Landscape Architecture Portfolio

Climate Change Seasons Weather Shade

Doppler

PI

PLAN

EXIT TUNNEL

Environmental

RECREATION FIELDS

EDGE CONDITIONS OF THE LANDSCAPE SHAPING A SIMPLISTIC SURFACE Physical Orientation 360° Coverage

TUNNEL ENTRANCE

+ ENVIRONMENTAL CONDITIONS WHILE CREATING AN ADAPTIVE LANDSCAPE Tilt Technological Advancement

+ CIRCULATION

Area Facing Sun AT THE GARDEN E =LOOKING 32 xDOWN .12 x 5.62 kwh/m2 E = 16 x .12 x 5.62 kwh/m2 E = 12 x .12 x 5.62 kwh/m2

HYDROLOGY

Phase 4

LANDSCAPE architecture

: 1,041,125 M2 POPULATION : 80,460 RUNOFF : 68,040 M3 Vegetation 18% OF TOTAL RUNOFF AREA

Phase 5

VEGETATION

URBAN + HYDROLOGY Floating Marshland AREA : 1,083,869 M2

Section A-A’

: 84,930 RUNOFF : 71,820 M3 19% OF TOTAL RUNOFF POPULATION

Water Purification

0

2m

4m

x9

FUTBOL FIELD

+ TOPOGRAPHY : INSERTED

GARDEN CAFE

TUNNEL EXIT

x8

84 Mwh/year

CIRCULATION

SCALE 1:10

PASSIVE

104.8 g/m2

2

Area = 25,300 m2

11.3 g/m2

Root System

Phase 6

RAMP TO GARDEN FROM VAL DI CHIO

URBAN

Michael Paccone

818.726.6695 mikepaccone@gmail.com

: 1,405,990 M2 POPULATION : 107,280 Point RUNOFF : 90,720 M3 24% OF TOTAL RUNOFF

Absorber

HOUSING:

10% 15%

PLA

Ammonia RAMP DOWN TO

2,

PALIO

VAL DI CHIO FROM THE GARDEN

Nitrate

1,

Particulates ELEVATOR TO GARDEN

8.4 g/m2

Zinc

6.9 g/m2

Phosphorus

PALIO

2 5.5 g/m GARDEN

+ HYDROLOGY : Dissolved EXTENDED Phosphate 1.3 g/m2

Wind Tides Weather Wave Period AREA : 2,262,397 M2 Wave Height Environmental PLAN POPULATION : 174,330 RUNOFF :A 147,420 M3 PARKING RAMP 39% OF TOTAL RUNOFF ENTRANCE TUNNEL

Characteristics 0

.5m

1m

PARKING STRUCTURE

2m PARKING ENTRANCE & EXIT

VANTAGE POINT TOWARDS RETENTION POOL

EXISTING HILLSIDE

EXIT TUNNEL

Buoy Shape

Copper

CIRCULATION OVER CONDUIT

Quantity

70

W

PLA

Hemispherical Conical

184 Mwh/year 0 125m 250m

500m

B

COMMERCIAL:

PER 2, STA

STAIRS TO

CIRCULATION

AREA DISTRIBUTION URBAN:

4m

+ VEGETATION

CIRCULATION

AREA

2m

SEA

Nitrogen

+ HYDROLOGY : ABOVE 94.2 g/m 76.7 g/m2

1m

EVENTS

x8

Microbes (biofilm) Insects Fish Birds PARKING

PARKING CIRCULATION

0

Phase 7 Phase 8

1m

UNDERGROUND Habitat

TOPOGRAPHY

Section B-B’

PROPOSED PLANTING AREA

CIRCULATION

POOL 5 MAXIMUM VOLUME : 385,714 M3

Phase 3

URBAN

Photovolatic Thin Filmed Silicon

POOL 2 MAXIMUM VOLUME : 512,985 M3

SITE PLAN

PROCESS DIAGRAM

ENTRANCE TUNNEL

POOL 1 MAXIMUM VOLUME : 274,516 M3

Phase 2

ENHANCING THE PHYSICAL

B

PLA

+ HYDROLOGY : INSERTED

POOL 4 MAXIMUM VOLUME : 560,431 M3

B’

