4. Ancient Gardens and Landscapes
Classical Gardens and Renaissance Influences
Emergence of Landscape Architecture
Modernist Movements and Postmodernism
Contemporary Trends
5. Prehistoric and Ancient Gardens (3000 BCE - 500
CE)
i. Mesopotamian Gardens: Hanging
Gardens of Babylon
ii. Egyptian Gardens: Gardens of Rameses
III
iii.Persian Gardens: Pasargadae
iv.Chinese Gardens: Yuanming Yuan
6. Classical Gardens (500 BCE - 500 CE)
i. Greek Gardens: Symmetry and
Proportion
ii. Roman Gardens: Villa Adriana
iii.Influence on Renaissance Garden
Design
7. Renaissance and Formal Gardens (1400 -
1600)
i. Mughal Garden, Persian Garden
ii. Italian Renaissance Gardens: Villa
d'Este
iii.French Formal Gardens: Gardens of
Versailles
iv.English Renaissance Gardens:
Hampton Court Palace
8. English Landscape Movement (1700 - 1800)
i. Lancelot "Capability" Brown: Stowe
Landscape Gardens
ii. Transition from Formal to Informal
Design
iii.Integration of Naturalistic Elements
9. Birth of Landscape Architecture (1800 -
1900)
i. Frederick Law Olmsted and Calvert
Vaux: Central Park
ii. Emphasis on Public Spaces and
Urban Planning
iii.Influence on Landscape
Architecture as a Profession
10. Modernist Movements (1900 - 1950)
i. City Beautiful Movement: Emphasis
on Civic Beauty
ii. Bauhaus and Modernist Principles in
Gardens
iii.Post-WWII: Modernism in Garden
Design
11. Postmodernism and Pluralism (1950 -
2000)
i. Reaction against Modernism
ii. Incorporation of Symbolism and
Eclecticism
iii.Diverse Approaches to Garden
Design
12. 19th Century Garden Styles (1800 - 1900)
i. Victorian Gardens: Plant Collecting
and Exoticism
ii. Arts and Crafts Movement:
Emphasis on Craftsmanship
iii.Japanese Gardens: Influence on
Western Design
13. Contemporary Trends (2000 -
Present)
i. Sustainable Garden Design: Focus
on Environmental Impact
ii. Cross-Cultural Influences:
Globalization of Design Ideas
iii.Technological Advancements in
Garden Planning
14. Ecological Design Principles
Cultural Landscape Theory
Semiotics in Landscape Design
Poststructuralist and Critical Theories
15. Digital Landscape Modeling
Parametric Design in Landscapes
Human Behavior and Landscape Design
16. Landscape design as the art and
science of planning outdoor spaces
Creating harmonious, functional, and
aesthetically pleasing environments
17. Residential gardens, public parks,
commercial landscapes, etc.
Integration of plants, hardscapes,
water features, and structures
19. 1. Unity: Tying the landscape together.
Curves can be a unifying theme.
Similar backgrounds for all of the foregrounds.
Same color/different plant.
Strong elements to unify the landscape: COLOR, CURVES,
LINES, CONSTRUCTION MATERIALS, TEXTURES.
20. Repetition: Selected plant material should be repeated
throughout the landscape.
Interconnection: When interconnection is utilized the eye
can move smoothly from one element to another.
Unity of three: Whenever three elements of the same kind
are grouped together you get a strong sense of unity.
22. A state of equilibrium, equality in weight, value or
importance.
Two types of balance…
i. Symmetrical – formal, static… Achieved using the same thing
on each side of a central axis. Symmetry can be boring.
ii. Asymmetrical – casual, movement… Achieved by using similar
ideas but different things on either side.
25. Mass Collection – within the framework of either
symmetry or asymmetry, mass collection is one
other method for establishing order in a design
composition.
28. the way things relate to each other with respect to size
(big-medium-little).
In residential design we want elements that are in
proportion to each other.
Much difference in size creates dissonance…unable to
reconcile one element with another.
If you have huge elements and small elements you will
need something in the intermediate range to bring them
together.
29.
30.
31. limiting change or variation.
Limit the number of themes.
The viewer needs to experience the landscape a little at
a time.
Common error is trying to do too much. Too many
different elements.
32.
33. A landscape without variety is monotonous.
However, A lot of different things is not variety.
Rather it is more like one thing that stands out
among other things.
Group things to make a unit.
Add something of interest - a focal point.
34.
35. An orderly progression.
From low spreading plants to vertical plants.
From here to there.
Near to far.
Turf-shrubs-trees.
Sequence helps the eye move smoothly from
one area to another.
36.
37. Drawing attention to important features of
landscape
Unity in landscape design
Can draw attention to front door of residence
by using plants that offer variety in color,
texture or form near the door
40. Plant Selection(form)
Artistic composition derived from physical properties of
plants
Plants can be viewed as mainly horizontal or vertical
Horizontal shapes are less dramatic than vertical shapes
Tree forms depend on branching patterns
Shrub forms result from growth habits (e.g. upright or
creeping)
41.
42. Plant Texture
Physical properties of plants important in landscape
design
Stems, leaves, bark, and buds determine texture of
plant
Large or widely separated plant features create
effect of coarseness
Thick, tight foliage results in finer texture
Simple leaves appear coarser than compound leaves
Distance of view affects texture; farther you stand
from plant, the finer its texture appears
44. Plant Colour
Physical properties of plants important in
landscape design
Warm colors: yellows to reds
Bright, inviting and lively
Cool colors: greens to violets
Restful, receding, not as conspicuous
Foliage most often considered in landscape design,
but flowers, bark and fruit also important
46. Landscape design involves functional use of
plants combined with artistic composition
Visual or acoustic screens
Framing off-landscape views
Microclimate control (e.g. shading, protection
from wind)
Creating enclosures (absolute or implied)
Functional uses should be considered first;
landscape viewed as different units with
different functions
47. Site Analysis: Environmental factors, Existing features
Conceptual Design: Preliminary design based on
client needs
Design Development: Refinement and detailed plans
Implementation: Construction and installation
Maintenance: Ongoing care and adaptation
48. Native Plants, Water Conservation, Ecosystem
Considerations
Environmental Impact and Green Practices
Regenerative Design
Urban Greening and Biodiversity
Environmental Impact and Green Practices
49. Collaboration with Architects,
Ecologists, Sociologists
Strategies for Effective Teamwork