#Landscape Design + Permaculture
environmental sustainable design permaculture
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environmental sustainable design<br />
permaculture
eneficial landscapes<br />
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Drought Tolerant Species<br />
• Indigenous<br />
• Local to Area<br />
• Native<br />
• National<br />
• Introduced<br />
• Deciduous<br />
• Food Stock<br />
• Weed<br />
it is about changing the cultural aesthetic to<br />
appreciate a grevillea more than a rose or camellia<br />
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indigenous planting<br />
January 2002<br />
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indigenous planting<br />
November 2005<br />
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June 2018<br />
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start again<br />
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exotic drought tolerant species<br />
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low irrigation gardens<br />
5 principles<br />
• reduce water demand<br />
• increase the soil’s ability to harvest H 2 O, and<br />
minimise runoff.<br />
• replace or supplement tap water with tank, grey<br />
or treated black.<br />
• irrigate efficiently (drip systems)<br />
• reduce water loss<br />
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eneficial landscapes<br />
Irrigation Systems<br />
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eneficial landscapes<br />
Irrigation Systems<br />
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eneficial landscapes<br />
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eneficial landscapes<br />
Trees and shrubs<br />
• Provide protection<br />
• Shade<br />
• Acoustic*<br />
• Food<br />
• Green Belts/ Corridors<br />
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eneficial landscapes<br />
Green Corridor profiles<br />
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eneficial landscapes<br />
Vertical Strata/ Layers<br />
• Upper Canopy<br />
• Lower Canopy<br />
• Shrubs<br />
• Herbatious/ Ground Covers<br />
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eneficial landscapes<br />
Horizontal Zones<br />
• Overlap<br />
• Non-linear<br />
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eneficial landscapes<br />
Roof Ponds<br />
• Arid climates<br />
Thermal Mass<br />
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eneficial landscapes<br />
Green roofs<br />
Schematic<br />
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eneficial landscapes<br />
Green roofs<br />
Integration with landscapes<br />
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eneficial landscapes<br />
Green walls<br />
Integration with landscapes<br />
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eneficial landscapes<br />
Green walls<br />
Musee du Quai Branly<br />
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eneficial landscapes<br />
Green roofs<br />
Built in place<br />
Modular System<br />
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eneficial landscapes<br />
Green roofs<br />
root ball<br />
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permaculture<br />
Question:Where to begin, and why include a topic many associate<br />
with gardening?<br />
<strong>Permaculture</strong>:<br />
Permanent + Agriculture<br />
Permanent + Culture<br />
<strong>Permaculture</strong> unlocks some of the solutions for how to design<br />
sustainably.<br />
How to actively save the planet.<br />
It brings together all the elements of design. It explains the interrelationships,<br />
the patterns, between natural systems. It creates<br />
an underlying scale-less meta-structure where site and project<br />
specific solutions can be woven together.<br />
<strong>Permaculture</strong> is about the ethics of design, ensuring that<br />
solutions consider and enhance all life on this closed<br />
system called earth.
patterns in(from) nature<br />
planting mandala<br />
oak branch
permaculture - pattterns<br />
Rhizome Narrative structure<br />
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permaculture<br />
As a term, '<strong>Permaculture</strong>' was first coined by, South Melbourne civil<br />
engineer, Bill Mollison and co-developed with ecologist David<br />
Holmgren. Holmgren developed his thesis with Mollison, as a<br />
combination of agriculture+landscape architecture+ecology.<br />
Observational analysis of the underlying infrastructure patterns of<br />
complex ecologies such as forests, developed ideas of system<br />
design.<br />
<strong>Permaculture</strong> is about designing sustainable human<br />
settlements.<br />
It is a philosophy & approach to land use which weaves together<br />
• microclimate<br />
• annual & perennial plants<br />
• animals<br />
• soils<br />
• water management<br />
• human needs...<br />
into intricately connected productive communities.<br />
- Bill Mollison, Introduction to <strong>Permaculture</strong>.
permaculture<br />
12 Principles<br />
• Observe and interact<br />
By taking the time to engage with nature we can design<br />
solutions that suit our particular situation.<br />
• Catch and store energy<br />
By developing systems that collect resources when they are<br />
abundant, we can use them in times of need.<br />
• Obtain a yield<br />
Ensure that you are getting truly useful rewards as part of the<br />
work that you are doing.<br />
• Apply self-regulation and accept feedback<br />
We need to discourage inappropriate activity to ensure that<br />
systems can continue to function well.<br />
• Use and value renewable resources and services<br />
Make the best use of nature's abundance to reduce our<br />
consumptive behaviour and dependence on non-renewable<br />
resources.<br />
• Produce no waste<br />
By valuing and making use of all the resources that are<br />
available to us, nothing goes to waste.<br />
• <strong>Design</strong> from patterns to details<br />
By stepping back, we can observe patterns in nature and<br />
society. These can form the backbone of our designs, with<br />
the details filled in as we go.<br />
Integrate rather than segregate<br />
By putting the right things in the right place,<br />
relationships develop between those things and<br />
they work together to support each other.<br />
Use small and slow solutions<br />
Small and slow systems are easier to maintain than<br />
big ones, making better use of local resources and<br />
producing more sustainable outcomes.<br />
Use and value diversity<br />
Diversity reduces vulnerability to a variety of<br />
threats and takes advantage of the unique nature<br />
of the environment in which it resides.<br />
Use edges and value the marginal<br />
The interface between things is where the most<br />
interesting events take place. These are often the<br />
most valuable, diverse and productive elements in<br />
the system.<br />
Creatively use and respond to change<br />
We can have a positive impact on inevitable<br />
change by carefully observing, and then intervening<br />
at the right time.
permaculture<br />
The observational nature of permaculture, developed at a similar time<br />
to two other important design stream influences.<br />
Chaos Theory<br />
As a study of mathematics dates back as far as the 1880's1..Modern<br />
development is based on developing more complex<br />
mathematical modelling of climate systems and non-linear<br />
natural paterns that occur in nature.This line of enquiry becomes<br />
interesting architecturally, as it formulates theory on boundary<br />
conditions and the enclosure of space. Concepts such as<br />
21/2Dimensions, and perimeter lengths that increase as scale<br />
reduces, are rich fields of architectural enquiry.<br />
Further Reading<br />
A Pattern Language: Christopher Alexander<br />
<strong>Permaculture</strong> - Bill Mollison Island Press