CIRCULATION

POOL 3 MAXIMUM VOLUME : 462,082 M3

C

Photovoltaics

THE GARDEN

A

Tangent

Systems

A’

Phase 1

Wave

Holy Se Balls

C’

Circle Packing

25%

Diameter VEGETATION: UPLAND: SLOPE: FLOODPLAIN: FLOODED:

ENTRANCE & EXIT TUNNEL

TUNNEL

LONGITUDINAL SECTIONAL PERSPECTIVE 10% 10% 20% 10%

5m STORMSCALE: CONDITIONS 1:50

A

WEST - EAST

B

MINIMUM 24 HOUR STORM CONDITIO 14,372 M3 TYPICAL 24 HOUR STORM CONDITION 32,745 M3 MAXIMUM 24 HOUR STORM CONDITIO 92,925 M3

SOUTH - NORTH

50% 0

200m 400m

800m

HYDROLOGY SYSTEM SECTIONAL PERSPECTIVE WATER:

UPLAND:

Section C-C’

SLOPE:

FLOODPLAIN:

25%

FLOODED:

2.5% 2.5% 5% 15%

0

20

40

80

1

160 m

TABLE OF CONTENTS LOS ANGELES STATE HISTORIC PARK ....................................... 3 - 4 LA VERNE ......................................................................................... 5 - 7 MEXICO CITY AIRPORT .................................................................. 8 - 9 SILVERLAKE .................................................................................... 10 - 11 LAGI 2016 - SANTA MONICA .......................................................... 12 - 13 STUDY ABROAD - CASTIGLION FIORENTINO, ITALY ................. 14- 15 CONSTRUCTION DOCUMENTS Grading Plan ...................................................................................... 16 Construction Plan............................................................................... 17 Water Feature .................................................................................... 18 Lighting .............................................................................................. 19 Details ................................................................................................ 20 - 21 Irrigation Plan ..................................................................................... 22 2

Moire

Invasive Rule

Mat

Squirrel Rule

Linear

Curvilinear

Accumulated

Dispersed

Directional

Evaporation Rule

Beehive Rule

Storm Drain Rule

Elevation Rule

Tectonic Rule

Mound

Sound Rule

Spatial Relationships Threshold

Commercial Rule

Railroad Rule

Stadium Rule

Erosion Rule

Gopher Rule

River Rule

Drain Rule

Telephone Line Rule

Domino Rule

Universal Rule

Thermal Rule

Ratio Rule

Accessibility Rule

Observation Rule

Airplane Rule

Branching Rule

Screen Rule

Bridge Rule

Solar Rule

Feather Rule

Zoning Rule

Support Rule

Junction Rule

Poppy Rule

Zoo Rule

Ant Rule

Wind Rule

Perennial Rule

Rambunctious Rule

Electricity Rule

Bird Rule

Fence Rule

Grass Rule

Elastic Rule

Fanning Rule

Wildflower Rule

Pollen Rule

Irrigation Rule

Marching Rule

Industrial Rule

Expansion Rule

Residential Rule

Raindrop Rule

Basin Rule

Tunnel Rule

Zanja Madre Rule

Cave Rule

Cultural Rule

Outlook Rule

Gold Line Rule

Helicopter Rule

Soil Profile Rule

Dandelion Rule

Median Rule

Transportation Rule

Structural Types Landing

Nest

Field

Forest

Plane

Ramp

Depression

Pool Rule

LA 203 Lab Edgardo Hernandez Spring 2014 Nicole Nguyen James Becerra Michael Paccone

3

Los Angeles State Historic Park

Taxonomy of Emergent Spatial Types

Los Angeles State Historic Park

Site Plan + Sections

4 7

12 9

5

11 1 10

7

2

6 3

8

0’ 100’ Section A-A’ Scale 1” = 100’

Section B-B’ Scale 1” = 100’

Close Up #1

Close Up #2

Section C-C’ Scale 1” = 100’

Section C-C’ - Close Up Scale 1” = 20’

Section A-A’ - Close Up #1 Scale 1” = 20’

4

Section A-A’ - Close Up #2 Scale 1” = 20’

1” = 100’

400’

N

Legend

1 : Ranger Station 2 : Bathrooms 3 : Beacon 4 : Bishops Bridge 5 : Solano Bridge 6 : Educational Buildings 7 : Parking Lots 8 : Area of Reflection 9 : Plants > 15 feet 10 : Plants < 15 feet 11 : Phytoremediation Plants and Areas 12 : Wildflowers

0 200 400

Scale: 1â&#x20AC;? = 200â&#x20AC;&#x2122; Conveying

C

selected trees mitigate the pollution created by automobiles.

