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A conceptual model for innovation research in the bio-economy
Jonas Van Lancker
Research output
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peer-review
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Keyphrases
Innovation Research
100%
Conceptual Model
100%
Bioeconomy
100%
End-user Acceptance
50%
Adaptation
25%
Biotechnology
25%
Waste Products
25%
Resource Productivity
25%
Cost Efficiency
25%
Plant-based
25%
Nutrient Cycle
25%
Additional Value
25%
Driven Approach
25%
GENESYS
25%
Valorization Process
25%
Technological Aspects
25%
Supply Chain Formation
25%
System Innovation
25%
Logistical Challenges
25%
Linear Process
25%
Social Norms
25%
Biotechnological Advances
25%
Stakeholder Engagement
25%
Social Legislation
25%
Innovative Research
25%
Scientific Aspects
25%
Supply Market
25%
Component Functions
25%
Research Function
25%
By-product Use
25%
Innovation Co-creation
25%
Open Innovation
25%
Co-innovation
25%
Potential Bottleneck
25%
Biotechnological Research
25%
Socio-technical Systems
25%
Waste Hierarchy
25%
Innovation-driven
25%
Resource Cycle
25%
Market Formation
25%
Technological Innovation System
25%
Fishery Discards
25%
Successful Innovation
25%
Combined Element
25%
Triple Helix Innovation
25%
Social Sciences
Innovation Research
100%
Research Approach
75%
Scientific Innovations
50%
Innovation Systems
50%
Research Process
50%
Cost-Efficiency
25%
Value Added
25%
Transdisciplinary
25%
Supply Chain Management
25%
Social Norms
25%
Research
25%
Social Legislation
25%
Case Research
25%
Supply Market
25%
Commercialization
25%
Open-Innovation
25%
Co-Creation
25%
Socio-technical systems
25%
Engineering
Technological Innovation
100%
End-Users
100%
Bio-Based Economy
100%
Initial Phase
50%
Cost Efficiency
50%
Technical System
50%
Research
50%
Economics, Econometrics and Finance
Technological Innovation
100%
Innovation system
100%
Cost Efficiency
50%
Linear Processes
50%
Customer Integration
50%
Case Research
50%
Value Added
50%
Socio-Technical System
50%
Computer Science
Conceptual Model
100%
Research Process
66%
Transdisciplinary
33%
Linear Processes
33%
Cost Efficiency
33%
Supply Chain
33%
Driven Approach
33%
Waste Hierarchy
33%
Technical System
33%
Research Effort
33%
Driven Research
33%
Open Innovation
33%
Earth and Planetary Sciences
Composting
100%
Fishery Discard
100%
Biogeochemical Cycle
100%
Research
100%