Anaphothrips latis Bhatti

Vierbergen, Gijsbertus, 2014, Thysanoptera intercepted in the Netherlands on plant products from Ethiopia, with description of two new species of the genus Thrips, Zootaxa 3765 (3), pp. 269-278: 271

publication ID

http://dx.doi.org/10.11646/zootaxa.3765.3.3

publication LSID

lsid:zoobank.org:pub:D336D8B5-DA64-436E-AC04-8FB94C8925A5

persistent identifier

http://treatment.plazi.org/id/88548782-FFB8-3B1D-A6A9-FC6BFCC5F9AB

treatment provided by

Plazi

scientific name

Anaphothrips latis Bhatti
status

 

Anaphothrips latis Bhatti 

Described from a single female taken on Poaceae  in India ( Bhatti 1967), four females labelled as topotypes of this species by Bhatti have been studied (in SMF) with the following data: India, Bombay, Maharashtra, Malabar Hill on Digitaria  , 12.ii. 1991 (J. S. Bhatti). Also in SMF there are 3 females and 2 males of A. latis  from South Africa, on Triticum aestivum  , viii. 1980 (P.H. Hewitt). Moreover, in PPS there is one female with the following data: from Rosa  (as cut flower) at Bleiswijk, Netherlands (imported from Zimbabwe), 3.xii. 1997 (F. van Holsteijn). One female was collected from Rosa  cut flowers imported from Ethiopia, 27.xii. 2004, at Noordwijk, Netherlands (J.G. de Zeeuw). These are the first records for the Afrotropical Region, and despite adults being collected from roses the species probably lives on Poaceae  . A. latis  has a yellow body, with antennal segments I and II yellow, III and IV greyish brown, V –VII brown ( Fig. 1View FIGURES 1 – 2); the ocellar setae are short, placed outside the ocellar triangle (in front of and close to hind ocelli); pronotum with few discal setae; fore wings darkened; metanotum sculpture reticulate, without campaniform sensilla ( Fig. 2View FIGURES 1 – 2); tergite VIII posteromarginal comb long and complete, setae with apex obtuse. A. latis  has much in common with A. graminum Priesner  (distribution Mediterranean Area, Canary Isles and Cape Verde Islands), but that has no metanotal campaniform sensilla, and the length/width ratio of antennal segments III –V larger: A. graminum  2.3–2.4 versus A. latus  1.7–2.1.

SMF

Forschungsinstitut und Natur-Museum Senckenberg