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SWITCH city water balance: a scoping model for integrated urban water management
Rae Mackay, Ewan Last
Earth and Environmental Sciences
Research output
:
Contribution to journal
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Article
27
Citations (Scopus)
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Dive into the research topics of 'SWITCH city water balance: a scoping model for integrated urban water management'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
city
43%
climate
5%
cost
9%
decision
6%
decision support system
10%
energy
4%
energy consumption
16%
environmental degradation
10%
hydrological cycle
9%
indicator
5%
infrastructure
7%
life cycle
15%
population growth
8%
project
5%
simulation
4%
stakeholder
7%
urban water
86%
water
5%
water budget
69%
water demand
9%
water management
66%
world
5%
Chemistry
Application
12%
Energy
18%
Energy Consumption
84%
Force
25%
Indicator
33%
Simulation
24%
Weathering
45%
Engineering & Materials Science
Aging of materials
8%
Costs
8%
Decision support systems
11%
Energy utilization
15%
Life cycle
18%
Water
41%
Water management
100%
Weathering
13%
Medicine & Life Sciences
Climate
11%
Costs and Cost Analysis
11%
Knowledge Bases
11%
Life Cycle Stages
20%
Population Growth
12%
Systems Integration
13%
Water
51%
Water Cycle
17%
Water Quality
13%