Earth & Environmental Sciences
recycling
100%
input-output analysis
71%
life cycle
57%
steel
52%
material flow analysis
50%
automobile
48%
metal
43%
product
43%
material
38%
vehicle
38%
carbon footprint
37%
loss
36%
consumption
36%
material flow
31%
neodymium
28%
household
26%
waste management
24%
platinum
23%
economy
23%
cobalt
21%
footprint
20%
durable goods
20%
economics
20%
circular economy
19%
demand
18%
carbon
17%
commodity
17%
sorting
16%
landfill
16%
linear programing
16%
Sustainable Development Goal
16%
nickel
15%
molybdenum
15%
sustainable consumption
15%
iron
14%
environmental burden
14%
debt
13%
dilution
13%
decomposition analysis
13%
cost analysis
13%
chromium
13%
policy
12%
motor vehicle
12%
allocation
12%
meat
12%
food industry
12%
energy
12%
food waste
12%
base metal
11%
methodology
11%
Business & Economics
End of Life
25%
Waste Management
22%
Input-output Analysis
22%
Steel
20%
Japan
19%
Tokyo
19%
Metals
19%
Input-output Model
17%
End-of-life Vehicles
16%
Cluster Supply Chain
16%
Scrap
15%
Hedonic Analysis
15%
Office Markets
14%
Life Cycle Costing
14%
Central Business District
14%
Mixed Integer Program
14%
Supply Risk
13%
Automobile
13%
Carbon Footprint
13%
Triangulation
13%
Material Flow Analysis
13%
Linear Programming
13%
Eco-efficiency
13%
Circular Economy
12%
Automobile Industry
12%
Production Structure
12%
Life Cycle Cost
12%
Sustainable Development Goals
12%
Decomposition Analysis
12%
Efficiency Analysis
12%
Cost Analysis
12%
Waste Recycling
11%
Deterioration
10%
Completeness
10%
Integrated Model
10%
Food Industry
10%
Alternatives
10%
Supply Chain
9%
Rent
9%
Food
9%
Landfill
8%
Fiscal
8%
Industrial Ecology
7%
JEL Classification
6%
Life Cycle Assessment
6%
Design for Disassembly
6%
CO2 Emissions
6%
Japanese Economy
5%
Rank Correlation
5%
Deflation
5%