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Auteur Jan O. Engler |
Documents disponibles écrits par cet auteur (12)
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Article
Darius Stiels, Auteur ; Hans-Valentin Bastian, Auteur ; Anita Bastian, Auteur ; Kathrin Schidelko, Auteur ; Jan O. Engler, AuteurWhen environmental conditions change, species usually face three options: adaptation, range shifts, or extinction. In the wake of climate change, it is generally believed that range shifts are the norm in mobile species such as birds, resulting [...]![]()
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Jan O. Engler, Auteur ; Darius Stiels, Auteur ; Kathrin Schidelko, Auteur ; Diederik Strubbe, Auteur ; Petra Quillfeldt, Auteur ; Mattia Brambilla, AuteurQuantifying species distributions using species distribution models (SDMs) has emerged as a central method in modern biogeography. These empirical models link species occurrence data with spatial environmental information. Since their emergence [...]![]()
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Petra Quillfeldt, Auteur ; Jan O. Engler, Auteur ; Janet R.D. Silk, Auteur ; Richard A. Phillips, AuteurSpecies distribution models (SDM) based on tracking data from different devices are used increasingly to explain and predict seabird distributions. However, different tracking methods provide different data resolutions, ranging from [...]![]()
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Jan O. Engler, Auteur ; Darius Stiels, Auteur ; Mattia Brambilla, Auteur ; Catherine H. Graham, Auteur![]()
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Darius Stiels, Auteur ; Bianca Gaißer, Auteur ; Kathrin Schidelko, Auteur ; Jan O. Engler, Auteur ; Dennis Rödder, AuteurNon-native species can have severe impacts on ecosystems. Therefore, predictions of potentially suitable areas that are at risk of the establishment of non-native populations are desirable. In recent years, species distribution models (SDMs) hav[...]![]()
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Darius Stiels, Auteur ; Bianca Gaißer, Auteur ; Kathrin Schidelko, Auteur ; Jan O. Engler, Auteur ; Dennis Roedder, AuteurNon-native species can have severe impacts on ecosystems. Therefore, predictions of potentially suitable areas that are at risk of the establishment of non-native populations are desirable. In recent years, species distribution models (SDMs) hav[...]![]()
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Jan O. Engler, Auteur ; David Roderus, Auteur ; Ortwin Elle, Auteur ; A. Hochkirch, AuteurInvestigating the extrinsic and intrinsic factors that shape species distributions is one of the central goals of biogeography. For expansive range edges in particular, the extrinsic drivers such as climate of biotic interactions are well mentio[...]![]()
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Yoan Fourcade, Auteur ; Jan O. Engler, Auteur ; Aurélien G. Besnard, Auteur ; Dennis Roedder, Auteur ; Jean Secondi, AuteurThe Red List classification of IUCN has become one of the most important evaluations of threats that affect biodiversity at the species level. However, many estimations of species range, one essential factor in the Red List classification, are d[...]![]()
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Jan O. Engler, Auteur ; Thomas Sacher, Auteur ; Ortwin Elle, Auteur ; Timothy Coppack, Auteur ; Franz Bairlein, AuteurNatal dispersal has major consequences for the dynamics and genetic structure of populations. Female-biased natal dispersal, otherwise the norm in birds, is overridden when the place to move is limited, as on isolated islands. This effect was co[...]![]()
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Darius Stiels, Auteur ; Kathrin Schidelko, Auteur ; Jan O. Engler, Auteur ; Renate van den Elzen, Auteur ; Dennis Roedder, AuteurHuman transport and commerce have led to an increased spread of non-indigenous species. Alien invasive species can have major impacts on many aspects of ecological systems. Therefore, the ability to predict regions potentially suitable for alien[...]![]()
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Darius Stiels, Auteur ; Kathrin Schidelko, Auteur ; Jan O. Engler, Auteur ; Renate van den Elzen, Auteur ; Dennis Roedder, Auteur![]()
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Jan O. Engler, Auteur ; Dennis Roedder, Auteur ; Darius Stiels, Auteur ; Marc I. Foerschler, AuteurThe realized distribution of animals is often delimited by climatic factors which define, next to the specific habitat and food availability, their species-specific potential distribution. We studied the environmental limitations affecting the r[...]



