Invasive Species in a Changing WorldIsland Press |
Contents
Global Change and Biological Invasions | 31 |
LandUse Changes and Invasions | 55 |
Will the Increasing Atmospheric CO Concentration | 95 |
Plant Invasions | 115 |
Assessing the Extent Status and Dynamism of Plant | 141 |
Global Changes Invasive Species | 191 |
The Economics of Alien Species Invasions | 241 |
Valuing Ecosystem Services Lost to Tamarix Invasion | 261 |
General Aspects and Impact | 351 |
Invasive Species and Environmental Changes | 369 |
Present Patterns | 385 |
Contributors | 435 |
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Common terms and phrases
abundance agricultural alien plants alien species alter annual aquatic areas assessment Australia benefits biodiversity Biological Invasions biotic birds Bromus California Carlton Chile climate change CO₂ colonizing Colorado River communities Conservation costs crops dams density disease dispersal distribution disturbance diversity Ecology economic ecosys ecosystem services edited effects elevated CO₂ environment environmental eradication established estimated example exotic species extinction fish flora forest freshwater fynbos genetic global change grasses grassland growth habitat Hobbs human impacts increase Indian mynas insects interactions introduced species inva invaders invasive species Island Journal Lake land malaria Mooney native species natural nitrogen nonindigenous North America northern Oecologia Opuntia ficus-indica percent plant invasions plant species populations potential predict Press Prosopis rainfall range regions responses result Richardson riparian shrublands soil South Africa southern spread studies Sutherst Table Tamarix temperature tion tropical vectors vegetation Vitousek weeds western wildlife Wilgen woody Zealand