structure together. All wood pieces were cut using a CNC router and metal hardware was fabricated by hand.
This entry, titled Tomorrow’s Water, to the 2013 National Building Museum Mini-Golf exhibit was designed and built by landscape architecture students Jae Cho, Jason Granado, James Hangar, John Whilden, and myself for ASLA. The hole is a model of the Potomac River and surrounding watersheds, with
players putting downstream. Constructed of birch plywood, it is an elegant abstraction of the complex topography surrounding Washington. Thirteen pieces were cut with a CNC router and assembled, sanded, and finished. The project won honorable mention for best design in the exhibition.
NGM MINI-GOLF EXHIBIT | COLLABORATION
PROFESSIONAL
Opposite, Parker Rodriguez was selected to design a 500 acre public park in Prince George’s County Maryland. I was asked by one of the firm’s principals to set up a base map and conduct preliminary site analysis. I then created a presentation, which included this image, for a meeting with local, public officials that outlined design ideas and limitations. Right, I created this plan for a marketing web site showcasing a large mixed-use development project near the University of Maryland. The design was developed by a group of landscape architects and planners at Parker Rodriguez in coordination with the architects and engineers also selected for the project. Parker Rodriguez’s graphic standards and symbols were utilized.
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STREET SECTIONS OLD MEADOW ROAD
P ARKER R ODRIGUEZ, I NC.
KEY
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THE STREETSCAPE SHOWN IS CONCEPTUAL AND MAY BE MODIFIED SUBJECT TO FINAL DEVELOPMENT PLAN APPROVAL.
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OLD MEADOW ROAD SCALE: 1/8" = 1'-0"
PARKER RODRIGUEZ, INC
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101 North Union St. #320 Alexandria VA 22314 703.548.5010
OVERALL PARKS PLAN 4.84 ACRES PUBLIC PARK SPACE PROVIDED P ARKER R ODRIGUEZ, I NC. 101 North Union St. #320 Alexandria VA 22314 703.548.5010
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Opposite and right, I collaborated on a conceptual design plan for a multi building mixed-use development in Tyson’s Corner, Virginia along with staff landscape architects in the office. My direct roles included developing conceptual design for small public spaces and courtyards, laying out street trees, drawing standard road sections, calculating preliminary landscape plant schedules and green area rations, and creating renderings using Parker Rodriguez graphic standards. This work was assigned directly by one of the firm’s principals and through daily collaboration with the design team.
STREET
THE OVERALL PLAN SHOWN IS CONCEPTUAL AND MAY BE MODIFIED SUBJECT TO FINAL DEVELOPMENT PLAN APPROVAL.
A new, urban residential development at 100 K Street NE in Washington, DC was proposed directly adjacent to a small, WMATA owned building that contains equipment used to operate the metro rail system nearby. Late in the design process, WMATA informed the client that it would need truck access to the building and I was asked by one of the principals to conduct an access study and modify the existing design. Opposite and right are drawings detailing my solution, which keeps much of the existing design intact while allowing access where needed.
PARKER RODRIGUEZ, INC
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101 North Union St. #320 Alexandria VA 22314 703.548.5010
190 EMG 01
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MATCHLINE - PLANTING AREA BEYOND NOT INCLUDED
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463 LPB
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SB
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TD 285 SA
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MATCHLINE - PLANTING AREA BEYOND NOT INCLUDED
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Opposite, a project manager asked me to research and draw details for on structure, outdoor TV and retractable theater screen and fireplace walls at a large residential high rise in Tyson’s Corner, Virginia. I contacted manufacturers and developed the design and details submitted in a 95 percent CD package.
65 SMN 01
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90 EMG
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490 SRG
235 SA
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05 TGG
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MATCHLINE - PLANTING AREA BEYOND NOT INCLUDED
CL OF BUILDING DRAIN AT BOTTOM OF PLANTER. PROVIDE LIGHTWEIGHT CONC. FILL ON PLANTER BOTTOM ON LOW SIDE TO PITCH BACK TO DRAIN.
01 AG 18 BLB
60 ANN
ANN 60
PLANTED AREA
95 HCA 56 RO 24 CAK
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BIORETENTION AREA PLANTING PLAN SCALE : 1/8" = 1'-0"
PARKER RODRIGUEZ, INC
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20 NIF
DRAIN AT BOTTOM OF PLANTING
HCA 95 RO
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Left, I was given the opportunity to complete the planting design for a bio-retention area near a proposed residential high rise in Reston, Virginia. The design consists of trees, shrubs, and perennial plants suited for wet conditions that also provide year round interest and habitat. I was additionally responsible for layout, spacing, and planting specifications. The design also needed to meet Fairfax County tree canopy coverage regulations. Installation is scheduled for Spring 2015.
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OUTDOOR TV / PROJECTION WALL SECTION ELEVATION SCALE : 1/2"=1'-0"
DOUBLE SIDED GAS FIREPLACE WALL SECTION SCALE : 1/2"=1'-0"
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TYPICAL SEAT W SCALE : 1/2"=1'-0"
LIST OF REVISIONS REVISED BROADWAY ELLIPSE PLANTING AND PAVING DESIGN. REMOVED FOUNTAIN ELEMENT. REVISED AMPHTHEATER PIERS TO BE MASONRY BRICK PIERS. MODIFIED PLANTING DESIGN TO PROVIDE MORE SEASONAL INTEREST.
