Yang Portfolio by Cheeneng Yang

CHEENENG YANG 2014 Portfolio

Content Academic Work Extreme Ecology in the Living Rock Adena Brook: Augmentation of Wildlife

page 4 page 8

Miscellaneous Fort Hayes: Ink Wash Portrait page 14 AutoCAD 3D page 16 Revit Architecture page 17 Sketches page 18

Extreme Ecology in the Living Rock Marble Cliff Quarry closed fall 2013 due to the decrease in limestone demand. The studio question posed to what can be done to this enormous land. My group focused on the reserve typology, a landscape set apart for the protection of unique biological, zoological, or geological phenomena. The deepest part of the quarry is my groupâ&#x20AC;&#x2122;s main focus in the quarry. The ooze, extremophiles, and ruderal vegetation all of which follows the water patterns, groundwater seepage and infusion are the main attraction to the site. Our goal is to amplify this type of typology in our design as well as exposing the water pumping process. Creating shallow pool infrastructures of water around the deepest part of the quarry redirecting the water into these pools will create a new ecology at the bedrock surface. Currently, about five million gallons of water are being pumped out via pipe into the Scioto River. The bottom floor of the quarry is left the same allowing the quarry to establish its own vegetation and quarry cycle. The water process will ultimately come down onto the bottom floor into the pool of water that exists at the bottom. At some point when the water reaches a certain high level and it will be pumped out into the Scioto River. With this design, a new reserve typology can establish in the unique quarry grounds. Group Members: Raylee McKinley Han Zhao Cheeneng Yang

Perspective: Cheeneng Y.

Plan

Perspectives: Cheeneng Y.

Plan: Raylee M.

Legend: Successional Vegetation Wet Quarry Bottom Permenant Ponds Seasonal Pond Dry Quarry Floor Talus Slopes Old Field Ruderal Forest

Detail Plan

Group Collaboration

Access Infrastructure/Circulation Key At grade (stone) walkway Path Cut into Quarry Wall Concrete walk with fence railing Steel mesh Boardwalk Bridge/Weir Crossing Existing Roads Drainage Canal Gabion Canal/Weir System Alluvial Fan/Boulders Waterfall

Detail Call Out Path of Water Circulation Water Conveyance Pipe

Pool Type Key <2’ Vegetated Edge 4’ Less Vegetation, Open Water >6’ Open Water

3B 3A

Pump Station

Initial Diagrams Diagrams: Cheeneng Y.

Water Released Back onto Site Switch

Water Pumped to Scioto R

Marble Cliff Quarry, 2000 acres of land, located west of the Scioto River. The northern part of the quarry is the active quarry site, whereas, the southern part is no longer active. The quarry has many micro-climates and strange ecologies. Bringing people into the quarry to experience the man made land and explore the unique typology. Utilizing the elements, a spraying of water is used to add a misting effect to the bottom quarry as an attraction bringing people to the bottom quarry.

Sections

Sections: Han Z.

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Adena Brook: Augmentation of Wildlife The project lies within the Olentangy Watershed in Whetstone Park. Focusing on Adena Brook, a ravine which runs through the park, augmenting the ecology for wildlife providing a place for biodiversity to thrive. Using the greenway plan as a guide to design my site and implementing more program areas for bird watching, wetlands, native vegetation, and education resulting in more biodiversity. Within a complex ecology, it is broken down to understand how it works and where to apply the design. Augmenting the existing ecology I look specifically in how to bring back American Kestrel, Eastern Screech Owl, and salamanders to the site. A drop in American Kestrel population has been seen in the past years due to development and the destruction of habitat. Having salamanders in the area will expose the need to have clean water and allow people to understand these organism more. Having a hierarchy of circulation, the tree house route allows people to be closer to wildlife and observe them from above. This allows a east and west, and north and south access point to the site. I propose to install native plants, but not remove all the invasive species. Plants, such as Japanese Suckle, have beneficial medical properties; therefore, I suggest to harvest these invasive species in invasive garden as an act to control the population. Complementing to the more formal rose and herb garden north of the ravine, having this invasive species garden will provide an education to the public. It also creates a source of revenue for the park.

Detail Plan

Park of Roses

Whetstone Park

Adena Brook Treehouse Route Treetowers

Invasive Garden Access Point

Olentangy Watershed

Models

Olentangy River Adena Brook

Treetower

Ecology of Today

Site Context Humans

Park of Roses Open Field

Rain Dog & Dog Fecal

Sediments Groundwater

Adena Brook Recreation Fields

CSO

Food Waste Output to Olentangy River

Dead Organisms N Rich Soil Homogeneous Plant Palette

Fish Frogs? Raccoons Squirrels Sparrows

Ecology of Tomorrow Evapotranspiration

Legend

Trail

Water

Polluted Inputs Organic Nutrients Energy/Water

Rain Surface Sediments

Cultural Impact Salamander Aquatic-Terrestrial Life-Cycle Salamander Aquatic Life-Cycle Habitat

Economic

Cultural

Pollutants

Wildlife Observation

Wetland: Marsh Treehouse Trail

Nutrients Metamorphosis

Nesting Area

Water Quality

Wetland: Swamp

Open Field

Output to Olentangy River

Birds

Invasive Garden

Trees

Invasive Species (i.e. Japanese Honeysuckle, Garlic Mustard etc.)

