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Scientific Reports|July 16, 2024
Measuring system resilience through a comparison of information- and flow-based network analysesGraham Hyde, Brian D Fath, Hannah ZollerThe Science of the Total Environment|March 30, 2010
Urban ecosystem health assessment: a reviewMeirong Su, Brian D Fath, Zhifeng YangThe Science of the Total Environment|July 13, 2010
Ecological network analysis of an urban water metabolic system: model development, and a case study for BeijingYan Zhang, Zhifeng Yang, Brian D FathJournal of Theoretical Biology|June 5, 2003
Regime changes in ecological systems: an information theory approachBrian D Fath, Heriberto Cabezas, Christopher W PawlowskiEnvironment, Development and Sustainability|May 26, 2022
Participatory approach for assessing institutional resilience: a case study of crises in AustriaPatricia Abduragimova, Brian D Fath, Christian Gulas, et al.Environmental Science & Technology|April 11, 2020
Global Urban Carbon Networks: Linking Inventory to ModelingShaoqing Chen, Huihui Long, Brian D Fath, et al.Journal of Environmental Management|August 3, 2018
A dynamic management framework for socio-ecological system stewardship: A case study for the United States Bureau of Ocean Energy ManagementGuillermo Auad, Jonathan Blythe, Kim Coffman, et al.Ecology|May 21, 2016
Genotypic variation in foundation species generates network structure that may drive community dynamics and evolutionMatthew K Lau, Arthur R Keith, Stuart R Borrett, et al.The Science of the Total Environment|December 15, 2015
Spatial variation in the ecological relationships among the components of Beijing's carbon metabolic systemLinlin Xia, Brian D Fath, Ursula M Scharler, et al.Current Research in Environmental Sustainability|January 3, 2022
Redundancy, Diversity, and Modularity in Network Resilience: Applications for International Trade and Implications for Public PolicyAli Kharrazi, Yadong Yu, Arun Jacob, et al.Pageof 4