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Mathematical modeling and mechanisms of pattern formation in ecological systems: a review
by
Wang, Jin-Shan
, Wang, Yi
, Zhang, Hong-Tao
, Li, Li
, Sun, Gui-Quan
, Jin, Zhen
, Li, Jing
, Wu, Yong-Ping
, Feng, Guo-Lin
in
Atmospheric models
/ Automotive Engineering
/ Classical Mechanics
/ Control
/ Dynamical Systems
/ Ecological effects
/ Ecosystems
/ Engineering
/ Epidemiology
/ Evolution
/ Heterogeneity
/ Mathematical analysis
/ Mathematical models
/ Mechanical Engineering
/ Medical science
/ Phase separation
/ Populations
/ Review
/ Strategic planning
/ Time lag
/ Vibration
2021
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Mathematical modeling and mechanisms of pattern formation in ecological systems: a review
by
Wang, Jin-Shan
, Wang, Yi
, Zhang, Hong-Tao
, Li, Li
, Sun, Gui-Quan
, Jin, Zhen
, Li, Jing
, Wu, Yong-Ping
, Feng, Guo-Lin
in
Atmospheric models
/ Automotive Engineering
/ Classical Mechanics
/ Control
/ Dynamical Systems
/ Ecological effects
/ Ecosystems
/ Engineering
/ Epidemiology
/ Evolution
/ Heterogeneity
/ Mathematical analysis
/ Mathematical models
/ Mechanical Engineering
/ Medical science
/ Phase separation
/ Populations
/ Review
/ Strategic planning
/ Time lag
/ Vibration
2021
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Do you wish to request the book?
Mathematical modeling and mechanisms of pattern formation in ecological systems: a review
by
Wang, Jin-Shan
, Wang, Yi
, Zhang, Hong-Tao
, Li, Li
, Sun, Gui-Quan
, Jin, Zhen
, Li, Jing
, Wu, Yong-Ping
, Feng, Guo-Lin
in
Atmospheric models
/ Automotive Engineering
/ Classical Mechanics
/ Control
/ Dynamical Systems
/ Ecological effects
/ Ecosystems
/ Engineering
/ Epidemiology
/ Evolution
/ Heterogeneity
/ Mathematical analysis
/ Mathematical models
/ Mechanical Engineering
/ Medical science
/ Phase separation
/ Populations
/ Review
/ Strategic planning
/ Time lag
/ Vibration
2021
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Mathematical modeling and mechanisms of pattern formation in ecological systems: a review
Journal Article
Mathematical modeling and mechanisms of pattern formation in ecological systems: a review
2021
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Overview
How populations distribute in both space and time is one of the key issues in ecological systems, which can characterize the relationship between populations, space–time structure and evolution law. Consequently, pattern dynamics in ecosystems has been widely investigated including their causes and ecological functions. In order to systematically understand the interactions in ecosystems, we summarize the related results in pattern formation of ecological systems. Based on mathematical modeling and analysis, we show the mechanisms of different patterns including feedback, scale-dependent, phase separation, nonlocal effects, time delay and spatial heterogeneity. This work offers assistance for better understanding the complexity of ecosystems and provides new insights for self-organizations evolution and ecosystem protection. We hope that our results may be applied in other related fields such as epidemiology, medical science, atmospheric science and so on.
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