Alex Croft|Landscape Architecture
Undergraduate course work selected from my time at the UC Davis Department of Landscape Architecture + Environmental Design.
Undergraduate course work selected from my time at the UC Davis Department of Landscape Architecture + Environmental Design.
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ALEX CROFT<br />
SELECTED<br />
WORKS IN<br />
LANDSCAPE<br />
ARCHITECTURE
HUNT HALL COURTYARD BIOSWALE | UC Davis, CA<br />
Located in the courtyard of the Human Ecology<br />
department at UC Davis, this project was the<br />
culmination of a 10 week required introductory<br />
course to construction materials, design, and build<br />
work.<br />
As a collaborative group of 8, our final design<br />
showcases a small demonstration rain garden<br />
installed within a 15'x12' plot. This functional<br />
garden collects water runoff and moves it to a bed<br />
of nutrient loving plants that perform as a filtration<br />
system to clean the water and prevent erosion. The<br />
plant bed itself acts as a sponge and slowly<br />
releases the water, allowing it to percolate to the<br />
soil below. In both drought and heavy storm<br />
conditions, the versatile plant pallete will still<br />
thrive.<br />
Our plot design uses the excess stormwater from<br />
the patio drain above and directs it through a pipe<br />
along the back of the plot. This flows into a runnel<br />
which then deposits the runoff to the plant bed. The<br />
planting area, along with the pipes and runnel, are<br />
carefully graded so that the water is distributed<br />
throughout the plant bed by gravity without<br />
creating pockets of standing water. Lastly, the low<br />
point in the rain garden contains drain rock to assist<br />
in the percolation process.<br />
1
2<br />
3<br />
Existing patio spillway drain<br />
5<br />
1<br />
4<br />
California Fescue<br />
Blue Rush<br />
Flow of water<br />
Purple Aster<br />
1<br />
2<br />
3<br />
4<br />
5<br />
Patio Drain +High Point<br />
Pipe conveying runoff<br />
Runnel<br />
Plant Bed<br />
Drain Rock +Low Point<br />
Karl Forester<br />
Creeping Oregano<br />
Flagstone<br />
Rip Rap<br />
2
CONSTRUCTION DETAILS<br />
R 0.5<br />
6.0<br />
36.0<br />
1.6<br />
12.0<br />
2.0<br />
6.0<br />
12.0<br />
4.0<br />
BRIDGE PLAN<br />
BRIDGE SECTION A<br />
6”<br />
8’<br />
2” tall stopper to prevent backflow on one<br />
end and allow pipe to fit within runnel<br />
1/4”<br />
1/2” diameter support<br />
stakes typ.<br />
2” tall stopper at end<br />
RUNNEL PLAN<br />
6”<br />
4” 2”<br />
6”<br />
1/2”<br />
4”<br />
1’ 6”<br />
1/2”<br />
6” stakes for support typ.<br />
1’<br />
RUNNEL CROSS-SECTION B<br />
RUNNEL SECTION A<br />
3
SHATTUCK AVE. BART STATION REDEVELOPMENT | Downtown Berkeley, CA<br />
Downtown Bekrkeley's vibrant, but hectic BART<br />
station circulates hundreds if not thousands of<br />
commuters each day whether it is by car, bus, bike,<br />
skateboard, subway, or on foot. Serving as a<br />
notable transit hub for the city, the space is<br />
outdated and in need of upgrades to accomodate<br />
the heavy circulation patterns while maintaining a<br />
safe and comfortable environment for current and<br />
future users.<br />
This design features a street reconfiguration, bus<br />
terminal reconfiguration, bioswale features,<br />
upgraded BART entrances, added seating, and a<br />
redeveloped open plaza area. The configuration of<br />
Shattuck was altered by making the West fork open<br />
to two-way traffic with two lanes traveling North<br />
and South. The East fork was left one way primarily<br />
for bus traffic and stops between Addison and<br />
Center Streets. Currently, the East fork dead ends<br />
two blocks north on University Street and is forced<br />
to reconnect the West fork, forming four lanes of<br />
