Titlebook: Ecosystem Function in Heterogeneous Landscapes; Gary M. Lovett,Monica G. Turner,Kathleen C. Weathe Book 20051st edition Springer-Verlag Ne

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Formation of Soil-Vegetation Patternser species. These interactions do not fulfill the criteria of Turing for pattern formation. However, such strong competitive interactions may lead to patterned vegetation as is shown by a study of a competitive model including spreading of the species. This pattern is not due to self-organization but depends on the initial boundary conditions.

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Heterogeneity in Urban Ecosystems: Patterns and Processems and illustrate some of the main sources of heterogeneity resulting from interactions within and between urban patch networks, with special reference to examples drawn from the Baltimore Ecosystem Study.

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Book 20051st edition,the welfare of all life,not just the human species,depends upon the s- cessful functioning of diverse and complicated ecosystems, each with va- ous dimensions and compositions. Central to this “working” is the dominance, and to a major extent control, of ecosystems by organisms, which means that th

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ernal factors to produce functional or dysfunctional environments for life. This book focuses on the problems of connectedness and ecosystem fu- tioning. It is dif?cult enough to understand how an ecosystem fun978-0-387-24090-9978-0-387-24091-6

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Causes and Consequences of Spatial Heterogeneity in Ecosystem Functionan area that is spatially heterogeneous or (2) understanding or predicting the spatial pattern of process rates is an objective, for example, to identify areas of high or low rates, or to quantify the spatial pattern or scale of variability in rates. Lateral transfers are flows of materials, energy,

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Reciprocal Cause and Effect Between Environmental Heterogeneity and Transport Processesomotion. Obviously, each of these vector types has different behavior. Propagations can be initiated, or modified by, environmental heterogeneities. But also, propagations can create, maintain, and destroy heterogeneities. Thus, reciprocal cause and effect relationships exist between propagations an