Throughout the natural sciences the theory of chaos is gaining prominence as a means of explaining the behavior of systems. The word chaos is used as an antilogy of itself. Non-linear deterministic systems may produce unpredictable states, but the number of states is not illimitable. The states are restricted to definable regions in a state space of calculable dimensions. This theory is already having an impact in the environmental sciences, especially in meteorology. Its potential application in physical geography is real, and geographers must address its implications. Difficulties will be encountered, however, in acquiring enough data points at the spatial and temporal scales of interest in physical geography
Recently increasing interest in non-linear dynamic phenomena has emerged in economics and regional s...
A brief assessment is given of the major accomplishments made through the mathematics of chaos to th...
Earth system in a nonlinear one. In order to simulate Earth system, we must understand the new adva...
From order to chaos.— The relationships between the theory of chaos and the fractal representation o...
Many aspects of nature are essentially unpredictable over the long term, even when quantum effects a...
Abstract. Using the Lorenz equations as an example we show that one chaotic system can be controlled...
Deterministic chaos in dynamical systems offers a new paradigm for understanding irregular fluctuati...
Increasingly, geomorphic systems are viewed as nonlinear dynamical systems (NDS) and are examined us...
Atmospheric flows, an example of turbulent fluid flows, exhibit fractal fluctuations of all space-ti...
Concepts, methods and techniques of statistical physics in the study of correlated, as well as uncor...
Chaos theory is a branch of mathematics focusing on nonlinear dynamic systems. As a relatively new ...
The term "chaos" denotes persistent irregular behavior of a deterministic system (that is, one in wh...
The concentration distribution of anthropocentric pollutants is favored by urban densification, affe...
A brief assessment is given of the major accomplishments made through the mathematics of chaos to th...
In this paper I discuss space-time chaos in both locally mixing continuum systems (reaction-diffusio...
Recently increasing interest in non-linear dynamic phenomena has emerged in economics and regional s...
A brief assessment is given of the major accomplishments made through the mathematics of chaos to th...
Earth system in a nonlinear one. In order to simulate Earth system, we must understand the new adva...
From order to chaos.— The relationships between the theory of chaos and the fractal representation o...
Many aspects of nature are essentially unpredictable over the long term, even when quantum effects a...
Abstract. Using the Lorenz equations as an example we show that one chaotic system can be controlled...
Deterministic chaos in dynamical systems offers a new paradigm for understanding irregular fluctuati...
Increasingly, geomorphic systems are viewed as nonlinear dynamical systems (NDS) and are examined us...
Atmospheric flows, an example of turbulent fluid flows, exhibit fractal fluctuations of all space-ti...
Concepts, methods and techniques of statistical physics in the study of correlated, as well as uncor...
Chaos theory is a branch of mathematics focusing on nonlinear dynamic systems. As a relatively new ...
The term "chaos" denotes persistent irregular behavior of a deterministic system (that is, one in wh...
The concentration distribution of anthropocentric pollutants is favored by urban densification, affe...
A brief assessment is given of the major accomplishments made through the mathematics of chaos to th...
In this paper I discuss space-time chaos in both locally mixing continuum systems (reaction-diffusio...
Recently increasing interest in non-linear dynamic phenomena has emerged in economics and regional s...
A brief assessment is given of the major accomplishments made through the mathematics of chaos to th...
Earth system in a nonlinear one. In order to simulate Earth system, we must understand the new adva...