Papers by Scheila Scherrer
<p>BWN = total dissimilarity; BOS = dissimilarity due to shared species interacting differe... more <p>BWN = total dissimilarity; BOS = dissimilarity due to shared species interacting differently; and BST = dissimilarity caused by differences in species composition. Dry = dry season; Dry-Rainy = transition between the dry and rainy seasons; Rainy = rainy season; Rainy-Dry = transition between the rainy and dry seasons.</p
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<p>Seasons separated by a hyphen (-) = transitions between seasons; (~) = Comparisons betwe... more <p>Seasons separated by a hyphen (-) = transitions between seasons; (~) = Comparisons between seasons.</p
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<p>(A) Full network, based on all interactions (similar to most networks assembled from dat... more <p>(A) Full network, based on all interactions (similar to most networks assembled from data combined across time and space). Seasonal networks: (B) rainy season, (C) rainy to dry transition, (D) dry season, and (E) dry to rainy transition. All network parameters from the seasonal networks were different from each other and from the full network. A network at the smallest spatial scale (10 m diameter plot) is also depicted (F), since this was the unit that was used to calculate turnover. Edge sizes are based on interaction abundances and nodes sizes are scaled larger for the 5 most abundant species. The most abundant nodes (greater than 90th percentile) that are present in each network are labeled with species codes from the supplemental species lists (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0203164#pone.0203164.s002" target="_blank">S2 Table</a>). Caterpillar nodes (without asterisks) are denoted as: A: <i>Eomichla sp</i>. (Oecophoridae); B: <i>Pococera oeredella</i> (Pyralidae); C: <i>Inga phaeocrassa</i> (Oecophoridae); D: unknown species (undetermined family); E: <i>Compsolechia sp</i>. (Gelechiidae). Plant nodes (with asterisks) as: A: <i>Roupala montana</i> (Proteaceae); B: <i>Qualea multiflora</i> (Vochysiaceae); C: <i>Myrsine guianensis</i> (Primulaceae); D. <i>Miconia albicans</i> (Melastomataceae); E. <i>Acosmium dasycarpum</i> (Fabaceae); F. <i>Qualea parviflora</i> (Vochysiaceae).</p
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<p>The rainy-dry transition plots were characterized by the highest interaction diversity a... more <p>The rainy-dry transition plots were characterized by the highest interaction diversity and the dry-rainy transition exhibited the lowest interaction diversity.</p
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Shilap-revista De Lepidopterologia, Sep 30, 2022
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<p>Total richness (mean/plot ±sd) of caterpillar species and host plants observed in each o... more <p>Total richness (mean/plot ±sd) of caterpillar species and host plants observed in each of four separate interaction networks based on the time factor in the cerrado <i>sensu stricto</i> of Brasilia (Distrito Federal), from March 2010 to March 2011.</p
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Journal of the Lepidopterists’ Society, 2014
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Zoologia (Curitiba), 2013
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Tese (doutorado)—Universidade de Brasilia, Instituto de Ciencias Biologicas, Programa de Pos-Grad... more Tese (doutorado)—Universidade de Brasilia, Instituto de Ciencias Biologicas, Programa de Pos-Graduacao em Ecologia, 2013.
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PLOS ONE
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Biotropica, 2016
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Journal of the Lepidopterists’ Society, 2014
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Brazilian journal of biology = Revista brasleira de biologia, 2010
Folivore cerrado caterpillars are found on their host species in low frequencies, which vary betw... more Folivore cerrado caterpillars are found on their host species in low frequencies, which vary between plants and throughout the year. We analysed the effects of climatic variation and of the characteristics of two host species (Miconia, Melastomataceae) on caterpillar abundance. The work was carried out in a cerrado sensu stricto area in Brasília, Federal District, Brazil, from May 1998 to September 1999. One hundred plants of each species were inspected monthly. All caterpillars found were collected and raised in the laboratory with Miconia leaves as food sources. Climatic data for the study area and plant characteristics such as local density, spatial distribution, foliar phenology, leaf pilosity and nutritional content were used to test the effects on caterpillar abundance. Less than 10% of the plants had larvae. Caterpillars were more frequent and abundant in M. pohliana, which was also present at higher densities than M. ferruginata. Low caterpillar frequency in host plants and ...
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Zoologia (Curitiba), 2013
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Papers by Scheila Scherrer