Assemblage specific models varied in the predicted species richness based on their sensitivity to deforestation. Pair-wise permutation tests comparing predicted species richness between the entire small mammal assemblage, native species forest assemblage, and forest-specialist assemblage for the Atlantic Forest of Paraguay were highly significant (P < 0.0001; Fig 2). SESARS models for the entire and native species forest assemblages showed parallel patterns and, as expected, the entire assemblage showed consistently higher species richness throughout the region. For Atlantic Forest remnants in Paraguay that were 0.50 ha and greater, species richness estimates varied from 6 to 12 species for the entire assemblage, 5 to 10 species for the native species forest assemblage, and 2 to 5 species for the forest-specialist assemblage (including all the likely models: logistic, power, exponential, and rational). Species richness and area plots of the raw data showed that most of the species accumulations appeared at relatively small areas (Fig 2C) and with different hypothetical sampling efforts for the entire assemblage and native species forest assemblage, and most species accumulation was reached for forest specialists when forest area was considerably larger.
The new plots of land tell you A great) log-area and you can predict types relationships; B) city and predict types richness relationships, and this reveal that extremely types accumulations were attained from the relatively small tree elements; and you can C) this new log city and you may record varieties dating which can be rewarding for comparison away from activities from kinds accumulations
Plots portray an informed-match models for the whole assemblage regarding quick animals (SppEntire), the fresh native kinds forest (SppForest), and you may four varieties-city activities getting tree specialist (logistic: SppLog, power: SppPow, exponential: SppExp, and you may proportion: SppRat). This indicates you to definitely since biggest forest remants feel the large varieties fullness, small- and average-sized remnants are rewarding for maintenance jobs on the angle from small animals.
The geospatial research retrieved 140,913 Atlantic Forest remnants which were 0.50 ha and you can huge in the Paraguay. Just how 
many forecast variety was indeed significantly other anywhere between assemblages (Fig 3d–3F) and you can offered into spatial models. Sure enough, the new estimated varieties fullness ranged far more for your assemblage and you will minimum of to your forest-professional assemblage. The fresh new fifteen remnants when you look at the Paraguay that have been bigger than fifteen,844 ha was basically predict getting a maximum of 5 tree-pro kinds each. not, a comparable tree remnants got much deeper forecast species richness whenever the complete and you can indigenous kinds tree assemblages was in fact modeled (Fig dos; ). Of 140,913 Atlantic Forest remnants that have been 0.fifty ha and you will huge in the Paraguay, 140,898 marks (%) have been forecast for dos–step 3 types to your tree-specialist assemblage, and you can variety fullness for the entire assemblage while the local varieties forest assemblage was forecast is 5 otherwise deeper to own a hundred% of tree traces (Fig 3A and you will 3B). Even so, varieties fullness for your assemblage in addition to indigenous types forest assemblage was ? 6 to own % and you will % of your own forest marks, respectively (S8 Dining table).
Visualization away from types fullness on the Paraguayan Atlantic Tree land delivered very similar designs, aside from types teams utilized, forecasts recovered an identical forests marks as most varieties steeped (Fig 3A–3C)
Maps choose species richness remnants with high species fullness getting non-volant short mammals predicated on (A) predictive SESARS for the whole low-volant, short mammal assemblage; B) SESARS into the indigenous varieties tree assemblage; and you will C) ratio variety-urban area model with the forest-specialist assemblage, for the three prominent traces noted manageable of size (1–3). Variety fullness among around three assemblages ranged regarding (D) 6–12 kinds for the whole assemblage, to (E) 5–ten variety on indigenous types tree assemblage, to (F) 2–5 variety toward tree-pro assemblage.