Landscape Ecology in Theory and Practice: Pattern and ProcessLandscape ecology is not a distinct discipline or simply a branch of ecology, but rather is the synthetic intersection of many related disciplines that focus on the spatial-temporal pattern of the landscape. Risser et al. , 1984 The emergence of landscape ecology as a discipline has catalyzed a shift in paradigms among ecologists, . . . resource managers and land-use planners. Having now seen the faces of spatial pattern and scale . . . we can never go back to the old ways of viewing things. Wiens, 1999 his book presents the perspective of three ecologists on the concepts and Tapplications of landscape ecology, a discipline that has shown expansive growth during the past two decades. Although landscape ecology is a multidis- plinary subject involving components as diverse as economics and sociology, the earth sciences and geography, remote sensing and computer applications, we - cus here on what ecologists need to know about landscapes. Landscape ecology served as the integrating theme of our collaborative research for nearly 15 years, including a 7-year period during which we worked together at Oak Ridge National Laboratory. We became acquainted in January 1986 at the first annual United States Landscape Ecology symposium held at the Univ- sity of Georgia and organized by Monica Turner and Frank Golley. Landscape ecology was, at that time, a new subject in the United States. The first U. S. |
Contents
I | 1 |
III | 2 |
IV | 7 |
V | 10 |
VI | 20 |
VII | 21 |
VIII | 25 |
X | 27 |
XLIV | 153 |
XLVI | 155 |
XLVII | 157 |
L | 159 |
LI | 162 |
LII | 174 |
LIII | 188 |
LIV | 196 |
XI | 32 |
XII | 34 |
XIII | 38 |
XIV | 40 |
XVI | 43 |
XVII | 47 |
XIX | 56 |
XX | 64 |
XXI | 66 |
XXII | 67 |
XXIII | 71 |
XXV | 73 |
XXVI | 83 |
XXVII | 86 |
XXVIII | 90 |
XXX | 93 |
XXXIV | 95 |
XXXV | 99 |
XXXVI | 108 |
XXXVII | 125 |
XXXVIII | 132 |
XXXIX | 135 |
XLI | 138 |
XLII | 147 |
XLIII | 149 |
LV | 201 |
LVII | 204 |
LVIII | 221 |
LIX | 229 |
LX | 240 |
LXI | 243 |
LXII | 249 |
LXIV | 251 |
LXV | 261 |
LXVI | 265 |
LXVII | 280 |
LXVIII | 284 |
LXIX | 285 |
LXX | 289 |
LXXIV | 290 |
LXXV | 307 |
LXXVI | 314 |
LXXVII | 319 |
LXXVIII | 321 |
LXXIX | 327 |
LXXXI | 328 |
LXXXII | 329 |
LXXXIII | 331 |
Other editions - View all
Landscape Ecology in Theory and Practice: Pattern and Process Monica G. Turner,Robert H. Gardner,Robert V. O'Neill No preview available - 2013 |
Landscape Ecology in Theory and Practice: Pattern and Process Monica G. Turner,Robert H. Gardner,Robert V. O'Neill No preview available - 2001 |
Common terms and phrases
abiotic analysis Applications Biology biotic broad-scale Chapter climate complex concept conservation Conservation Biology correlogram cover types density dispersal distribution disturbance regime dynamics Ecological Modeling ecological processes ecologists ECOLOGY IN THEORY ecosys ecosystem processes edge effects environmental example Figure fire forest landscape fractal fractal dimension fragmentation grid cells habitat fragmentation important influence interactions island biogeography lakes land-cover landscape ecology landscape metrics landscape models landscape pattern landscape position landscape structure M. G. Turner metapopulation Mladenoff mosaic Naiman neutral models nitrogen NLMs nutrient organisms parameters pattern and process population predict Quantifying R. H. Gardner R. V. O'Neill random maps range region relationships relatively riparian riparian zones scape Science simulation soil spatial heterogeneity spatial model spatial pattern spatial scales spatially explicit species Springer-Verlag studies successional suitable habitat THEORY AND PRACTICE threshold tion variability vegetation watershed Wiens Yellowstone National Park York


