Ecology of Hierarchical Landscapes: From Theory to ApplicationJiquan Chen Nova Publishers, 2006 - 311 páginas The idea for this book grew out of: (1) the realisation that development of the theory of landscape ecology has now reached the point where rigorous field work is required to validate models, test assumptions and ideas of scaling theory, and refine our understanding of landscape features and their delineation; (2) the relative scarcity of compilations that have examined the role of field research or interdisciplinary management applications in advancing the science of landscape ecology; and (3) the increasing amount of information coming out of the Chequamegon Integrated Field Project (CIFP) on relevant topics. This book synthesises the experiences and lessons learned from the CIFP project and other relevant landscape studies in an attempt to demonstrate the utility of field studies and emerging technology to the advancement of the science. This book is organised to synthesise and update knowledge on research topics mentioned previously, with an emphasis on ecological consequences (i.e., implications for ecological function) of the approach to and understanding of these topics across levels of the ecological hierarchy. |
Índice
xxii | |
Spatial Structure and Plant Diversity in Hierarchical Landscapes | 32 |
The Influence of Edges on Plant Communities Research Frontiers for Forested Landscapes | 68 |
Water and Carbon Cycles in Heterogeneous Landscapes An Ecosystem Perspective | 86 |
Using Remote Sensing and Models to Understand the Ecology of Landscapes | 122 |
Visualizing a Landscape its Changes and Driving Processes | 164 |
Closing the Loop Are BroadScale Field Applications of Landscape Ecology Informing LandscapeEcological Theory? | 190 |
Managing Midwestern Landscapes Using Ecological Principles | 248 |
Conducting Sound Ecological Studies at the Landscape Scale Research Challenges | 280 |
296 | |
Palavras e frases frequentes
activities analysis applications approach assessment associated Biology canopy carbon Chapter Chen communities compared components composition concepts conductance Conservation considered cover created Crow defined determine distribution disturbance diversity dominant dynamics ecosystem edge edge influence effects elements environmental estimates et al examine example field Figure fire fluxes forest fragmented function habitat harvesting heterogeneity images important increase indicators influence integration interactions knowledge land landscape ecology landscape structure landscape-level measurements methods Michigan multiple National Forest natural northern organisms patch patch types patterns pine planning plant potential predictions Press processes production properties range rates regional relationships relatively remote sensing resolution resource response roads scales scientific simulation soil spatial species stand structure Table theoretical theory transect tree understanding units University values variables vegetation visualization Wisconsin zones