This book presents the proceedings of a workshop on community ecology organized at Davis, in April, 1986, sponsored by the Sloan Foundation. There have been several recent symposia on community ecology (Strong et. al., 1984, Diamond and Case, 1987) which have covered a wide range of topics. The goal of the workshop at Davis was more narrow: to explore the role of scale in developing a theoretical approach to understanding communities. There are a number of aspects of scale that enter into attempts to understand ecological communities. One of the most basic is organizational scale. Should community ecology proceed by building up from population biology? This question and its ramifications are stressed throughout the book and explored in the ...
Ecology is a science of scale, which guides our description of both ecological processes and pattern...
Ecological theory suggests that growth in the density of a population of organizations should give r...
We know that there are millions to tens of millions of plant and animal species, but we do not know ...
Conceptual issues about scale, both spatial and temporal, have had considerable influence on the way...
Understanding the way in which biodiversity is created and maintained is the fundamental goal of app...
Understanding how processes and factors at lower hierarchical scales determine the dynamics of ecolo...
The concept of scale (in sensu lato) is considered to be very promising as the integrative basis fo...
Whether biological communities are deterministic or stochastic assemblages of species has long been ...
Most of ecology is about metabolism: the ways that organisms use energy and materials. The energy re...
We examine the evolution of the concept of stability in community ecology, arguing that biologists h...
This chapter provides some clarity to the scale debate. It bridges a variety of approaches, definiti...
The maintenance of species diversity occurs at the regional scale but depends on interacting process...
Community ecology is often perceived as a “mess, ” given the seemingly vast number of processes that...
This paper summarizes very briefly a number of concepts related to how scale matters in conducting l...
Patterns of biodiversity and the processes generating them vary over scales of time, space, and ecol...
Ecology is a science of scale, which guides our description of both ecological processes and pattern...
Ecological theory suggests that growth in the density of a population of organizations should give r...
We know that there are millions to tens of millions of plant and animal species, but we do not know ...
Conceptual issues about scale, both spatial and temporal, have had considerable influence on the way...
Understanding the way in which biodiversity is created and maintained is the fundamental goal of app...
Understanding how processes and factors at lower hierarchical scales determine the dynamics of ecolo...
The concept of scale (in sensu lato) is considered to be very promising as the integrative basis fo...
Whether biological communities are deterministic or stochastic assemblages of species has long been ...
Most of ecology is about metabolism: the ways that organisms use energy and materials. The energy re...
We examine the evolution of the concept of stability in community ecology, arguing that biologists h...
This chapter provides some clarity to the scale debate. It bridges a variety of approaches, definiti...
The maintenance of species diversity occurs at the regional scale but depends on interacting process...
Community ecology is often perceived as a “mess, ” given the seemingly vast number of processes that...
This paper summarizes very briefly a number of concepts related to how scale matters in conducting l...
Patterns of biodiversity and the processes generating them vary over scales of time, space, and ecol...
Ecology is a science of scale, which guides our description of both ecological processes and pattern...
Ecological theory suggests that growth in the density of a population of organizations should give r...
We know that there are millions to tens of millions of plant and animal species, but we do not know ...