2019
DOI: 10.1127/entomologia/2019/0726
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Forest microsite influence on captures of flying Hymenoptera by yellow pan traps

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Cited by 3 publications
(3 citation statements)
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“…Although differences in species richness of herbivore (including leafminers) and parasitoid insects between forest interior and edge habitats have been reported from Chaco Serrano (Cagnolo et al, 2006;Rossetti et al, 2013;González et al, 2016;Rossi Rotondi et al, 2019), the present study did not corroborate those results, nor did we find differences related to edge orientation. Other studies have also found similar herbivore species richness between forest interior and edges (Wirth et al, 2008) or between differently oriented edges (Maeto et al, 2002).…”
Section: Species Richness and Abundancecontrasting
confidence: 99%
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“…Although differences in species richness of herbivore (including leafminers) and parasitoid insects between forest interior and edge habitats have been reported from Chaco Serrano (Cagnolo et al, 2006;Rossetti et al, 2013;González et al, 2016;Rossi Rotondi et al, 2019), the present study did not corroborate those results, nor did we find differences related to edge orientation. Other studies have also found similar herbivore species richness between forest interior and edges (Wirth et al, 2008) or between differently oriented edges (Maeto et al, 2002).…”
Section: Species Richness and Abundancecontrasting
confidence: 99%
“…The positive link between parasitoid abundance and point temperature suggests that temperature range may be optimal for these species, so that higher temperatures allow faster development rates (Deutsch et al, 2008). An independent research in the same study system reported greater number of parasitoids captured by yellow water traps in forest edges with respect to forest interior, with such differences being explained by positive links to temperature and light levels (Rossi Rotondi et al, 2019). The positive relationship between parasitoid abundance and faster winds observed in the present study, disagrees with studies showing negative wind effects on parasitoid populations via changes in mate searching behaviour or host searching activities (Messing et al, 1997;Marchand & McNeil, 2000;Gu & Dorn, 2001).…”
Section: Species Richness and Abundancementioning
confidence: 91%
“…Esse tipo de armadilha também é conhecido com armadilhas de Moericke ou pantraps. Foram utilizados pratos-armadilha com 2,5 cm de altura e cerca de 22 cm de diâmetro, preenchidos com aproximadamente 150 mL de água e de 4 a 5 gotas de detergente (Rotondi et al 2019;Krug et al 2008). Foram disponibilizados 15 pratos, sendo cinco amarelos, cinco azuis e cinco brancos, a uma distância de aproximadamente 5 metros entre si, com cores intercaladas, sobre o solo, em áreas relativamente abertas próximas à vegetação por dois dias consecutivos (48h).…”
Section: Métodounclassified