Power Law Distribution

Common ecology quantifies human insurgency

Physics / Complex Systems Science / Terrorism / Decision Making / Violence / Colombia / Afghanistan / Insurgency/Counterinsurgency(COIN) / Ecology / Iraq / Asymmetrical Warfare / Irregular Warfare / Group Processes / Intergroup Conflict (Psychology) / Multidisciplinary / Nature / War / Humans / New Wars Debate / Human Behaviour / Financial Market / Decision making process / Self Organization / Size Distribution / Time Factors / Economic Models / Unified Model / Human Activity / Power Law Distribution / Colombia / Afghanistan / Insurgency/Counterinsurgency(COIN) / Ecology / Iraq / Asymmetrical Warfare / Irregular Warfare / Group Processes / Intergroup Conflict (Psychology) / Multidisciplinary / Nature / War / Humans / New Wars Debate / Human Behaviour / Financial Market / Decision making process / Self Organization / Size Distribution / Time Factors / Economic Models / Unified Model / Human Activity / Power Law Distribution

Common ecology quantifies human insurgency

Physics / Complex Systems Science / Terrorism / Decision Making / Violence / Colombia / Afghanistan / Insurgency/Counterinsurgency(COIN) / Ecology / Iraq / Asymmetrical Warfare / Irregular Warfare / Group Processes / Intergroup Conflict (Psychology) / Multidisciplinary / Nature / War / Humans / New Wars Debate / Human Behaviour / Financial Market / Decision making process / Self Organization / Size Distribution / Time Factors / Economic Models / Unified Model / Human Activity / Power Law Distribution / Colombia / Afghanistan / Insurgency/Counterinsurgency(COIN) / Ecology / Iraq / Asymmetrical Warfare / Irregular Warfare / Group Processes / Intergroup Conflict (Psychology) / Multidisciplinary / Nature / War / Humans / New Wars Debate / Human Behaviour / Financial Market / Decision making process / Self Organization / Size Distribution / Time Factors / Economic Models / Unified Model / Human Activity / Power Law Distribution

Determining minimum sticking efficiencies of six environmental Escherichia coli isolates

Environmental Monitoring / Health Impact Assessment / Multidisciplinary / Contaminant hydrology / Escherichia coli / Theoretical Models / Power Law Distribution / Mass Balance / Theoretical Models / Power Law Distribution / Mass Balance

Complex dynamics and empirical evidence

Engineering / Information / Mathematical Sciences / Financial Stability & Fragility / Business Fluctuations / Empirical evidence / Industry Dynamics / Agent Based Model / Information Sciences / Power Law Distribution / Complex Dynamics / Empirical evidence / Industry Dynamics / Agent Based Model / Information Sciences / Power Law Distribution / Complex Dynamics

Oesophageal pH has a power-law distribution in control and gastro-oesophageal reflux disease subjects

Adolescent / Humans / Circadian Rhythm / Female / Male / Heartburn / Clinical Sciences / Aged / Middle Aged / Adult / Esophagus / Reference Values / Hydrogen-Ion Concentration / Gastroesophageal Reflux / Power Law Distribution / Heartburn / Clinical Sciences / Aged / Middle Aged / Adult / Esophagus / Reference Values / Hydrogen-Ion Concentration / Gastroesophageal Reflux / Power Law Distribution

Determining minimum sticking efficiencies of six environmental Escherichia coli isolates

Environmental Monitoring / Health Impact Assessment / Multidisciplinary / Contaminant hydrology / Escherichia coli / Theoretical Models / Power Law Distribution / Mass Balance / Theoretical Models / Power Law Distribution / Mass Balance

Anomalous transport in conical granular piles

Engineering / Critical phenomena / Mathematical Sciences / Physical sciences / Performance Comparison / Scale Invariance / Power Law Distribution / Scale Invariance / Power Law Distribution

A Random-Surfer Web-Graph Model

Random Graph Theory / Random Walk / Power Law Distribution

Complex dynamics and empirical evidence

Engineering / Information / Mathematical Sciences / Financial Stability & Fragility / Business Fluctuations / Empirical evidence / Industry Dynamics / Agent Based Model / Information Sciences / Power Law Distribution / Complex Dynamics / Empirical evidence / Industry Dynamics / Agent Based Model / Information Sciences / Power Law Distribution / Complex Dynamics

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