18
Managing complex, coevolving socialecological systems for sustainability requires the ability to cope with, adapt to and shape change without losing options for future development. It requires resilience - the capacity to bu , self-organize, learn and adapt
15
Folke and Carpenter, 2002
16 Lobby 10 m2
WR
Kitchen
11 m2
12 m2
Laboratory 1 (Materials engineering) Foyer 61 m2
Male
91 m2
Reception
1
16 m2
3 m2
8 m2
5
Kitchen
4
O 2
Store
Store
Female
12 m2
6
99 m2
3
lobby
lobby
Servery
5 m2
7 m2
5 m2
2 1
9 m2
3 4
7 m2
Eatery
5 6
10.00 %
45 m2 Circulation 88 m2
Circulation
8.33 %
23 m2 1 2 3 4 5
Exhibition
6
117 m2 Storage
10.00 %
15 m2
Storage 14 m2
EXIT
Terrace 22 m2
Multi-purpose training space 106 m2
45m
ENTRY
0 .0 10
EXIT
%
20m
45m
30m
4.00 %
10.00 %
4.00 %
ENTRY
Security 10 m2
WR 4 m2
Urban growth boundaries In contrast to greenbelts, urban growth boundaries are not intended to be permanent; instead, they are periodically evaluated and, if necessary, expanded.
Groundwater recharge
Besides better managem recharge zones, the develop recharge projects like rech injection wells are proposed
RESILIENT WATERFRONT ARCHITECTURE AND PLANNING TO CURB URBAN SPRAWL ON WATER BODIES The Case of the Weija Reservoir
WEIJA RESEVOIR’S ECOLOGICAL CENTRE Cornelius Kyei Boateng
N
15
Site Plan 1:1000