Keyword

Daisyworld

Description: Daisyworld is a theoretical climate–biosphere model in which organisms influence planetary temperature and environmental conditions.

Primary topic: Earth Systems and Cosmic Evolution (68%)

Wikidata ID: wiki/Q1157707

OpenAlex ID: keywords/daisyworld

Biological homeostasis of the global environment: the parable of Daisyworld

1983 · ANDREW J. WATSON, JAMES E. LOVELOCK · Tellus B · 581

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Evolution without Natural Selection: Further Implications of the Daisyworld Parable

1994 · Peter T. Saunders · Journal of Theoretical Biology · 110

A numerical model for biodiversity

1992 · James E. Lovelock · Philosophical Transactions of the Royal Society B Biological Sciences · 109

Daisyworld revisited: quantifying biological effects on planetary self-regulation

2001 · TIMOTHY M. LENTON, JAMES E. LOVELOCK · Tellus B · 103

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The Earth System

1999 · Lee R. Kump, James F. Kasting, et al. · Medical Entomology and Zoology · 98

Daisyworld: A review

2008 · Andrew J. Wood, Graeme J. Ackland, et al. · Reviews of Geophysics · 97

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Scientists Debate Gaia: The Next Century

2005 · Enzo Ferrara · Electronic Green Journal · 76

Scientists Debate Gaia

2004 · Schneider, Stephen H., Miller, James R., et al. · The MIT Press eBooks · 75

Daisyworld is Darwinian: Constraints on Adaptation are Important for Planetary Self-Regulation

2000 · TIMOTHY M LENTON, JAMES E LOVELOCK · Journal of Theoretical Biology · 70

Catastrophic desert formation in Daisyworld

2003 · Graeme J. Ackland, Michael A. Clark, et al. · Journal of Theoretical Biology · 66

Exploiter-mediated Coexistence and Frequency-Dependent Selection in a Numerical Model of Biodiversity

1996 · Stephan P Harding, James E Lovelock · Journal of Theoretical Biology · 66

One-dimensional daisyworld: spatial interactions and pattern formation

2003 · B. Adams, J. Carr, et al. · Journal of Theoretical Biology · 60

Spatio-temporal dynamics and quantification of daisyworld in two-dimensional coupled map lattices

2012 · Dharani Punithan, Dong-Kyun Kim, et al. · Ecological Complexity · 52

The Flask model: emergence of nutrient‐recycling microbial ecosystems and their disruption by environment‐altering ‘rebel’ organisms

2007 · Hywel T. P. Williams, Timothy M. Lenton · Oikos · 51

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Modeling structural change in spatial system dynamics: A Daisyworld example

2014 · C. Neuwirth, A. Peck, et al. · Environmental Modelling & Software · 46

System-dependent Selection, Ecological Feedback and the Emergence of Functional Structure in Ecosystems

1998 · J.Stephen Lansing, James N. Kremer, et al. · Journal of Theoretical Biology · 44

Interspecific competition affects temperature stability in Daisyworld

2000 · JOEL E. COHEN, ALBERT D. RICH · Tellus B · 34

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Chaos in daisyworld

1990 · XUBIN ZENG, R. A. PIELKE, et al. · Tellus B · 33

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The Consequence of Maximum Thermodynamic Efficiency in Daisyworld

2002 · TONI PUJOL · Journal of Theoretical Biology · 30

Self-sustained temperature oscillations on Daisyworld

1999 · C. NEVISON, V. GUPTA, et al. · Tellus B · 30

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Environmental regulation can arise under minimal assumptions

2008 · J. McDonald-Gibson, J.G. Dyke, et al. · Journal of Theoretical Biology · 29

Oscillations in a simple climate–vegetation model

2015 · J. Rombouts, M. Ghil · Nonlinear processes in geophysics · 28

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On Homeostasis in Daisyworld

2001 · S. L. Weber · Climatic Change · 28

Mutation of albedo and growth response produces oscillations in a spatial Daisyworld

2006 · A.J. Wood, G.J. Ackland, et al. · Journal of Theoretical Biology · 26

Regarding mutations in daisyworld models

1995 · Sabine Stöcker · Journal of Theoretical Biology · 20

Works count: 140

Citation count: 2,298