Abstract. We review various aspects of the notion of scale applied to natural systems, in particular complex adaptive systems. We argue that scaling issues are not only crucial from the standpoint of basic science, but also in many applied issues, and discuss tools for detecting and dealing with multiple scales, both spatial and temporal. We also suggest that the techniques of statistical mecha-nics, which have been successful in describing many emergent patterns in physical systems, can also prove useful in the study of complex adaptive systems
Complex, fractal structures are widespread in ecological systems and in some characteristic features...
Self-organized collective coordinated behaviour is an impressive phenomenon, observed in a variety o...
The concept of scale (in sensu lato) is considered to be very promising as the integrative basis fo...
The relationship between pattern and process is of great interest in all natural and social sciences...
A key issue in ecology is to identify the appropriate scale(s) at which to observe trends in ecosyst...
This dissertation is focused on scaling and resilience of complex adaptive systems, including ecolog...
The scaling of physical, biological, ecological, and social phenomena is a major focus of efforts to...
Use of scaling terminology and concepts in ecology evolved rapidly from rare occurrences in the earl...
This chapter provides some clarity to the scale debate. It bridges a variety of approaches, definiti...
AbstractEcological stability refers to a family of concepts used to describe how systems of interact...
Issues of scale play a crucial role in the governance of social–ecological systems. Yet, attempts to...
Issues of scale, particularly extrapolations across spatial or temporal scales, are of great importa...
This paper summarizes very briefly a number of concepts related to how scale matters in conducting l...
Studies of complex systems in other disciplines provide models and analytical strategies for under-s...
The characteristic, or natural, length scales of a spatially dynamic ecological landscape are the s...
Complex, fractal structures are widespread in ecological systems and in some characteristic features...
Self-organized collective coordinated behaviour is an impressive phenomenon, observed in a variety o...
The concept of scale (in sensu lato) is considered to be very promising as the integrative basis fo...
The relationship between pattern and process is of great interest in all natural and social sciences...
A key issue in ecology is to identify the appropriate scale(s) at which to observe trends in ecosyst...
This dissertation is focused on scaling and resilience of complex adaptive systems, including ecolog...
The scaling of physical, biological, ecological, and social phenomena is a major focus of efforts to...
Use of scaling terminology and concepts in ecology evolved rapidly from rare occurrences in the earl...
This chapter provides some clarity to the scale debate. It bridges a variety of approaches, definiti...
AbstractEcological stability refers to a family of concepts used to describe how systems of interact...
Issues of scale play a crucial role in the governance of social–ecological systems. Yet, attempts to...
Issues of scale, particularly extrapolations across spatial or temporal scales, are of great importa...
This paper summarizes very briefly a number of concepts related to how scale matters in conducting l...
Studies of complex systems in other disciplines provide models and analytical strategies for under-s...
The characteristic, or natural, length scales of a spatially dynamic ecological landscape are the s...
Complex, fractal structures are widespread in ecological systems and in some characteristic features...
Self-organized collective coordinated behaviour is an impressive phenomenon, observed in a variety o...
The concept of scale (in sensu lato) is considered to be very promising as the integrative basis fo...