243
E
Earth systems
anthropocene, 19
biodiversity, 23
ecological, 20
humanity’s impact, 17
‘network patterns’, 20
regenerative-adaptive pattern language, 20
sustainable management, 24
whole integrated system, 9
Ecological approach, 93
Ecological degradation, 92
Ecological design, 23
Ecological planning and design, 91, 92
abiotic processes, 96
animals, 94
climate, 94
creative fitting, 95, 96
historical geology, 94
McHarg’s methods, 94
natural phenomena vs. landscape patterns, 96
plant evolution, 94
‘rationale method’, 94
Ecological sustainability, 8
Ecological systems, 9, 10, 20
Ecological worldview, 147, 148, 158
Ecology, 99
and biodiversity loss, 35
and climate change, 33, 34
coastal ecological systems, 35
humans, 37
and natural environments, 33
resilience, 39
Economic development, 18
Ecopsychology, 78, 82–84
Ecosystem design, 106
Eco-systematic order
functional, 107
locational, 107
structural, 106, 107
Environmental changes, 18, 21, 22
Environmental crisis, 92
Environmental impact, 19
Environment-led design methods, 88
European colonisation, 65
Evolutionary adaptation, 178, 182
F
Fifteen fundamental properties
altering repetitions, 126, 128
boundaries, 125, 126
contrast, 130, 132
deep interlock and ambiguity, 129–131
echoes, 132, 135, 136
geometry and form, 123
good shape, 127–129
gradients, 131, 133
levels of scale, 124, 125
not-separateness, 134, 135, 138
positive space, 126, 127
roughness, 131, 134
simplicity and inner calm, 134, 137
strong centres, 124, 126
symmetries, 129, 130
void, 133, 136
Forces of change, 152, 153, 156, 158
Fossil fuels, 104
Functional order, 107
Fundamental patterns, 141, 142
G
Generative codes, 115, 117, 137–139, 141, 155, 165,
173–175
Generative processes, 91, 110, 111
actors and activities, 116
built environment, 116
definition, 116
and design, 116
diversity and adaptability of life, 116
frog, 137
generative approaches, 137
generative codes, 137, 138
generative systems, 116
morphogenetic sequences, 117
patterns and pattern languages, 116
Geomorphology, 50
Global biodiversity, 23
Global Greenhouse Gas (GHG), 22
Gradients, 131, 133
Great Ocean Road coastal region
communities, 166
core patterns, 205–208, 211–214, 216, 218, 220, 222,
224, 227, 229
geometric structure, 170
location of Anglesea, 167
understanding and defining place, 168
unified pattern language, 166
values, 166
visual attributes, 166
Green buildings, 20
Green Revolution, 90
Greenhouse gases, 28
Groundwater, 97
H
Hazard risk management process, 153
Historical geology, 93
Holistic integrated design, 89, 186
Human and landscape interaction, 72, 165
Human and nature systems, 54
Human-coastal interface, 46
Human-ecological systems, 47, 54
Human ecosystems
chain of effects process, 106
‘control by design’ schedule, 106
design process, 106
functional order, 107
Index
E
Earth systems
anthropocene, 19
biodiversity, 23
ecological, 20
humanity’s impact, 17
‘network patterns’, 20
regenerative-adaptive pattern language, 20
sustainable management, 24
whole integrated system, 9
Ecological approach, 93
Ecological degradation, 92
Ecological design, 23
Ecological planning and design, 91, 92
abiotic processes, 96
animals, 94
climate, 94
creative fitting, 95, 96
historical geology, 94
McHarg’s methods, 94
natural phenomena vs. landscape patterns, 96
plant evolution, 94
‘rationale method’, 94
Ecological sustainability, 8
Ecological systems, 9, 10, 20
Ecological worldview, 147, 148, 158
Ecology, 99
and biodiversity loss, 35
and climate change, 33, 34
coastal ecological systems, 35
humans, 37
and natural environments, 33
resilience, 39
Economic development, 18
Ecopsychology, 78, 82–84
Ecosystem design, 106
Eco-systematic order
functional, 107
locational, 107
structural, 106, 107
Environmental changes, 18, 21, 22
Environmental crisis, 92
Environmental impact, 19
Environment-led design methods, 88
European colonisation, 65
Evolutionary adaptation, 178, 182
F
Fifteen fundamental properties
altering repetitions, 126, 128
boundaries, 125, 126
contrast, 130, 132
deep interlock and ambiguity, 129–131
echoes, 132, 135, 136
geometry and form, 123
good shape, 127–129
gradients, 131, 133
levels of scale, 124, 125
not-separateness, 134, 135, 138
positive space, 126, 127
roughness, 131, 134
simplicity and inner calm, 134, 137
strong centres, 124, 126
symmetries, 129, 130
void, 133, 136
Forces of change, 152, 153, 156, 158
Fossil fuels, 104
Functional order, 107
Fundamental patterns, 141, 142
G
Generative codes, 115, 117, 137–139, 141, 155, 165,
173–175
Generative processes, 91, 110, 111
actors and activities, 116
built environment, 116
definition, 116
and design, 116
diversity and adaptability of life, 116
frog, 137
generative approaches, 137
generative codes, 137, 138
generative systems, 116
morphogenetic sequences, 117
patterns and pattern languages, 116
Geomorphology, 50
Global biodiversity, 23
Global Greenhouse Gas (GHG), 22
Gradients, 131, 133
Great Ocean Road coastal region
communities, 166
core patterns, 205–208, 211–214, 216, 218, 220, 222,
224, 227, 229
geometric structure, 170
location of Anglesea, 167
understanding and defining place, 168
unified pattern language, 166
values, 166
visual attributes, 166
Green buildings, 20
Green Revolution, 90
Greenhouse gases, 28
Groundwater, 97
H
Hazard risk management process, 153
Historical geology, 93
Holistic integrated design, 89, 186
Human and landscape interaction, 72, 165
Human and nature systems, 54
Human-coastal interface, 46
Human-ecological systems, 47, 54
Human ecosystems
chain of effects process, 106
‘control by design’ schedule, 106
design process, 106
functional order, 107
Index