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Understanding the Dynamics of Sustainable Social-Ecological Systems: Human Behavior, Institutions, and Regulatory Feedback Networks
John Anderies
Life Sciences, School of (SOLS)
Mathematical Computational Modeling Sciences Center, Simon A. Levin (MCMSC)
Human Evolution and Social Change, School of (SHESC)
Research output
:
Contribution to journal
›
Article
›
peer-review
57
Scopus citations
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Dive into the research topics of 'Understanding the Dynamics of Sustainable Social-Ecological Systems: Human Behavior, Institutions, and Regulatory Feedback Networks'. Together they form a unique fingerprint.
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Agriculture & Biology
social sustainability
100%
human behavior
87%
collective action
49%
bioeconomics
46%
governance
41%
economic development
36%
natural resources
34%
uncertainty
31%
mathematical models
29%
Mathematics
Human Behavior
95%
Governance
28%
Natural Resources
25%
Economic Growth
23%
Social Choice
21%
Performance Measures
17%
Feedback Control
16%
Mathematical Modeling
15%
Policy
15%
Uncertainty
13%
Dynamical system
11%
Model
10%
Design
9%
Framework
9%
Class
4%
Earth & Environmental Sciences
human behavior
76%
sustainability
47%
organization
46%
collective action
42%
economic growth
32%
natural resource
26%
policy
19%
modeling
13%
Medicine & Life Sciences
Ecosystem
70%
Natural Resources
48%
Economic Development
42%
Uncertainty
29%
Chemical Compounds
Dynamical System
97%