REFERENCE GRID
The original of this drawing document was prepared by Loiederman Soltesz Associates, Inc. (LSA). If this document was not obtained directly from LSA and/or it was transmitted electronically, LSA cannot guarantee that unauthorized changes and / or alterations were not made by others. If verification of the information contained hereon is needed, contact should be made directly with LSA. LSA makes no warranties, express or implied, concerning the accuracy of any information that has been transmitted by electronic means.
Left and opposite, Parker Rodriguez is involved in the long-term planning and design of a large housing development in Clarksburg, Maryland. I was asked by a staff landscape architect to develop various permit drawings, including site sections, layout and planting plans, and construction details for built elements throughout the site. These details were drawn by me under the guidance of staff landscape architects at the firm.
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TRIBUTE PARK EAST PLAZA - FRONT ELEVATION 1/8"=1'-0"
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TRIBUTE PARK EAST PLAZA - WALL ELEVATION
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1/8"=1'-0"
TRIBUTE PARK EAST PLAZA - REAR ELEVATION 1/8"=1'-0"
NOTE: THESE DETAILS ARE PART OF FUTURE DEVELOPMENT AND ARE PROVIDED FOR INFORMATIONAL PURPOSES ONLY
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DEVELOPER'S CERTIFICATE
The Undersigned agrees to execute all the features of the Site Plan Approval
No.
82006029C
, including Approval Conditions, Development Program,
and Certified Site Plan.
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Developer's Name: Winchester Homes, Inc. Sylke Knuppel Company Contact Person
TRIBUTE PARK EAST PLAZA - ENLARGED PLAN & ELEVATIONS 1/2"=1'-0"
Address:
6905 Rockledge Drive #800 Bethesda, MD 20817
Phone:
(301) 803-4855
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Signature:
LIST OF REVISIONS
SITE PLAN No. 82006029C
REVISED ARCHITECTURAL CHARECTER, STYLE AND MATERIALITY OF THE TRIBUTE PARK EAST PAVILION AND WALLS/STAIRWAY MOVED TRIBUTE PARK EAST PLAZA SITE WALL ELEVATION FROM THIS SHEET TO SHEET 76
NOTE: ALL STREETS, ROUTES, AVENUES AND DRIVES ARE PUBLIC. ALL RESIDENTIAL ALLEYS ARE PRIVATE.
1.) This site plan refines and supersedes certain areas covered by the Infrastructure Roads Only Site Plan No. 820050150 approved June 14, 2007 and the Limited Site Plan Amendment approved April 3, 2008
1. See Civil for additional grading information. 2. Site Walls not to exceed 5' in height from either side of finish grade.
Planning Urban Design Landscape Architecture
101 North Union Street, Suite 320, Alexandria, VA 22314
p. 703.548.5010
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NOTES:
GRADING AND GUARDRAIL NOTES:
MISS UTILITY NOTE
f. 703.548.6280
INFORMATION CONCERNING EXISTING UNDERGROUND UTILITIES WAS OBTAINED FROM AVAILABLE RECORDS. THE CONTRACTOR MUST DETERMINE THE EXACT LOCATION AND ELEVATION OF ALL EXISTING UTILITIES AND UTILITY CROSSINGS BY DIGGING TEST PITS BY HAND, WELL IN ADVANCE OF THE START OF EXCAVATION. CONTACT "MISS UTILITY" AT 1-800-257-7777, 48 HOURS PRIOR TO THE START OF EXCAVATION. IF CLEARANCES ARE LESS THAN SHOWN ON THIS PLAN OR TWELVE (12) INCHES, WHICHEVER IS LESS, CONTACT THE ENGINEER AND THE UTILITY COMPANY BEFORE PROCEEDING WITH CONSTRUCTION. CLEARANCES LESS THAN NOTED MAY REQUIRE REVISIONS TO THIS PLAN.
CSB/SJN
SJN
CSB
THIS SITE PLAN REFINES AND SUPERSEDES SPECIFIC AREAS COVERED BY THE INFRASTRUCTURE ROADS ONLY SITE PLAN No. 820050150 APPROVED JUNE 14, 2007 AND THE LIMITED PLAN AMENDMENTS No. 82005015A APPROVED APRIL 3, 2008, 82005015B APPROVED DECEMBER 1, 2011, 82005015C APPROVED NOVEMBER 27, 2012 & 82005015D PPROVED MAY 2, 2013.
OWNER/DEVELOPER/APPLICANT
6905 Rockledge Drive, Suite 800 Bethesda, Md 20817 Attn: Sylke Knuppel Fax: 301-803-4929 Phone: 301-803-4855
PROFESSIONAL CERTIFICATION
CABIN BRANCH CLARKSBURG, MARYLAND CLARKSBURG (2nd) ELECTION DISTRICT MONTGOMERY COUNTY, MARYLAND
77 90 0582-58-00 $LSAPLOTCOMMENT$
PARKER RODRIGUEZ, INC
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