(CO and NO) (A)

A

Dense linear rows of trees reinforce the existing edge condition created

Trees become more scattered the further away from the freeway (ozone) (C)

rainwater gardens, permeable pavement, vegetation) introduced in the urban landscape (D)

Storm water management features

Trees clustered and spaced to preserve existing site conditions (particulate matter) (B)

rainwater gardens, permeable pavement, vegetation) introduced in the urban landscape (D)

Foo th

Storm water management features

selected trees mitigate the pollution created by automobiles.

(CO and NO) (A)

Dense linear rows of trees reinforce the existing edge condition created

rainwater gardens, permeable pavement, vegetation) introduced in the urban landscape (D)

Storm water management features

Trees clustered and spaced to preserve existing site conditions (particulate matter) (B)

rainwater gardens, permeable pavement, vegetation) introduced in the urban landscape (D)

Storm water management features

Trees become more scattered the further away from the freeway (ozone) (C)

rainwater gardens, permeable pavement, vegetation) introduced in the urban landscape (D)

Storm water management features

Ozone Filtration Zone

La Verne

Wheeler Ave

Regional Context Plan Marshall Creek

B

210 Freeway

NO & CO Filtration Zone

Particulate Matter Filtration Zone

Collection

ill Bl vd

D

Storage

800 Added conveyence systems follow the natural slope of the area and lead into the existing creek.

5

La Verne

Water Pollution Filters High Zone Medium Zone

Muhlenbergia rigens Deer Grass

Sisyrinchium bellum Blue-eyed Grass

Low Zone Carex pansa California Meadow Sedge

Iris douglasiana Douglas Iris

Mimulus cardinalis

Juncus patens California Grey Rush

Achillea millefolium Acer macrophyllum Common Yarrow Big Leaf Maple

Alnus rhombifolia White Alder

Sambucus mexicana Blue Elderberry

Salix laevigata Red Willow

TiO2 Photocatalytic Concrete

Trapezoidal WIDTH VARIES

SIDE SLOPE VARIES PER D

CO2

MATCH EXISTING GRADE

2' - 8'

Adsorbed pollutants oxidize under UV light

SLOPE 3:1 MAX

D

Parabolic

MULCH

MIN 2'

6

NATIVE VEG PLANTING MEDIUM

H2O

Triangular

BUFFER STRIP

UNDISTURBED AND UNCOMPATED SOIL

CO2 and Water are released from surface

Pollutants adsorb to surface

Soils

Rectangular

La Verne

Air Pollution Filters Particulate Matter

Carbon Monoxide

Ozone

Sulfur and Nitrogen Oxides

100’

50’

50’

40’

Sequoiadendron giganteum Sequoia sempervirens Costal Redwood Giant Sequoia Origin

Native to North America

65’

35’

50’

20’

25’

40’

40’

25’

Fraxinus americana White Ash

Platanus hybrida London Planetree

Aesculus hippocastanum Horse Chestnut

Calocedrus decurrens Incense Cedar

Ginkgo biloba Ginkgo

Zelkova Serrata Japanese Zelkova

Celtis occidentalis Northern Hackberry

Cupressus macrocarpa Monterey Cypress

Not native to North America

Not native to North America

Native to North America

California Native 17

California Native

Native to North America

Not native to North America

Not native to North America

California Native

Zones

1-9, 14-23

4-9, 14-24

1-11, 14-17

2-24

1-10, 12, 14-17

2-12, 14-24

A3; 1-10, 12, 14-24

3-21

1-24

Water

Moderate Water

Moderate to Regular Water

Regular Water

Moderate to Regular Water

Regular Water

No Irrigation to Moderate Water

Moderate to Regular Water

Moderate to Regular Water

Moderate Water

Soil

Well-Drained Sandy Loams

clay; loam; sand; acidic; alkaline;

clay; loam; sand; acidic; alkaline;

