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Bo Weidema Teaching Portfolio
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Bo Weidema
Professor
,
Institut for Bæredygtighed og Planlægning
Professor
,
Det Tekniske Fakultet for IT og Design
Det Danske Center for Miljøvurdering
Professor
,
Det Danske Center for Miljøvurdering
https://orcid.org/0000-0003-1863-6528
E-mail
bweidema
plan.aau
dk
A.C. Meyers Vænge 15
,
A, 2-001i
2450
København SV
Danmark
2005
2024
Publikationer pr. år
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Netværk
Projekter
(5)
Publikationer
(74)
Forskningsdatasæt
(1)
Priser
(1)
Aktiviteter
(4)
Presse/medier
(10)
Impacts
(1)
Lignende profiler
(6)
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Alfabetisk
Earth and Planetary Sciences
Accounting
17%
Allocation
15%
Area
20%
Boundary
15%
Building
15%
Carbon
16%
Carbon Sequestration
16%
Construction
15%
Core
20%
Data Set
18%
Denmark
16%
Discount Rate
11%
Economy
15%
Environment
15%
Environmental Consequence
15%
Environmental Impact
12%
Environmental Impact Assessment
14%
Environmental Impact of Agriculture
15%
Foci
17%
Footprint
35%
Goal
10%
Impact Assessment
36%
Investigation
26%
Labelling
15%
Land Use
15%
Life Cycle
53%
Life Cycle Assessment
68%
Life Cycle Sustainability Assessment
15%
Literature Review
15%
Market Price
15%
Mathematical Model
42%
Model
13%
Natural Resources
16%
Need
21%
Output
19%
Product
79%
Protection
16%
Purpose
9%
Recommendation
20%
Research
10%
Resource Use
39%
Semantics
20%
Social Cost
15%
Subsoil
15%
Sustainability
14%
Technology
15%
Temporary Storage
15%
Timber
15%
Time
11%
Wood
11%
Engineering
Activity Level
15%
Backups
6%
Biogenic Carbon
7%
Carbon Sequestration
15%
Carbon Storage
6%
Combines
11%
Computational Structure
15%
Cycle Impact
18%
Data Base
10%
Demonstrates
8%
Development
23%
Elements
30%
Energy Engineering
9%
Environmental Assessment
6%
Environmental Footprint
30%
Environmental Impact
29%
Functionality
15%
General Framework
10%
High Value
7%
Houses
9%
Illustrates
7%
Impact Category
5%
Joints (Structural Components)
15%
Land Use
6%
Life Cycle Assessment
100%
Life Cycle Impact Assessment
40%
Life-Cycle Costing
15%
Lifecycle
30%
Limitations
8%
Macroscale
7%
Main Reason
5%
Mechanisms
6%
Mineral Resources
34%
Models
30%
Office Buildings
6%
Output Data
7%
Point of Departure
5%
Quantification
5%
Rare Earth Market
6%
Relative Weight
5%
Specific Data
17%
Specific Work
5%
Supports
8%
Sustainable Development
14%
Systematic Literature Review
15%
Task Force
9%
Social Sciences
Approach
22%
Audience
7%
Change
10%
Choice of Technology
5%
Company
18%
Consequences
15%
Danish
15%
Data Collection
6%
Decision Maker
5%
Discussion
12%
Economic and Social Development
6%
Environmental Education
15%
Environmental Management
7%
Evaluation
17%
Example
8%
Governance
15%
Human Activities Effects
11%
Implementation
6%
Interest
10%
Intervention
11%
Inventories
5%
Learning
11%
Life Cycle
6%
Life Cycle Assessment
45%
Literature
7%
Literature Reviews
15%
Management
5%
Methodology
5%
Novels
5%
Organization Learning
7%
Perspective
19%
Population Group
10%
Priority
15%
Problem
7%
Process
6%
Product Labeling
15%
Productivity
10%
Relevance
18%
Research
5%
Responsibility
15%
Situation
7%
Social Responsibility
15%
Supply Chain Management
8%
Systematic Review
15%
Technology
5%
Testing
7%
Training
15%
Understanding
5%
Value Chain
8%
Workers Participation
7%