We analysed distributional data of 30 species of Oribatid mites of the Subantarctic subregion of southern South America in order to contribute to elucidate their biotic evolution. We constructed individual tracks for the species analysed, based on published and unpublished records. After superposing them we obtained six generalized tracks and five nodes. Four generalized tracks (T2, T3, T4 and T6) extend along and near the Andean ranges, whereas two generalized tracks (T1 and T5) may be artefacts caused by the lack of information. The generalized tracks and nodes show the complex relationships of the austral biota, as hypothesized in previous contributions based on other plant and animal taxa.Fil: Ruiz, Erica Vanesa Ruiz. Consejo Nacional d...
The oribatid mites of a high-Andean cushion peatland in southern Peru were investigated. A total of ...
Global patterns of organisms have long been investigated by calculating the (dis)similarity among ge...
Cosmopolitan, abundant, and adapted to nearly all terrestrial environments today, mites are uncommon...
Knowledge of the oribatid mite community from Patagonian steppe is scarce compared with other enviro...
Forest sites in Northwestern Argentinean Patagonia were surveyed to determine the oribatid mite faun...
A taxonomic inventory of oribatid mites from lenga forests in Patagonia Argentina was carried out to...
A study of oribatid mite communities in a Patagonian forest affected by wildfires was carried out to...
FIGURE 5. Generalized tracks (1–6) and nodes (A–E). Generalized track 1, dotted black line. Generali...
International audienceDiversity of most animal and plant taxa increases towards the equator. The rea...
International audienceDiversity of most animal and plant taxa increases towards the equator. The rea...
The objective of this work was to assess the soil oribatid mite communities in four sites of the Upp...
We analysed the community of oribatid mites in 25 environments of northern Brazil and one in a rain ...
International audienceThe oribatid mites of a high-Andean cushion peatland in southern Peru were inv...
The oribatid mites of a high-Andean cushion peatland in southern Peru were investigated. A total of ...
International audienceThe oribatid mites of a high-Andean cushion peatland in southern Peru were inv...
The oribatid mites of a high-Andean cushion peatland in southern Peru were investigated. A total of ...
Global patterns of organisms have long been investigated by calculating the (dis)similarity among ge...
Cosmopolitan, abundant, and adapted to nearly all terrestrial environments today, mites are uncommon...
Knowledge of the oribatid mite community from Patagonian steppe is scarce compared with other enviro...
Forest sites in Northwestern Argentinean Patagonia were surveyed to determine the oribatid mite faun...
A taxonomic inventory of oribatid mites from lenga forests in Patagonia Argentina was carried out to...
A study of oribatid mite communities in a Patagonian forest affected by wildfires was carried out to...
FIGURE 5. Generalized tracks (1–6) and nodes (A–E). Generalized track 1, dotted black line. Generali...
International audienceDiversity of most animal and plant taxa increases towards the equator. The rea...
International audienceDiversity of most animal and plant taxa increases towards the equator. The rea...
The objective of this work was to assess the soil oribatid mite communities in four sites of the Upp...
We analysed the community of oribatid mites in 25 environments of northern Brazil and one in a rain ...
International audienceThe oribatid mites of a high-Andean cushion peatland in southern Peru were inv...
The oribatid mites of a high-Andean cushion peatland in southern Peru were investigated. A total of ...
International audienceThe oribatid mites of a high-Andean cushion peatland in southern Peru were inv...
The oribatid mites of a high-Andean cushion peatland in southern Peru were investigated. A total of ...
Global patterns of organisms have long been investigated by calculating the (dis)similarity among ge...
Cosmopolitan, abundant, and adapted to nearly all terrestrial environments today, mites are uncommon...