clay; loam; sand; acidic; alkaline; well-drained

clay; loam; sand; slightly alkaline; acidic; well-drained

clay; loam; sand; acidic; occasionally wet; alkaline; well-drained

Sun/Shade

Full Sun

Full Sun

Full Sun

Full Sun

Full Sun or Light Shade

Full Sun

Full Sun

Tap Root; surface roots can lift sidewalks

surface roots can lift sidewalks

Surface Roots Not a Problem

Surface Roots Not a Problem

Surface Roots Not a Problem

Surface Roots Not a Problem

parking lots; highway; shade; street;

medians, shade, residential, urban areas where air pollution, poor drainage, compacted soil, and drought are common

Roots

Uses

Young Age - Tap Root Older Age - Lateral Root Growth

Ornamental; screen;

clay; loam; sand; slightly alkaline; acidic; occasionally wet; well-drained Full Sun or Light Shade Wide Spreading Lateral Roots; surface roots not a problem

screen; specimen; no proven urban tolerance

screen; shade tree; specimen; residential street tree

hedge; screen; specimen

clay; loam; sand; slightly alkaline; acidic; occasionally wet; well-drained

clay; loam; sand; acidic; alkaline;

Full Sun or Partial Shade surface roots can lift sidewalks or interfere with mowing

parking lots, medians, shade, medians, shade, residential, shade, residential, grown in urban residential street; grown in urban urban areas where air pollution, areas where air pollution, areas where air pollution, poor drainage, compacted soil, poor drainage, compacted soil, and poor drainage, compacted soil, and and drought are drought are drought are common common common

Little to Moderate Water clay; loam; sand; slightly alkaline; acidic; well-drained Full Sun Surface Roots Not a Problem not recommended for planting

Zone 1 Zone 2 Zone 3

7

Mexico City Airport

SHAPING A SIMPLISTIC SURFACE ENHANCING THE PHYSICAL

+ ENVIRONMENTAL CONDITIONS WHILE CREATING AN ADAPTIVE LANDSCAPE PROJECT NARRATIVE

SITE PLAN

PROCESS DIAGRAM

For a site to be located so close to the epicenter of a complex urban zone such as Mexico City, designing a green lung in the eastern successful projects that relieve the conditions that accompany a dense population and congestion urban fabric, and also indulging in modern theories and research to create an approach that not only addresses the site’s conditions, but also creates a landscape that can adapt to possible future conditions and serve the users. Contemplation as to what possible direction could best embody the design moves and decisions that would encompass rationales and communicate the ideals of present and future users, lead to the combination of complexity formed in a simplistic manner.

With the use of ecological ideals and management principles to create representations of nature based on concerns for environmental processes that may have been previously overlooked, the park’s success depends on the people’s experience and meaningful value they assign, as well as the performance of remediating systems. The approach of designing a landscape that appears simplistic while also hinting and subconsciously noting the complexity of processes is done so with the creation of a series of particular outdoor spaces that host opportunities for experiencing the processes and addressing the current concerns with

HYDROLOGY

: 1,041,125 M2 : 80,460 RUNOFF : 68,040 M3 18% OF TOTAL RUNOFF AREA

POPULATION

VEGETATION

: 1,083,869 M2 : 84,930 RUNOFF : 71,820 M3 19% OF TOTAL RUNOFF

AREA

POPULATION

POPULATION

POOL 5 MAXIMUM VOLUME : 385,714 M3

: 1,405,990 M2 : 107,280 RUNOFF : 90,720 M3 24% OF TOTAL RUNOFF

AREA

POOL 4 MAXIMUM VOLUME : 560,431 M3

POPULATION

POOL 3 MAXIMUM VOLUME : 462,082 M3

: 2,262,397 M2 : 174,330 RUNOFF : 147,420 M3 39% OF TOTAL RUNOFF

AREA

POOL 2 MAXIMUM VOLUME : 512,985 M3

CIRCULATION

POOL 1 MAXIMUM VOLUME : 274,516 M3

TOPOGRAPHY

AREA DISTRIBUTION URBAN:

HOUSING:

COMMERCIAL:

10% 15%

0

125m 250m

500m

forums that are timeless. Designing a park that solves all issues is futile because all factors cannot be completely understood, so it was the idea of embracing the ambiguous future conditions that assisted in the creation of forms and spaces which would read in a simplistic manner.

