Hysteresis and the Limits of Homeostasis: From Daisyworld to Phototaxis. - James G. Dyke; Inman Harvey (ECAL, 2005)

Increasing Complexity Can Increase Stability in a Self-Regulating Ecosystem. - James G. Dyke; Jamie McDonald-Gibson; Ezequiel A. Di Paolo; Inman Harvey (ECAL, 2007)

Entropy production in an energy balance Daisyworld model. - James G. Dyke (ALIFE, 2008)

The Daisystat - A Model to Explore Multidimensional Homeostasis. - James G. Dyke (ALIFE, 2010)

The Maximum Entropy Production Principle: Its Theoretical Foundations and Applications to the Earth System. - James G. Dyke; Axel Kleidon (Entropy, 2010)

Detecting regime shifts in artificial ecosystems. - Vasthi Alonso Chávez; C. Patrick Doncaster; John A. Dearing; Rong Wang; Jing-Lun Huang; James G. Dyke (ECAL, 2013)

Tipping points in Complex Coupled Life-Environment Systems. - James G. Dyke; Iain S. Weaver (ECAL, 2013)

The Emergence of Environmental Homeostasis in Complex Ecosystems. - James G. Dyke; Iain S. Weaver (PLoS Comput. Biol., 2013)

Agent-Based Modelling to Assess Community Food Security and Sustainable Livelihoods. - Samantha Dobbie; Kate Schreckenberg; James G. Dyke; Marije Schaafsma; Stefano Balbi (J. Artif. Soc. Soc. Simul., 2018)

The autonomous Earth: How humans created a planetary civilisation that is beyond their control. - James G. Dyke (ALIFE, 2021)