In a special agreement, Sustasis Press has given Architexturez the rights to present twenty of the eighty new patterns from this book, for the exclusive use of architecture students in Asia. These patterns are relevant to a new era of urban challenges, meant to complement the classic 1977 book "A Pattern Language" by Christopher Alexander et al. The new book "A Pattern Language for Growing Regions" implements the New Urban Agenda and the Sustainable Development Goals, including the need for urban resilience, sustainability, and quality of life. The publication of this volume also launches an online pattern language "repository", developed in collaboration with Ward Cunningham, the original wiki developer and pioneer of pattern languages of programming.
A New Pattern Language for Growing Regions: Places, Networks, Processes
A Collection of 80 New Patterns for a New Generation of Urban Challenges
A further contribution guided by the book A Pattern Language: Towns, Buildings, Construction
Michael W. Mehaffy,
and Yulia Kryazheva * Andrew Rudd * Nikos A. Salingaros
With Contributions By
Ana Gren * Steve Mouzon * Laura Petrella * Sergio Porta * Laurence Qamar * Yodan Rofé
And Other Collaborators and Reviewers
Sustasis Press
In Association With
Centre for the Future of Places
KTH Royal Institute of Technology
2019
Design Patterns are easy-to-understand, easy-to-apply rules for creating human buildings and cities. They provide the long-term antidote to recent trends such as cutting down urban trees, creating heat islands, and erecting glass-and-steel high-rises. Rising temperatures in such urban environments threaten the population catastrophically. Violating patterns makes a city highly fragile, establishing a dangerous reliance upon imported energy. Systemic problems cannot be saved by industrial-technological fixes, but by efficient and climate-appropriate design that implements smart thermal planning (shading devices, earth-sheltering designs, etc.). Our cities will survive only if their structure follows patterns.
TABLE OF CONTENTS
Acknowledgements | 3 | ||
Introduction: Who is this book for? | 9 | ||
SECTION I:
|
21 | ||
1. | REGIONAL PATTERNS | 22 | |
1.1. | POLYCENTRIC REGION | 23 | |
1.2. | BLUE-GREEN NETWORK | 27 | |
1.3. | MOBILITY CORRIDOR | 31 | |
1.4. | 400M THROUGH STREET NETWORK | 35 | |
2. | URBAN PATTERNS | 39 | |
2.1. | WALKABLE MULTI-MOBILITY | 40 | |
2.2. | LEVEL CITY | 43 | |
2.3. | PUBLIC SPACE SYSTEM | 48 | |
2.4. | BIOPHILIC URBANISM | 52 | |
3. | STREET PATTERNS | 56 | |
3.1. | URBAN GREENWAY | 57 | |
3.2. | MULTI-WAY BOULEVARD | 60 | |
3.3. | AVENUE | 63 | |
3.4. | SHARED SPACE LANE | 66 | |
4. | NEIGHBORHOOD PATTERNS | 70 | |
4.1. | STREET AS CENTER | 71 | |
4.2. | SANCTUARY | 74 | |
4.3. | NEIGHBORHOOD SQUARE | 77 | |
4.4. | NEIGHBORHOOD PARK | 80 | |
5. | SPECIAL USE PATTERNS | 83 | |
5.1. | SCHOOL CAMPUS | 84 | |
5.2. | MARKET CENTER | 87 | |
5.3. | INDUSTRIAL AREA | 90 | |
5.4. | HOSPITAL | 93 | |
6. | PUBLIC SPACE PATTERNS | 96 | |
