Please use this identifier to cite or link to this item: https://repositorio.inpa.gov.br/handle/1/16671
Title: The Amazonas-trap: a new method for sampling plant-inhabiting arthropod communities in tropical forest understory
Authors: Lopes, Marta Custodio
Lamarre, Greg P.A.
Baraloto, Christopher
Van Antwerp Fine, Paul
Vincentini, Alberto
Baccaro, Fabricio Beggiato
Keywords: Arthropod
Coexistence
Plant Insect Interaction
Sampling
Species Inventory
Species Occurrence
Tropical Forest
Understory
Amazonas
Brasil
Manaus
Araneae
Arthropoda
Burseraceae
Formicidae
Fungi
Hexapoda
Hymenoptera
Invertebrata
Protium
Issue Date: 2019
metadata.dc.publisher.journal: Entomologia Experimentalis et Applicata
metadata.dc.relation.ispartof: Volume 167, Número 6, Pags. 534-543
Abstract: Methods to quantify plant-insect interactions in tropical forests may miss many important arthropods and can be time consuming and uneven in capture efficiency. We describe the Amazonas-trap, a new method that rapidly envelops the target plant for sampling arthropods. We evaluated the efficiency of the Amazonas-trap by comparing it with two commonly used sampling methods to collect arthropods from plants: the beating tray and manual collection. Samples were collected in 10 permanent plots, in the Ducke forest reserve, Manaus (Amazonas, Brazil). In each plot we sampled 18 plant individuals of Protium sp. (Burseraceae): six by a beating tray, six by manual collection, and six using the Amazonas-trap. All insects were identified to the family level and those belonging to the order Hymenoptera were identified to the species and morphospecies level. The new method sampled more insect families and more Hymenoptera species than tree beating and manual collection. Of the 75 total families collected, 20 were sampled exclusively by the Amazonas-trap, seven were only collected with a beating tray, and seven were sampled exclusively with manual collecting. A similar pattern was found for abundance: Amazonas-trap sampled more individuals, followed by the beating tray and manual collection. Small and winged arthropods were more abundant in Amazonas-trap, explaining the highest richness of Hymenoptera and insect families sampled with this method. The new method sampled more spiders, wood-fungi feeders, sap suckers, omnivorous, parasitoids, and insect predators than the other methods, but was equally effective in sampling leaf-feeders and ants. Amazonas-trap was more time consuming in the field, but for all diversity parameters evaluated, the new method showed better performance for collecting invertebrates on plants. © 2019 The Netherlands Entomological Society
metadata.dc.identifier.doi: 10.1111/eea.12797
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