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Remote Sensing Time Series For Modeling Invasive Species Distribution: A Case Study Of Tamarix Spp. In The Us And Mexico, Anna F. Cord, Doris Klein, Stefan Dech
Remote Sensing Time Series For Modeling Invasive Species Distribution: A Case Study Of Tamarix Spp. In The Us And Mexico, Anna F. Cord, Doris Klein, Stefan Dech
International Congress on Environmental Modelling and Software
Detecting invasive species and predicting their potential distribution are crucial to coordinate management responses. Remote sensing data are now available in several spatial and temporal resolutions and can supply environmental models with additional information. This study uses the Maximum Entropy algorithm to model the current distribution of the saltcedar (Tamarix spp.) in the US and Mexico and to identify suitable habitats, both already inhabited and not yet occupied. Tamarisk is restricted to specific habitats such as riparian zones, wetlands and agricultural or disturbed areas, which are typically not only characterized by climate. To describe vegetation phenology and thermal seasonality in …
Remote Sensing Time Series For Modeling Invasive Species Distribution: A Case Study Of Tamarix Spp. In The Us And Mexico, Anna F. Cord, Doris Klein, Stefan Dech
Remote Sensing Time Series For Modeling Invasive Species Distribution: A Case Study Of Tamarix Spp. In The Us And Mexico, Anna F. Cord, Doris Klein, Stefan Dech
International Congress on Environmental Modelling and Software
Detecting invasive species and predicting their potential distribution are crucial to coordinate management responses. Remote sensing data are now available in several spatial and temporal resolutions and can supply environmental models with additional information. This study uses the Maximum Entropy algorithm to model the current distribution of the saltcedar (Tamarix spp.) in the US and Mexico and to identify suitable habitats, both already inhabited and not yet occupied. Tamarisk is restricted to specific habitats such as riparian zones, wetlands and agricultural or disturbed areas, which are typically not only characterized by climate. To describe vegetation phenology and thermal seasonality in …