6.1. | PLACE NETWORK | 97 | |
6.2. | WALKABLE STREETSCAPE | 101 | |
6.3. | MOVABLE SEATING | 104 | |
6.4. | CAPILLARY PATHWAY | 107 | |
7. | BLOCK AND PLOT PATTERNS | 111 | |
7.1. | SMALL BLOCKS | 112 | |
7.2. | PERIMETER BLOCK | 116 | |
7.3. | SMALL PLOTS | 120 | |
7.4. | MID-BLOCK ALLEY | 123 | |
8. | STREETSCAPE PATTERNS | 126 | |
8.1. | STREET AS ROOM | 127 | |
8.2. | TERMINATED VISTA | 130 | |
8.3. | STREET TREES | 134 | |
8.4. | STREET FURNISHINGS | 137 | |
9. | BUILDING PATTERNS | 140 | |
9.1. | PERIMETER BUILDING | 141 | |
9.2. | ARCADE BUILDING | 144 | |
9.3. | COURTYARD BUILDING | 147 | |
9.4. | ROW BUILDING | 150 | |
10. | BUILDING EDGE PATTERNS | 154 | |
10.1. | INDOOR-OUTDOOR AMBIGUITY | 155 | |
10.2. | CIRCULATION NETWORK | 158 | |
10.3. | LAYERED ZONES | 161 | |
10.4. | PASSAGEWAY VIEW | 165 | |
SECTION II:
|
168 | ||
11. | GEOMETRIC PATTERNS | 169 | |
11.1. | LOCAL SYMMETRY | 170 | |
11.2. | SMALL GROUPS OF ELEMENTS | 174 | |
11.3. | FRACTAL PATTERN | 177 | |
11.4. | FRAMING | 181 | |
12. | AFFORDANCE PATTERNS | 184 | |
12.1. | HANDLES | 185 | |
12.2. | CO-PRODUCTION | 188 | |
12.3. | FRIENDLY SURFACES | 192 | |
12.4. | MALLEABILITY | 195 | |
13. | RETROFIT PATTERNS | 198 | |
13.1. | SLUM UPGRADE | 199 | |
13.2. | SPRAWL RETROFIT | 202 | |
13.3. | URBAN REGENERATION | 205 | |
13.4. | URBAN CONSOLIDATION | 208 | |
14. | INFORMAL GROWTH PATTERNS | 211 | |
14.1. | LAND TENURE | 212 | |
14.2. | UTILITIES FIRST | 215 | |
14.3. | DATA WITH THE PEOPLE | 219 | |
14.4. | INCREMENTAL SELF-BUILD | 222 | |
15. | CONSTRUCTION PATTERNS | 225 | |
15.1. | DESIGN-BUILD ADAPTATION | 226 | |
15.2. | HUMAN-SCALE DETAIL | 229 | |
15.3. | CONSTRUCTION ORNAMENT | 232 | |
15.4. | COMPLEX MATERIALS | 235 | |
SECTION III:
|
237 | ||
16. | IMPLEMENTATION TOOL PATTERNS | 238 | |
16.1. | FORM-BASED CODE | 239 | |
16.2. | ENTITLEMENT STREAMLINING | 242 | |
16.3. | NEIGHBORHOOD PLANNING CENTER | 245 | |
16.4. | COMMUNITY MOCKUP | 248 | |
17. | PROJECT ECONOMICS PATTERNS | 251 | |
17.1. | TAX-INCREMENT FINANCING | 252 | |
17.2. | LAND VALUE CAPTURE | 255 | |
17.3. | EXTERNALITY VALUATION | 259 | |
17.4. | ECONOMIES OF PLACE AND DIFFERENTIATION | 262 | |
18. | PLACE GOVERNANCE PATTERNS | 265 | |
18.1. | SUBSIDIARITY | 266 | |
18.2. | POLYCENTRIC GOVERNANCE | 269 | |
18.3. | PUBLIC-PRIVATE PLACE MANAGEMENT | 272 | |
18.4. | PUBLIC-PRIVATE PLACE MANAGEMENT | 275 | |
19. | AFFORDABILITY PATTERNS | 278 | |
19.1. | INTEGRATED AFFORDABILITY | 279 | |
19.2. | COMMUNITY LAND TRUST | 282 | |
19.3. | MULTI-FAMILY INFILL | 284 | |
19.4. | SPECULATION TAX | 287 | |
20. | NEW TECHNOLOGY PATTERNS | 290 | |
20.1. | SMART AV SYSTEM | 291 | |
20.2. | RESPONSIVE TRANSPORTATION NETWORK COMPANY | 294 | |
20.3. | AUGMENTED REALITY DESIGN | ||
20.4. | CITIZEN DATA | 300 | |
CASE STUDIES | 303 | ||
CHINA: A National Shift Toward “Planning Cities for People” | 306 | ||
MEDELLÍN, COLOMBIA: Urban Networks and “Cities For All” | 313 | ||
PORTLAND, OREGON: The “Continuous Carpet” of Walkable Urbanism | 324 |