Perception in the way users would regard, interpret, and understand the processes and conditions was considered in creating forms and manipulating land while also manipulating the experience through the topography, vegetation, and the undulating collection of water.

Large scale and proportions, along with various functions of systems and features that were arranged in sequences with details indicating a design pattern which was distributed through the landscape.

Arrangement was organized in a manner to create a sense of coherence with the elements of the site becoming connected in a practical manner with optimal movement and communication of the visible connections which enable the observer to identify what is where and why, providing an orientation in space, helping meanings to be recognized and underlining the levels of complexity.

The many interrelated parts, patterns, and elements identify the complexity designed in the landscape resulting when conditions combine in a variety of sensory impressions with a sort of coherence and creating a composition. The changing, unpredictable, adaptable environment is addressed in a simplistic, contemporary manner with a visual complexity in a variation of forms, space, and references.

25%

VEGETATION: UPLAND: SLOPE: FLOODPLAIN: FLOODED:

LONGITUDINAL SECTIONAL PERSPECTIVE

STORM CONDITIONS

10% 10% 20% 10%

50% 0

200m 400m

800m

HYDROLOGY SYSTEM SECTIONAL PERSPECTIVE

MINIMUM 24 HOUR STORM CAPACITY 269,906 M3 TYPICAL 24 HOUR STORM CAPACITY 2,465,634 M3 MAXIMUM 24 HOUR STORM CAPACITY 6,199,405 M3

WATER:

UPLAND:

2.5% 2.5% FLOODPLAIN: 5% FLOODED: 15% SLOPE:

25%

0

8

TOTAL SITE AREA: 7,460,000 SQ. METERS

MINIMUM 24 HOUR STORM CONDITION 14,372 M3 TYPICAL 24 HOUR STORM CONDITION 32,745 M3 MAXIMUM 24 HOUR STORM CONDITION 92,925 M3

200m 400m

800m

Mexico City Airport

CIRCULATION

+ HYDROLOGY : INSERTED

EDGE CONDITIONS OF THE LANDSCAPE CONNECTING EXISTING WITH PROPOSED CIRCULATION 0

URBAN

+ CIRCULATION

CIRCULATION

1m

2m

4m

+ TOPOGRAPHY : INSERTED EXISTING TRANSPORTATION PROPOSED TRANSPORTATION PROPOSED PEDESTRIAN CIRCULATION

0

1m

2m

4m

0

URBAN

+ HYDROLOGY

CIRCULATION

1m

2m

4m

+ HYDROLOGY : ABOVE EDGE CONDITIONS DIAGRAM

+ TOPOGRAPHY : INSERTED + HYDROLOGY : INSERTED CIRCULATION + HYDROLOGY : ABOVE CIRCULATION + HYDROLOGY : EXTENDED URBAN + VEGETATION URBAN + HYDROLOGY URBAN + CIRCULATION

CIRCULATION 0

URBAN

1m

2m

0

4m

+ VEGETATION

CIRCULATION

VANTAGE POINT TOWARDS RETENTION POOL

.5m

1m

2m

4m

+ HYDROLOGY : EXTENDED

0 0

1m

CIRCULATION

5m

10m

20m

2m

CIRCULATION OVER CONDUIT

RAYMOND GONZALEZ EDGARDO HERNANDEZ MICHAEL PACCONE

OUTLOOK OVER POOL

LA 302L

LEHRMAN

DEPARTMENT OF LANDSCAPE ARCHITECTURE CAL POLY POMONA 3.13.2015

9

Silverlake

REDEFINING INFRASTRUCTURAL INTERACTION

SITE PLAN

MEADOW EXTENSION AND LAKE FACING SOUTH-WEST

With the Silver Lake Reservoir being an outdated infrastructural component, our approach utilizes the threshold between the experience of nature and urban culture, to create an opportunity for new spatial and visual conditions that result from using infrastructure as a fundamental mold to influence the form. By partially draining Silver Lake Reservoir, the amount of reflective surface is lowered to allow an increase in the amount of usable space, and to further endorse community activities. The usable space is poised to engage with the landscape's ambiance. Our proposed landscape demonstrates the importance of a multi-scale approach for connecting the site to its surrounding, while focusing on the benefits of a multifunctional design for sustainability. The aspect of sustainability is defined by the opportunity for adaptation. Rather than creating a fixed image or state of nature and masking the identity of the site, the landscape embraces the ability to adapt and develop to changes in community habits, its values, and to new programs. The organizational principle of sustainability and sustainable development is to leave the site with flexibility.

