Azolla: an invasive fern in wetlands (Iran) - Sadeghi, Roghayeh
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Exotic macrophytes (particularly aquatic ferns) are spreading exponentially in the last decade so they are serious problems to wetland ecosystems since they can replace native species. Azolla filiculoides is an exotic species in Anzali wetland, northern Iran. This book deals with analyzing the habitat suitability of the invasive fern in this unique wetlands by means of ecological modelling techniques such as classification trees (CTs) combined with two optimizers (e.g. genetic algorithms and greedy stepwise). The outcomes of models showed that physical-habitat (e.g. air temperature, humidity…mehr

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Produktbeschreibung
Exotic macrophytes (particularly aquatic ferns) are spreading exponentially in the last decade so they are serious problems to wetland ecosystems since they can replace native species. Azolla filiculoides is an exotic species in Anzali wetland, northern Iran. This book deals with analyzing the habitat suitability of the invasive fern in this unique wetlands by means of ecological modelling techniques such as classification trees (CTs) combined with two optimizers (e.g. genetic algorithms and greedy stepwise). The outcomes of models showed that physical-habitat (e.g. air temperature, humidity and depth) and chemical variables (e.g. phosphate) can affect overgrowth of Azolla in wetlands. Application of these optimizing techniques in combination with CTs thus proved to have a better capability in selecting the most important variables explaining the growth of Azolla and can be used by wetland managers in their decision-making for wetland conservation and management programs.
Autorenporträt
Roghayeh Sadeghi has obtained her Master of Science study in Ghent University (Belgium). She is performing her PhD research in the department of plant production, Ghent University. She has been working on ecological modelling for several years to predict invasive macrophytes in wetlands.