Final Exam Study Guide Flashcards

1
Q

What is sustainability?

A

Capacity to maintain, support, and endure

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2
Q

What are the four pillars of sustainability?

A

Environmental
Site
Social
Cultural

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3
Q

What is environmental sustainability?

A

Responsibility to conserve natural resources to support health and wellbeing of ecosystems

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4
Q

What is site sustainability?

A

Promote land development and sustainable management practices (less waste, energy, water, natural resources)

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5
Q

What is site sustainability?

A

Sustainable successful places that promote wellbeing of individuals and community by understanding what people need from places they live, work, play

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6
Q

What is cultural sustainability?

A

Protecting and sustaining cultural heritage to preserve the cultural experiences and traditions we enjoy today for future generations

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7
Q

What is a naturalized design?

A

Organic

Responsible to environment and site

Variety of plant species

Suitable for 4 seasons

Attract and encourage local wildlife

Adapt to local biophysical conditions

Successful succession without compatibility without human intervention (less maintenance, water, fertilizer)

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8
Q

What is an ecosystem approach to design?

A

Allows integration and cooperation of biophysical factors

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9
Q

What are biophysical factors?

A

Biotic and abiotic components surrounding population or organism influencing the survival, development and evolution of the population

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10
Q

How does topography impact design?

A

Influences site physiology
- Run off, erosion
- Vegetative communities
- Sun exposure
- Land function

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11
Q

How does geomorphology and soil impact design?

A

Unconsolidated mineral matter on immediate surface serves as medium for land growing plants
- Drainage
- Saturation
- Slope

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12
Q

How do microclimates impact design?

A

Wind
Sun
Temperature
Precipitation
Infiltration
Wind direction/velocity
Humidity

(Think terrariums)

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13
Q

What are two examples of microclimates?

A

Urban environments (wind/sun/temperature/how rain may affect areas/urban heat island etc.)

Terrariums

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14
Q

How does vegetation impact design?

A

Gauge for overall health and trend within a landscape with functional role

  • runoff, erosion, slope stability, noise control, influences pedestrian behaviours, frames spaces
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15
Q

How does hydrology impact design?

A

Movement of water in relation to land
- ground water, water table, oceans, Rivers, streams, precipitation, radiative exchanges, condensation, evaporation, runoff, water management, vapour, clouds etc.

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16
Q

How do fish and wildlife habitats impact design?

A

People live on the edge of land and water

Wetlands form an ecosystem for aquatic and land species (integral filter of hydrologic system for water quality, quantity, usage etc.)

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17
Q

How do cultural and history factors impact design?

A

Community needs
Human history
Demographics
Land use
Landscape as living entity (people, other living beings, physical region)

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18
Q

What is a green roof?

A

Vegetative roof structure that has a waterproof membrane, soil medium and plants

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19
Q

What is the purpose of a green roof?

A

More greenspace
Pretty
Additional habitat opportunities
Reduce urban heat island effect
Reduce stormwater runoff
Improve air quality
Save energy

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20
Q

What is albedo?

A

Measure of how much solar energy is reflected by a material

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21
Q

What is an extensive green roof?

A

Shallow in depth, requires no irrigation and has small plants

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22
Q

What is a semi intensive green roof?

A

Deeper, requires some irrigation, has larger plants

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23
Q

What are intensive green roofs?

A

Deepest type of green roof with high capacity of irrigation and can hold large plants

24
Q

What are some structural considerations of green roofs?

A

Structure
Roof pitch
Maintenance requirements
Irrigation type (spray, drip, drainage layer)
Wind

25
Q

What is a green facade?

A

Wall completely/partially covered in vegetation

26
Q

What is a living wall?

A

Living walls usually contain potted plants

27
Q

What is the purpose of a green facade?

A

Pretty
Additional habitat opportunities
Acoustic buffering
Increase thermal insulation
Improve air quality

28
Q

What is a drip irrigation method?

A

Rows of emitters water the planters or a sheet of absorbent material in the wall

29
Q

What is flood irrigation?

A

Reservoirs in containers are filled periodically

30
Q

What is recirculating irrigation?

A

Emitters at the top of the wall are constantly on

Water flows through the wall to a reservoir at the bottom in a constant cycle

31
Q

What is stormwater?