Acknowledging the potential for appropriating infrastructure as landscape offers sensible and immediate advantage. The design of the landscape primarily focuses on residential and community member engagement and interaction with water.

The current status of Silver Lake restricts access to a proximity of 50 to 100 feet. Spatial conditions of our design establishes different interactions with water. The landscape allows users to engage with water in three distinct ways: being immersed in water, being surrounded by water, and surrounding water. The subject in the landscape is therefore fully enveloped as an integral part of spatial and phenomenological relations. There becomes a series of unfolding flows between spaces creating distinguishable experiences. The value of the landscape is revealed when the subject is present, moving through it, and open to phenomenological experiences.

EUCALYPTUS GROVE EXTENSION AND LAKE FACING SOUTH-EAST

LAP AND LEISURE POOLS

BERMS AND JETTIES

FACING NORTH-EAST

FACING SOUTH

200

1" = 200'

10

400

600

800 feet

Silverlake

EDGE CONDITIONS

A1 D1

A2

10

10 20

20 30

30 40 feet 40 feet

D2

10

20

30

40 feet

10

20

30

40 feet

10

20

30

40 feet

10

20

30

40 feet

1" = 10'

1" = 10' 1" = 10'

E

B1

1" = 10'

B2

10

20

30

40 feet

1" = 10'

F 1" = 10'

C

10

1" = 10'

20

30

40 feet

G 1" = 10'

11

Tangent

Doppler Photovoltaics

Phase 5

Holy Sea Balls

Climate Change Seasons Weather Shade Environmental

Physical

Orientation Tilt

360° Coverage

Technological Advancement

Photovolatic Thin Filmed Silicon

Area Facing Sun

Phase 3

Phase 2

Phase 1

Wave

Systems

E = 32 x .12 x 5.62 kwh/m2 E = 16 x .12 x 5.62 kwh/m2 E = 12 x .12 x 5.62 kwh/m2

Phase 4

LAGI 2016 - Santa Monica

Circle Packing

Vegetation

Floating Marshland

x9 x8

84 Mwh/year

x8

Microbes (biofilm) Insects Fish Birds

Habitat

Water Purification

104.8 g/m2

94.2 g/m2 76.7 g/m2

Area = 25,300 m2

11.3 g/m2

Root System

Phase 6 Phase 7

Ammonia

2,380kg

Nitrate

1,940kg 286kg

8.4 g/m

Zinc

212kg

6.9 g/m2

Phosphorus

175kg

Dissolved Phosphate

139kg

5.5 g/m2

Environmental

2,650kg

Particulates

2

1.3 g/m2

Wind Tides Weather Wave Period Wave Height

Nitrogen

Copper

33kg

Phase 8

Point Absorber Characteristics

Hemispherical Conical

Buoy Shape Quantity

70

Diameter

0 12

20

40

184 Mwh/year 5m

80

160 meters

LAGI 2016 - Santa Monica

C

A

B’

A’

C’

B

Section A-A’

LAGI Website

Section B-B’

Section C-C’

13

14

Study Abroad - Castiglion Fiorentino, Italy

Perceptual

Natural Elements

WOODLAND WALK

Cultural

FITNESS MEADOW

7

1

4

The hillside along the road shows the exposed sedimentary layers with olive groves above. A swale lies in between the hillside and the road to allow water to drain.

OLIVE GROVE RECREATIONAL PARKING

Study Abroad - Castiglion Fiorentino, Italy

Physical

FITNESS MEADOWS

8

The view of Castiglion Filorentino from the valley shows the transition from a natural to urban setting as the topography changes.

STRADA

Views from above and below the city show the trainsition from urban to rural zones. The Santa Chiara Study Center provides views of the Val di Chio.

3

9

1

EXISTING HOUSING

160 L

ST

PIAZZA DEL

The historic center of Castiglion Fiorentino sits on the top of the hill and is encircled by olive groves and other agricultural areas.

