Earth and Planetary Sciences
Environmental Impact Assessment
100%
Ireland
64%
Ecological Footprint
41%
Mining Industry
20%
Mineral Resource
16%
Emissions
14%
Urban Sustainability
13%
Methane
13%
Grassland
13%
Sustainable Development Indicator
10%
Underpinnings
10%
Recycling
9%
Waste Management
9%
Waste Recycling
9%
Environmental Science
8%
Energy Flow
8%
Decision Making
8%
Carbon Footprint
8%
Environmental Management
7%
Environmental Management System
6%
Domestic Waste
6%
Ecological Impact
6%
Policy Approach
6%
Domestic Energy
6%
Environmental Policy
6%
Waste Prevention
6%
Demolition Waste
6%
Biosolid
6%
Dynamic Models
6%
Mineral Extraction
6%
Belfast
6%
Population Size
6%
Assessment Method
6%
Volatile Organic Compound
6%
Construction Waste
6%
Vegetation
6%
Carbon Dioxide Emission
6%
Plant Specie
6%
Gleysol
6%
Low-Carbon Society
6%
Flow Velocity
6%
Overland Flow
6%
Grassland Soil
6%
Material Flow Analysis
5%
Greenhouse Gas Emission
5%
Social Sciences
Ireland
49%
Sustainable Development
37%
Metropolitan Area
20%
System Dynamics
20%
Climate Change
17%
Decision Maker
13%
Evidence-Based
13%
Multiple-Criteria Decision Analysis
10%
Policy Making
10%
Measurement Sustainability
10%
Carbon Dioxide
10%
Sustainable Community
10%
Decision Making
10%
Best Practice
9%
Energy Consumption
8%
Renewable Energy
8%
Environmental Education
6%
Mineral Resource
6%
Investment Decision
6%
Waste Prevention
6%
Disaggregation
6%
Policy Approach
6%
Decision-Making Process
6%
Sustainable Policy
6%
Development Policy
6%
Co-Creation
6%
Waste Management
6%
Time Series
6%
Quantitative Method
6%
Transport Policy
6%
University Teaching
6%
Systems Approach
6%
Community-Based
6%
Development Indicator
6%
Good Practice
6%
Environmental Degradation
6%
Positive Feedback
6%
Urban Sustainability
6%
Comparative Analysis
6%
Human Rights
6%
Rural Population
6%
Climate Change Policy
6%
Narrative Method
6%
Economic Efficiency
6%
Sense of Responsibility
6%
Governmental Policy
6%
Design Methodology
6%
Household
6%
Environmental Management
6%
Sustainable Development Goals
6%
Engineering
Systems Dynamics
48%
Sustainable Development
30%
Simulation Model
20%
Dynamic Method
18%
Metrics
13%
Emission Factor
13%
Greenhouse Gas
12%
System Structure
11%
Mineral Resource
11%
Rainwater
10%
Photovoltaics
10%
Underpinnings
10%
Emergy
10%
Pinch Analysis
10%
Sustainability Transitions
10%
Energy Flow
9%
Material Flow
9%
Material Flow Analysis
8%
Solar Photovoltaic
6%
Sustainable Urban Development
6%
Standardized Method
6%
Integrated Photovoltaics
6%
Provide Incentive
6%
Direct Implementation
6%
Dynamic Models
6%
Strong Emphasis
6%
Close Proximity
6%
Industrial Network
6%
Assessment Method
6%
Methane
6%
Integrated Information System
6%
Industrial Sector
6%
Process Integration
6%
Comparative Analysis
6%
Similarities
6%
Life Cycle Analysis
6%
Policy Making
6%
Compressed Air Motors
6%
Energy Integration
6%
Simple Model
6%
Scale Analysis
6%
Adjustment Factor
6%
Policy Maker
6%
Rural Community
6%
Climate Change
6%
Product Design
6%
Energy Management
6%
Responsiveness
6%
Illustrates
6%
Green Building
6%
