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Marine biological invasions --- Introduced aquatic organisms --- Aquatic organisms --- Introduced organisms --- Invasions, Marine biological --- Invasions, Maritime (Biological invasions) --- Marine bioinvasions --- Marine invasions (Biological invasions) --- Maritime invasions (Biological invasions) --- Biological invasions --- Control --- Government policy --- E-books

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Marine animals --- Marine plants --- Marine biological invasions --- Animaux marins --- Plantes marines --- Invasions biologiques marines --- Identification. --- Marine animals. --- Marine plants. --- Animaux envahissants --- Plantes envahissantes --- Animaux exotiques

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Biological invasions --- Introduced organisms --- Alien organisms --- Alien species --- Exotic organisms --- Exotic species --- Foreign organisms (Introduced organisms) --- Foreign species (Introduced organisms) --- Introduced species --- Invaders (Organisms) --- Invasive alien species --- Invasive organisms --- Invasive species --- Naturalised organisms --- Naturalized organisms --- Non-indigenous organisms --- Non-indigenous species --- Non-native organisms --- Non-native species --- Nonindigenous organisms --- Nonindigenous species --- Nonnative organisms --- Nonnative species --- Translocated organisms --- Translocated species --- Organisms --- Bio-invasions --- Bioinvasions --- Invasions, Biological --- Natural selection --- Population biology --- Environmental aspects. --- Control.

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There are few more active frontiers in plant science than helping understand and predict the ecological consequences of on-going, global changes in climate, land use and cover, nutrient cycling, and acidity. This collection of research papers and reviews focuses on how these changes are likely to interact with two important factors, clonal growth in plants and the introduction of species into new regions by humans, to reshape the ecology of our world. Clonal growth is vegetative reproduction in which offspring remain attached to the parent at least until establishment. Clonal growth is associated with the invasiveness of introduced species, their tendency to spread after introduction and negatively affect other species. Will changes in climate, land cover, or nutrients further increase biological invasions by introduced, clonal plants? The articles in this book seek to address this question with new research and theory on clonal growth and its interactions with invasiveness and other components of global change.

Rapid evolution --- environmental heterogeneity --- Anthoxanthera philoxeroides --- global change --- clonal architecture and growth --- phenotypic plasticity --- biological invasions --- endophytic bacteria --- epigenetics --- physiological integration

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There are few more active frontiers in plant science than helping understand and predict the ecological consequences of on-going, global changes in climate, land use and cover, nutrient cycling, and acidity. This collection of research papers and reviews focuses on how these changes are likely to interact with two important factors, clonal growth in plants and the introduction of species into new regions by humans, to reshape the ecology of our world. Clonal growth is vegetative reproduction in which offspring remain attached to the parent at least until establishment. Clonal growth is associated with the invasiveness of introduced species, their tendency to spread after introduction and negatively affect other species. Will changes in climate, land cover, or nutrients further increase biological invasions by introduced, clonal plants? The articles in this book seek to address this question with new research and theory on clonal growth and its interactions with invasiveness and other components of global change.

Rapid evolution --- environmental heterogeneity --- Anthoxanthera philoxeroides --- global change --- clonal architecture and growth --- phenotypic plasticity --- biological invasions --- endophytic bacteria --- epigenetics --- physiological integration --- Rapid evolution --- environmental heterogeneity --- Anthoxanthera philoxeroides --- global change --- clonal architecture and growth --- phenotypic plasticity --- biological invasions --- endophytic bacteria --- epigenetics --- physiological integration