RA

MUNICIPIO

DA

STRADA

ST

7

AT

AL

E

11 STRADA

UM

BR

O

STRADA

4

CA

NT

IN

8

ES

E

x STRADA

ocal

T

ourism

Olea europea

STRADA

PA

SS

TRANSPLANTING PROCESS TRANSPLANTING PROCESS TRENCH OPENED

IVE

L

ocal

T

ourism

REFILLED AFTER PRUNNING

1 METER

S EATING A REAS

AC

TIV

ROOTS EXPOSED FOR PRUNING

M ARKET

E

S CENIC V IEWS L

ocal

T

ourism

S EATING A REAS

AC

TIV

M ARKET

E

S CENIC V IEWS

INTERPRETIVE S IGN

TREE SPADE TRUCK

E QUESTRIAN Z ONE

DUG OR ROTOTILLED AREA ROOTBALL

TO

SE

Settlement / Infrastructure

IVE

9

25

SS

5 In the background is a small settlement that is juxtaposed against a vineyard that lies in the foreground. The vineyard is seen terracing and separated by a canal used for drainage.

Vegetation can be seen growing along the canal as it is associated with drainage.

EN

71

PASSIVE TO ACTIVE DIAGRAM

PA

2 The undulating terrain of the hillside provides areas of natural drainage promoting the growth of vegetation. Networks of canals have been created to provide drainange improvements through riparian zones. Olive groves are used for agricultural purposes in these cookie cut spaces made by the canals.

TR

N.

OLIVE TRANSPLANT

5

2

IO

PROPOSED ROAD

PIAZZA S.FRANCESCO

GL FO

TUNNEL ENTRANCE

GARIBALDI

6

VIA

Anthropologic Elements

10 PIAZZALE

L

ocal

T

ourism

INTERPRETIVE S IGN

B IKE R IDING

E QUESTRIAN Z ONE

R UNNING /J OGGING

B IKE R IDING

A THLETICS

R UNNING /J OGGING

STRADA

RO

MA

GN

OL

A

10

11

6

3

2-5 TIMES DIAMETER OF ROOT BALL

FIRM SUBSOIL TO PREVENT SETTLING

Ancient aquaducts such as this one in Castiglione Fiorentino were constructed to direct water toward the community for many different uses.

A THLETICS

AREA AFFECTED BY GRADE CHANGE

This view from above shows the morphology of the land and how the urban area has responded to it.

PEDESTRIAN PATH

AMBIENTE MATRIX

The top panorama shows the existent sitting of Castigliion Fiorentino and its morphological connection to the surrounding landscape.

The bottom panorama is a view outward from a historic center.

In the distance is Montecchio in its natural and agricultural context.

David Flores, Michael Paccone, Billy Guarino, Laney Blankenship, Ryan Mckay LA401L

Phil Pregill

Fall 2015

OLIVE TREES TO BE REMOVED

Cultural

Physical

Geomorphological

Hydrology

Soils

Vegetation

9 12

Habitat

14 8

17 21

11 Residential A

WOODLAND WALK SECTION woodland gateway WOODLAND GATEWAY

moments OF of awe MOMENTS AWE:- views to the val chioDI CHIO VIEWS TOdiVAL

1

FITNESS MEADOWS

7

13

19

25

14

20

26

26

3 1

8

20

29 7

Commercial 2

2

18 25

Industrial

27

6 3

passive PASSIVE

9

15

21

4

24

27

active ACTIVE

22 10

28 30

scale 1 : 300

Institutional 4

10

16

22

15

16

23

28

19 Transportation 5

11

17

6

12

18

23

29

24

30

13

5

Open Space

SITE INVENTORY MATRIX David Flores, Michael Paccone, Billy Guarino, Laney Blankenship, Ryan McKay

LA 401L

Phil Pregill

Fall 2015

SITE INVENTORY - IMAGE LOCATIONS David Flores, Michael Paccone, Billy Guarino, Laney Blankenship, Ryan McKay

LA 401L

Phil Pregill

Fall 2015

15

16

Grading Plan

Construction Plan 17

18

Water Feature

Lighting 19

20

Details

Details 21

22

Irrigation Plan