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![Spatial constraint of peatland butterfly occurences within a heterogeneous landscape.](https://infodoc.agroparistech.fr/img_cache/pmb_agroparistech_record_171513.webp)
Titre : |
Spatial constraint of peatland butterfly occurences within a heterogeneous landscape.
|
Auteur(s) : |
Jeffrey C. Nekola, Auteur
Clifford E. Kraft, Auteur |
Type de document : | Tiré à part |
Sujets : | Invertébré ; Arthropoda ; Insecta ; Lepidoptera ; Amérique du Nord ; Lycaenidae ; Nymphalidae ; Wisconsin ; Lac Supérieur ; Tourbière ; Variation génétique ; Habitat ; Ségrégation ETATS-UNIS |
Résumé : |
The occurrence of ten butterfly taxa (Clossiana eunomia dawsonii, Clossiana freija, Clossiana frigga, Clossiana titania, Coenonympha inornata, Erebia discoidalis, Incisalia augustinus, Lycaena dorcas, Lycaena epixanthe, Oeneis jutta) was analyzed within three acid peatland habitat types from the Lake Superior drainage basin of northwestern Wisconsin. Both first (nearest-neighbor spatial analysis) and second-order (Ripley's K) spatial point process statistics were used to identify the extents over which each distribution pattern significantly deviated from random expectations. Versions of these tests were used that identified significant spatial pattern uncorrelated to habitat location and habitat preference. These analyses documented non-random occurrence patterns in seven species. De[...] The occurrence of ten butterfly taxa (Clossiana eunomia dawsonii, Clossiana freija, Clossiana frigga, Clossiana titania, Coenonympha inornata, Erebia discoidalis, Incisalia augustinus, Lycaena dorcas, Lycaena epixanthe, Oeneis jutta) was analyzed within three acid peatland habitat types from the Lake Superior drainage basin of northwestern Wisconsin. Both first (nearest-neighbor spatial analysis) and second-order (Ripley's K) spatial point process statistics were used to identify the extents over which each distribution pattern significantly deviated from random expectations. Versions of these tests were used that identified significant spatial pattern uncorrelated to habitat location and habitat preference. These analyses documented non-random occurrence patterns in seven species. Deviations from random were largely confined to two extents: |
Editeur(s) : | Springer |
Date de publication : | 2002 |
Format : | pp. 53-61 / graph., ref. |
Note(s) : |
Extrait d'Oecologia - Vol.130 - N°1 |
Langue(s) : | Anglais |
Lien vers la notice : | https://infodoc.agroparistech.fr/index.php?lvl=notice_display&id=171513 |
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