This paper reports on research in population ecology and suggests ways it might be useful in explaining spatial dynamics of states, groups, and world-systems. In particular it focuses on how and why populations at opposite of ends of Afroeurasia come to rise and fall simultaneously over long periods of time. We call for exploration of research in population ecology for understanding world-system evolution and suggest directions for possible future research
Self-organization and pattern formation represent the emergence of order in temporal and spatial pro...
Understanding the dynamics, patterns, and evolutionary processes observed in natural eco-systems is ...
Understanding the mechanisms behind the spatial patterns of species distributions is one of the maj...
The theme of the book is the distribution and abundance of organisms in space and time. The core of ...
Spatial synchrony, defined as correlated temporal fluctuations among populations, is a fundamental f...
autocorrelation! Abstract Spatial synchrony refers to coincident changes in the abundance or other t...
One of the important issues in spatial ecology is how explicit considerations of space alter the pre...
Many species exhibit widespread spatial synchrony in population fluctuations. This pattern is of gre...
Environmental variation in time and space generates complex patterns in the spatial structure of tem...
Spatially-separated populations often exhibit positively correlated fluctuations in abundance and ot...
All natural populations fluctuate in space and time. These fluctuations are a result of internal dyn...
Spatially-separated populations often exhibit positively correlated fluctuations in abundance and ot...
Due to habitat fragmentation, many of the populations in nature have been broken into smaller subpop...
Spatial synchrony, the tendency for populations across space to show correlated fluctuations, is a f...
The decline of species in natural habitats concerns ecologists, who view extinction as a danger and ...
Self-organization and pattern formation represent the emergence of order in temporal and spatial pro...
Understanding the dynamics, patterns, and evolutionary processes observed in natural eco-systems is ...
Understanding the mechanisms behind the spatial patterns of species distributions is one of the maj...
The theme of the book is the distribution and abundance of organisms in space and time. The core of ...
Spatial synchrony, defined as correlated temporal fluctuations among populations, is a fundamental f...
autocorrelation! Abstract Spatial synchrony refers to coincident changes in the abundance or other t...
One of the important issues in spatial ecology is how explicit considerations of space alter the pre...
Many species exhibit widespread spatial synchrony in population fluctuations. This pattern is of gre...
Environmental variation in time and space generates complex patterns in the spatial structure of tem...
Spatially-separated populations often exhibit positively correlated fluctuations in abundance and ot...
All natural populations fluctuate in space and time. These fluctuations are a result of internal dyn...
Spatially-separated populations often exhibit positively correlated fluctuations in abundance and ot...
Due to habitat fragmentation, many of the populations in nature have been broken into smaller subpop...
Spatial synchrony, the tendency for populations across space to show correlated fluctuations, is a f...
The decline of species in natural habitats concerns ecologists, who view extinction as a danger and ...
Self-organization and pattern formation represent the emergence of order in temporal and spatial pro...
Understanding the dynamics, patterns, and evolutionary processes observed in natural eco-systems is ...
Understanding the mechanisms behind the spatial patterns of species distributions is one of the maj...