Dibolia obscura Parry

Dibolia cf. obscura Parry (Figs. 95–96, 104, 162) Reared specimens. COLORADO: Chaffee Co., Nathrop, Mesa Antero, 8.vii.2015, em. 28.vii.2015, C.S. Eiseman, ex Penstemon griffinii, # CSE1864 (2 females, MLBM). Other collected mines. COLORADO: Fremont Co., Bear Creek, Forest Rd. 101, off of 49 Rd, 7.vii.2015, C.S. Eiseman, Penstemon griffinii. Host. * Plantaginaceae: Penstemon griffinii A. Nelson. Biology. Nothing has been published previously about the host or habits of Dibolia obscura. The larvae form full-depth blotch mines in the basal leaves and occasionally in the lower cauline leaves (Figs. 95–96). The mines often include the leaf apex and occupy the full width of the leaf, sometimes extending all the way to the base. Frass is in randomly scattered particles. The larva is yellow-orange as in other Dibolia species, but unlike D. borealis, D. chelones, and D. melampyri, the prothorax is concolorous and the head is only slightly darker than the rest of the body (Fig. 104). Parasitoid. An adult Neochrysocharis arizonensis (Crawford) (Eulophidae) emerged from an aborted mine from the collection that produced the two adult beetles (CSE1740, BMNH). Notes. Our reared adults are likely Dibolia obscura, but unfortunately both are females, and confident identification requires examination of the male genitalia (S.M. Clark in litt.). Three Dibolia species have been associated with Penstemon previously, and all of them exclusively so: D. catherina Mignot, D. penstemonis Parry, and D. reyheria Mignot (Clark et al. 2004). We have found similar leaf mines on a shrubby Penstemon at Icicle Gorge, Chelan County, Washington (probably P. fruticosus (Pursh) Greene); based on known distributions (Riley et al. 2003), these were likely the work of either D. penstemonis or D. libonoti Horn (the latter has not been associated with any host plant).

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-12-09
DOI
https://doi.org/10.5281/zenodo.14389179
Primary Topic
Collembola Taxonomy and Ecology Studies
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article
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article

Dibolia obscura Parry

Zenodo (CERN European Organization for Nuclear Research)
Collembola Taxonomy and Ecology Studies
article

Dibolia obscura Parry

article en

Abstract

Dibolia cf. obscura Parry (Figs. 95–96, 104, 162) Reared specimens. COLORADO: Chaffee Co., Nathrop, Mesa Antero, 8.vii.2015, em. 28.vii.2015, C.S. Eiseman, ex Penstemon griffinii, # CSE1864 (2 females, MLBM). Other collected mines. COLORADO: Fremont Co., Bear Creek, Forest Rd. 101, off of 49 Rd, 7.vii.2015, C.S. Eiseman, Penstemon griffinii. Host. * Plantaginaceae: Penstemon griffinii A. Nelson. Biology. Nothing has been published previously about the host or habits of Dibolia obscura. The larvae form full-depth blotch mines in the basal leaves and occasionally in the lower cauline leaves (Figs. 95–96). The mines often include the leaf apex and occupy the full width of the leaf, sometimes extending all the way to the base. Frass is in randomly scattered particles. The larva is yellow-orange as in other Dibolia species, but unlike D. borealis, D. chelones, and D. melampyri, the prothorax is concolorous and the head is only slightly darker than the rest of the body (Fig. 104). Parasitoid. An adult Neochrysocharis arizonensis (Crawford) (Eulophidae) emerged from an aborted mine from the collection that produced the two adult beetles (CSE1740, BMNH). Notes. Our reared adults are likely Dibolia obscura, but unfortunately both are females, and confident identification requires examination of the male genitalia (S.M. Clark in litt.). Three Dibolia species have been associated with Penstemon previously, and all of them exclusively so: D. catherina Mignot, D. penstemonis Parry, and D. reyheria Mignot (Clark et al. 2004). We have found similar leaf mines on a shrubby Penstemon at Icicle Gorge, Chelan County, Washington (probably P. fruticosus (Pursh) Greene); based on known distributions (Riley et al. 2003), these were likely the work of either D. penstemonis or D. libonoti Horn (the latter has not been associated with any host plant).

Zenodo (CERN European Organization for Nuclear Research)
Oklahoma State University (US), Yahoo (United Kingdom) (GB), Springfield College (US)
Openalex Percentile: Top 38%
Collembola Taxonomy and Ecology Studies
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