Designing Ecological Habitats - Gaia Education
Designing Ecological Habitats - Gaia Education
Designing Ecological Habitats - Gaia Education
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
macro to micro: introDucing ecosocial matrix as a tool for integrateD Design 251<br />
Most permaculturists are comfortable with integrated design on the<br />
individual garden or property level, and this in itself can take several years<br />
of observation, research, creative thinking, experimentation and design.<br />
Integrated design demands an interdisciplinary approach and systems<br />
thinking. One needs to know enough about a lot of different things to see<br />
where and how they can interact beneficially.<br />
Permaculture Design methodologies inherently support an integrated<br />
approach. Like Sector Planning, which is primarily concerned with<br />
harnessing and/or ameliorating the energies of elemental forces of sun, wind<br />
and fire; working with the geophysical landform in terms of topography,<br />
slope, gradient and soil; plus the diverse interactions and patterning of<br />
elemental energies within the landscape in terms of aspect and the mosaics<br />
of soil qualities, vegetation and microclimate arising from these interplays.<br />
Then there’s the patterning of elements and functions within the site,<br />
designing a complex web of beneficial inter-relationships between the various<br />
physical elements – plants, structures, animals, technologies – ensuring<br />
needs are met in a diversity of ways. Integrating the invisible flows of<br />
nutrient cycles and energy, and the movement of water through the system,<br />
closing the loops and ensuring no pollution also must be considered. Then,<br />
patterning and assembling all these systems and individual components in<br />
the design for efficient management through conscious relative placement<br />
that integrates the time-space logistics of access, schedules and proximity<br />
– this is design for convenience. The Permaculture Design methodology<br />
useful in this phase of integration is often referred to as Zonation.<br />
Integrated systems go beyond the design and into the management<br />
and maintenance of systems, right down to the daily interactions. I often<br />
find students wanting to separate jobs out in rosters: one person to do the<br />
garden, another the animals, another the orchards and so on. But the system<br />
is designed to integrate these daily actions. Animal green feed is collected<br />
by doing five minutes of weeding in the garden; thus through the process of<br />
collecting green feed for the animals the garden is maintained, so we don’t<br />
need to spend a lot of time just simply weeding as a single purpose exercise.<br />
Tending the animals is integral to maintaining the plant production systems<br />
and visa versa – separate these jobs out and it’s not long before management<br />
systems begin to collapse.<br />
There are countless excellent permaculture designs within the confines<br />
of individual property boundaries, integrating physical elements such<br />
as buildings, plants, animals, technology and water systems with energy<br />
flows and human interaction. However, many fall short in terms of their<br />
integration with neighbours or with the wider landscape and community.<br />
A truly integrated design needs to address these surrounding influences<br />
and interactions by designing the details within the context of the bigger<br />
picture. This lack of integration with neighbourhood and bioregion has also<br />
been true of much of the intentional community and ecovillage movement<br />
in Australia and the USA. Ultimately it is on this larger community scale<br />
that we, as a society, have the greatest capacity to develop self-reliance and