two-way traffic again.<br />
ADDISON ST<br />
CENTER ST<br />
UNIVERSITY ST<br />
BART<br />
UC BERKELEY<br />
SHATTUCK AVE<br />
Along with road reconfiguration, five foot wide<br />
bike lanes have been added in both directions of<br />
Shattuck and Center Street to connect to the cities<br />
existing bike lanes and provide a safe space for<br />
cyclists. Several bioswales were designed along<br />
Shattuck to provide needed strips of vegetation<br />
which filter and clean stormwater runoff from the<br />
surrounding roads. All BART entrances and bus<br />
stops were redesigned with green roofs to reduce<br />
the heat island effect in the summer and provide a<br />
new aesthetic year round.<br />
4
ADDISON ST<br />
Information Board typ.<br />
BART Entance w/<br />
Green Roof typ.<br />
Bioswale<br />
BUS ZONE<br />
Bike Rack typ.<br />
Bus Stop w/ Green Roof typ.<br />
Bench typ.<br />
Bioswale w/ Seat Wall typ.<br />
Welcome/Info Board<br />
BUS ZONE<br />
CENTER ST<br />
Information Board typ.<br />
Main BART Entrance w/<br />
Green Roof<br />
Raised Planter<br />
A<br />
B<br />
Light Pole typ.<br />
Trench connecting<br />
Street to Bioswale typ.<br />
Perspective<br />
A<br />
N<br />
Bioswale w/<br />
Seat Walls typ.<br />
Bioswale Walkway<br />
Bench typ.<br />
Raised Planter<br />
Existing Air Vent<br />
Bike Rack typ.<br />
Bus Stop w/<br />
Green Roof typ.<br />
BUS ZONE<br />
SHATTUCK AVE<br />
Perspective B<br />
0’ 200’<br />
Light Pole typ.<br />
Information Board typ.<br />
BART Entrance w/Green Roof typ.<br />
5
PERSPECTIVE A<br />
6
PERSPECTIVE B<br />
7
TILTH: Cultivating Communities | River Garden Estate Apartments, Natomas, CA<br />
From the momentum of Sacramento’s recent<br />
urban agriculture movement, this project involves<br />
facilitation between an existing, though<br />
non-compliant group of guerilla gardeners, and the<br />
City of Sacramento. As it exists, the garden sits on<br />
city property under large electrical towers. Needing<br />
access to these towers, the city wishes to relocate<br />
the garden to an adjacent property, just a few<br />
hundred feet North of the existing garden.<br />
Meanwhile, the surrounding neighborhood of<br />
38,000 is noticeably lacking in open green space.<br />
˜<br />
NINOS PARKWAY<br />
Following an intensive process of research,<br />
analysis, and community participation, the<br />
suggested design relocates as few gardens as<br />
necessary to accomodate the staunch gardeners.<br />
This proposal simultaneously creates an enjoyable,<br />
educational, and community driven urban farm on<br />
the newly alloted 2.5 acre site at the South end of<br />
the Ninos ˜ Parkway in Natomas.<br />
GARDEN HIGHWAY<br />
DISCOVERY PARK<br />
SACRAMENTO RIVER<br />
AMERICAN<br />
RIVER<br />
INTERSTATE 5<br />
8
GOAL<br />
GOAL<br />
GOAL<br />
A<br />
B<br />
Terraced Demonstration Garden<br />
Egg Cooperative<br />
Water Catchment Basin<br />
Puppy Playground<br />
Kid’s Playground<br />
Goat Dairy Cooperative<br />
Main Public Gathering Space<br />
1<br />
ENHANCE EXISTING<br />
PRIVATE SPACE<br />
Mound Buffer<br />
Fruit and Nut Tree Grove<br />
Relocated Garden Plots<br />
Perspective<br />
A<br />
Perspective<br />
B<br />
2<br />
DIFFERENTIATE<br />
PUBLIC AND<br />
PRIVATE SPACE<br />
Existing Garden<br />
N<br />
3<br />
0’ 100’<br />
Electrical Towers<br />
1.5 mile<br />
SAN JUAN RD<br />
1 mile<br />
SUPPORT<br />
MULTI SCALAR<br />
COMMUNITIES<br />
INCLUDING<br />
SCOOLS AND<br />
CHURCHES<br />
NORTHGATE BLVD<br />
TRUXEL RD<br />
GARDEN HIGHWAY<br />
GARDEN HWY<br />
9<br />
Maintenance Access Road<br />
.5 mile
PERSPECTIVE A<br />
10
PERSPECTIVE B<br />
11
ALEX CROFT<br />
LANDSCAPE ARCHITECTURE<br />
808 K Street Davis, CA 95616<br />
+1 310 367 1611<br />
alexcroftm@gmail.com