Dead Vegetation

Amphibians

Saplings

Ground Fauna

Sun

Herbaceous Vegetation Funding for Adena Brook

Groundwater

Adena Brook

Funding Source

Vegetation Debris

Soil

Decomposer

Harvest

Process & Package

Multi-Level Tower House

Sections

Recreation Access

Swamp

Emergent

Floating/Submergent

Wet Meadow

Trail Adena Brook

Sky Bridge Trail

Trail Marsh

Adena Brook

Canopy

Trail

Wooden Bridge

Organism Habitat Eastern Screech Salamander Owl

Open Field

Wetland

Diurnal

Nocturnal

Diurnal/Nocturnal

Bugs | Birds | Rodents

Bugs | Fishes & Frog Eggs

American Elm & Sycamore

Wetland Vegetation

Secondary Cavity

Wetland

Birds of Prey | Raccoons

Birds of Prey | Raccoons | Birds

Food

Time of Hunt

Landscape Typology

American Kestrel

Predators

Nesting

Preferred Vegetation

Towerhouse

Miscellaneous: Fort Hayes - Ink Wash Portrait

Site Context Context Site

Site Elements

Site Key Elements

Milo-Grogan

Italian Village

A depression allowing runoffs to flow into. The high point lead water both ways down or behind the path. The slope of the path allows it to be less wet when raining.

71 A manhole in the center of the depression draws in water from the surrounding area. When water fills up to a certain level, the water will start to infiltrate the manhole. It is also well hidden by the trees.

4th St

670 Mt Vernon

The retaining wall prevents erosion stabilizing the building. The tree may also be used to prevent erosion.

Cleveland Ave

670

Fort Hayes

The soil is lifted up against the building creating a high point allows water to run down from the building to the path. Ultimately leading the water to a depression. This stormwater management keeps water away from the building.

Jack Gibbs Blvd Fort Hayes | 7

Downtown 1:800 0â&#x20AC;&#x2122;

4 | Fort Hayes

800â&#x20AC;&#x2122;

The center of the ramp lets water run down from it. This keeps the ramp as dry as possible during a rain shower keeping water away from it as well as the sidewalk and the building.

Small mounds allow water to flow in different directions. This prevents pools of water to form in one area spreading out the volume of water received.

The stairs has cracks in it (maybe intentional) which creates a different path for water to travel. Ultimately, the water will seep through the cracks and flow down to the concrete surface making its way to the manhole; the steepness is noticeable.

Another stormwater management showing the different level where runoffs come from. In this case, water comes from the parking lot and from the vegetated area on the left. Water will fill up to the height of the manhole and drained, or it will become a temporary pool of water.

The vegetated stormwater basin catches the runoffs allowing water to fill. When the water is up to a certain level, it will flow over to the other side or vice-versa creating a pool of water.

This shallow rocky stormwater basin catches runoffs and act as a filter filtering out sediments before flowing into the vegetated stormwater basin (as indicated above). The hierarchy of stormwater management allows for cleaner water to drain into the drainage.

8 | Fort Hayes

Fort Hayes | 9

AutoCAD 3D

Learning the basic 3D function in AutoCAD. This project was designed to create and fill in material pattern onto solids. The application of the light effect and the shadow effect creates a real-life spatial area.

Revit Architecture

Learning the basic functions of Revit Architecture to recreate an existing building. The usage of the light effect and rendering tool creates an overall decent image. The creation and using default materials to make real life image of interior rooms.

Sketches

Resume Education The Ohio State University Graduate Landscape Architecture Program (G2) Anticipated Graduation Date: May 2015 University of Wisconsin-Oshkosh Biology, with Chemistry minor Bachelors of Science - 2011

Abroad Experience Japan (Various cities) - 2013 Seoul, South Korea - 2013 & 2011 Taipei, Taiwan - 2008

Skills Programs: Adobe Creative Suite Microsoft Office Suite AutoDesk: AutoCAD, AutoCAD 3D, Civil 3D Revit Architecture Language: Hmong English

Work Experience Ohio State University, Teaching Assistant - 2013-Present Office of Energy and Environment, Student Assistant - Summer 2013 Center for Career Development and Employability Training, Student Assistant - 2007-12

Extra-Curricular Activities Graduate Pan-Asian Caucus, Community Liason & Member - 2012-Present Hmong Student Union, Vic-President & Member - 2007-12 Asian Student Association, Member - 2007-12

Email: yang.c.88@gmail.com Mobile: 920.420.3169