A

Rainfall/snowmelt that infiltrates into soil profile or runs off land into storm sewers, lake, rivers

32
Q

What is stormwater management?

A

Planning, designing and implementation of systems to mitigate and control the impacts of human influence on runoff and hydrological cycle

33
Q

What are the goals of effective stormwater management?

A

Maintain the health of our aquatic ecosystems, lake, rivers and oceans

Maintain hydrological cycle

Prevent risk of flooding from runoff

Prevent stream erosion

Protect water quality

34
Q

What is a watershed?

A

Area of land that drains or captures water from specific water bodies delineated by topography not regional boundaries or property. lines

35
Q

What is a floodplain?

A

Flat area of land next to a river that floods naturally in a heavy storm event and is often is rich in nutrients and soil as sediment is deposited in heavy storm events

36
Q

What are some stormwater management strategies?

A

Soakaway pits/infiltration trenches
Grassed swales/bioswales
Dry ponds
Wet ponds
Filters (runoff filters through sand and media)
Infiltration basins

37
Q

What is a dry pond?

A

Detention basin designed to temporarily store collected stormwater runoff and release at controlled rate through an outlet

38
Q

What are wet ponds?

A

Permanent pool of water designed to temporarily store collected stormwater runoff and release at controlled rate

39
Q

What is a bioswale?

A

Long channeled depression that receives runoff and contains vegetation to help slow water infiltration, filter pollutants and directs water to outlet or sewer

(needs porous soils and vegetative material that tolerates wet conditions)

40
Q

What is xeriscaping?

A

Landscaping technique promoting water efficiency to reduce water consumption

41
Q

What are the principles of xericscaping?

A

Planning and design
Soil preparation
Water wise plants
Appropriate turf
Mulch
Efficient irrigation
Maintenance

42
Q

What are some features of water wise plants?

A

Long taproots
Fuzzy waxy leaves
Succulent leaves or stems

43
Q

What is an urban forest?

A

Network of woodlands, groups of trees of individual trees located in urban areas

44
Q

What are some benefits of urban forests?

A

Improve air quality
Reduce air pollution
Improve physical wellbeing
Climate change contributions (temper severe weather)
Contribute to wildlife
Improve water quality
Reduce potential for soil erosion
Providing profitable by products
Reduce greenspace maintenance costs

45
Q

What are the elements of design?

A

Line
Form
Texture
Colour

46
Q

What are the principles of design?

A

Proportion (human scale)

Order and balance (asymmetrical vs. symmetrical)

Repetition

Unity

47
Q

Why are trees used in the landscape?

A

Privacy
Shade
Fruit
Wind and noise buffers
Animal habitat
Aesthetics, focal point and interest
Soil stabilization
Oxygen
Filters pollutants
Health

48
Q

What existing site conditions should one be mindful for when selecting plants?

A

Location
Hardiness
Soil texture and pH
Microclimates
Growing space
Light availability
Desired function of plant
Heat and drought tolerance
Growth rate
Form
Insect and disease

49
Q

What are the steps of the design process?

A

Project accepteance

Research and analysis

Design

Construction drawings

Implementation

Post construction evaluation

Maintenance

50
Q

What is a program?

A

Summary and synthesis of the inventory and analysis and client interview

Reminds designer what needs to be done and included in the design solution

51
Q

What is included in the design package?

A

Cover page
Inventory
Analysis
Photographic analysis
Program
Functional drawings
Concept plan
Master plan
Grading plan
Planting plan
Presentation plan
Details

52
Q

What is the site inventory?

A

Facts of the sites allowing design to understand circulation patterns indoors and outdoors

Graphic representation of challenges on the site

Use professional observations on site as well as the clients discussion

(First step)

53
Q

What is the analysis?

A

Offers opportunity to evaluate facts and make judgements about how the information should inform and shape the design

Interprets the inventory giving an impression of what needs to be done on site to create the design

54
Q

What is included in the site inventory?

A

Graphic that looks at:

Location/geography
Hydrology
Microclimates
Users
Vegetation
Pedestrian and vehicle traaffic
Sun/shade
Noise
Structures
Utilities

55
Q

What is included in the planting plan?

A

Explains planting scheme
Quantity of plant
Common name
Botanical name
Size to purchase
Condition of root ball on purchase
Any additional notes