Earth and Planetary Sciences
Life Cycle Assessment
100%
Investigation
62%
Urban Water
56%
Technology
50%
Approach
49%
Utilization
42%
Resources
42%
Water
42%
Prioritization
40%
Research and Development
40%
Environmental Assessment
37%
Deployment
37%
Infrastructure
33%
Sustainability
30%
Wastewater
28%
Evaluation
28%
Environmental Impact Assessment
28%
Trade
28%
Impact
27%
Decision
26%
Model
25%
Contamination
24%
Uganda
24%
Human Health
24%
Waste Water Treatment
23%
Analytical Method
22%
Assumption
22%
Ecosystem
21%
Decision Making
21%
Economics
21%
Environmental Impact
20%
Runoff
20%
Research
20%
Selection
19%
Subsaharan Africa
18%
Health Protection
18%
Fluorescence
18%
Agricultural Intensification
18%
Drainage System
18%
Quantitative Microbial Risk Assessment
18%
Motivation
18%
Tryptophan
18%
Land Use
18%
Need
16%
Conceptual Framework
15%
Paper
14%
Potable Water
13%
Emissions
13%
Teams
12%
Input
12%
Engineering
Life Cycle Assessment
56%
Water
56%
Research
47%
Development
45%
Prioritization
39%
Ecodesign
37%
Sustainable Development
28%
Evaluation
26%
Infrastructure
23%
Application
23%
Energy Engineering
18%
Wastewater Treatment
18%
Drainage
18%
Carbon Footprint
18%
Greenhouse Gas
16%
Environmental Impact
14%
Wastewater Treatment Plant
9%
Functional Unit
8%
Life Cycle Assessment Methodology
7%
Design
7%
Inventory
7%
Decision Maker
6%
Quantity
5%
United States
5%
Social Sciences
Sanitation
37%
Social-Ecological Systems
21%
Squatter Settlement
18%
Africa
18%
Health
18%
Protection
18%
Agricultural Intensification
18%
Motivation
18%
Economic and Social Development
11%
Food Security
9%
Conceptual Framework
7%
Approach
7%
Economics
7%
Water
7%
Scenarios
5%
Cost
5%
User Satisfaction
5%
Guides
5%
Procedure
5%
