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A Network Analysis of Food Flows within the United States of America
Xiaowen Lin, Qian Dang,
Megan Konar
Civil and Environmental Engineering
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Keyphrases
Network Analysis
100%
United States of America
100%
Food Flow
100%
Globalized
33%
Network Structure
33%
Power Law
33%
Network Architecture
33%
Network Properties
33%
Flow Network
33%
Well-mixed
33%
Network Vulnerability
33%
Free Trade
33%
Food Availability
33%
Network Scale
33%
Degree Centrality
33%
High Clustering Coefficient
33%
Weibull
33%
Node Degree Distribution
33%
Node Degree
33%
Gini Coefficient
33%
Agricultural Producers
33%
Network Proxy
33%
Trade Network
33%
Betweenness Centrality
33%
Strength Centrality
33%
Node Betweenness
33%
Node Betweenness Centrality
33%
Domestic Food
33%
Equality Analysis
33%
Agricultural Trade
33%
Hoover Index
33%
World Food System
33%
Lorenz Asymmetry Coefficient
33%
Normal Node
33%
Node Strength
33%
Global Food Trade
33%
Computer Science
Betweenness Centrality
100%
Network Architecture
50%
Network Vulnerability
50%
Degree Distribution
50%
Network Structures
50%
Network Property
50%
High Clustering
50%
Clustering Coefficient
50%
Engineering
Nodes
100%
Electric Network Analysis
100%
United States of America
100%
Earth and Planetary Sciences
United States of America
100%
Network Analysis
100%
Power Law
33%
Food Availability
33%
Free Trade
33%