Moths of North Carolina
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Significant Contributors
Scientific Name:
Common Name:
Family (Alpha):
ACROLEPIIDAE-
ADELIDAE-
AMPHISBATIDAE-
AUTOSTICHIDAE-
BATRACHEDRIDAE-
BEDELLIIDAE-
BLASTOBASIDAE-
BOMBYCIDAE-
BUCCULATRICIDAE-
CARPOSINIDAE-
CHOREUTIDAE-
COLEOPHORIDAE-
COSMOPTERIGIDAE-
COSSIDAE-
CRAMBIDAE-
DEPRESSARIIDAE-
DREPANIDAE-
ELACHISTIDAE-
EPERMENIIDAE-
EPIPYROPIDAE-
EREBIDAE-Erebid Moths
ERIOCRANIIDAE-
EUTELIIDAE-
GALACTICIDAE-
GELECHIIDAE-
GEOMETRIDAE-
GLYPHIDOCERIDAE-
GLYPHIPTERIGIDAE-
GRACILLARIIDAE-
HELIOZELIDAE-
HEPIALIDAE-
HYBLAEIDAE-
INCURVARIIDAE-
LASIOCAMPIDAE-
LECITHOCERIDAE-Long-horned Moths
LIMACODIDAE-
LYONETIIDAE-
MEGALOPYGIDAE-Flannel Moths
MICROPTERIGIDAE-
MIMALLONIDAE-
MOMPHIDAE-Mompha Moths
NEPTICULIDAE-
NOCTUIDAE-Owlet Moths
NOLIDAE-
NOTODONTIDAE-
OECOPHORIDAE-
OPOSTEGIDAE-
PELEOPODIDAE-
PLUTELLIDAE-
PRODOXIDAE-
PSYCHIDAE-Bagworm Moths
PTEROPHORIDAE-
PYRALIDAE-
SATURNIIDAE-Saturniids
SCHRECKENSTEINIIDAE-
SESIIDAE-
SPHINGIDAE-Sphinx Moths
THYATIRIDAE-
THYRIDIDAE-
TINEIDAE-
TISCHERIIDAE-
TORTRICIDAE-
URANIIDAE-
URODIDAE-
XYLORYCTIDAE-
YPONOMEUTIDAE-
YPSOLOPHIDAE-
ZYGAENIDAE-
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Tineidae Members:
Acrolophus arcanella
Acrolophus cressoni
Acrolophus forbesi
Acrolophus mora
Acrolophus mortipennella
Acrolophus mycetophagus
Acrolophus panamae
Acrolophus piger
Acrolophus plumifrontella
Acrolophus popeanella
Acrolophus propinqua
Acrolophus simulatus
Acrolophus spilotus
Acrolophus texanella
Acrolophus unidentified species
Amydria brevipennella
Amydria clemensella
Amydria effrenatella
Amydria new species eskeri
Amydria unidentified species
Augolychna septemstrigella
Diachorisia unidentified species
Diachorisia velatella
Diataga leptosceles
Eccritothrix guenterella
Elatobia carbonella
Homosetia argentinotella
Homosetia bifasciella
Homosetia costisignella
Homosetia fasciella
Homosetia marginimaculella
Homosetia tricingulatella
Homosetia unidentified species
Homostinea curviliniella
Hybroma servulella
Isocorypha mediostriatella
Kearfottia albifasciella
Leucomele miriamella
Mea bipunctella
Mea skinnerella
Monopis crocicapitella
Monopis dorsistrigella
Monopis longella
Monopis marginistrigella
Monopis unidentified species
Montescardia fuscofasciella
Nemapogon acapnopennella
Nemapogon angulifasciella
Nemapogon auropulvella
Nemapogon clematella of authors
Nemapogon interstitiella
Nemapogon multistriatella
Nemapogon rileyi
Nemapogon unidentified species
Nemapogon variatella
Niditinea fuscella
Niditinea orleansella
Niditinea sabroskyi
Niditinea unidentified species
Oenoe hybromella
Oenoe unidentified species
Pelecystola nearctica
Phereoeca uterella
Philonome clemensella
Scardia amurensis
Scardia anatomella
Scardiella approximatella
Setomorpha rutella
Stenoptinea auriferella
Stenoptinea unidentified species
Tinea apicimaculella
Tinea carnariella
Tinea croceoverticella
Tinea mandarinella
Tinea pellionella complex
Tinea unidentified species
Tineidae n. sp.
Tineidae unidentified species
Tineola bisselliella
Trichophaga tapetzella
Xylesthia n. sp.
Xylesthia pruniramiella
Xylesthia unidentified species
Xystrologa n. sp. 1
Xystrologa n. sp. 5
Xystrologa unidentified species
Niditinea
Members:
Niditinea fuscella
Niditinea orleansella
Niditinea sabroskyi
Niditinea unidentified species
3 NC Records
Niditinea orleansella
(Chambers, 1873) - No Common Name
No image for this species.
Taxonomy
Superfamily:
Tineoidea
Family:
Tineidae
Subfamily:
Tineinae
Tribe:
[Tineini]
P3 Number:
300165.00
MONA Number:
412.00
Comments:
The genus
Niditinea
has 14 described species that are thought to have originally had a Holarctic distribution (Robinson, 2009). Certain members of this genus (e.g.,
N. fuscella
) have since been spread around the world by humans. We currently have three described species in the US. There appear to be at least three more undescribed species (Metz et al., 2018).
Species Status:
Metz et al. (2018) found DNA-barcode evidence that shows there are at least three undescribed species of
Niditinea
in North America. Specimens that they determined by dissection to be
N. orleansella
(sensu stricto) belong to a group that are distinct from three other genetic clusters of specimens. These were identified as
N. orleansella
, as well as a cluster of European specimens identified as
N. striolella
. It is very likely that
N. orleansella
will eventually be split into two or more cryptic species.
Identification
Field Guide Descriptions:
Online Resources:
MPG
,
BugGuide
,
iNaturalist
,
Google
,
BAMONA
,
GBIF
,
BOLD
Technical Description, Adults:
Chambers (1873); Metz et al. (2018)
Technical Description, Immature Stages:
Metz et al. (2018)
Adult Markings:
The following description is based in part on the original description by Chambers (1873). The head and labial palp are sordid straw-colored, with the outer surface of the palp brown. The antenna is grayish yellow. The forewing ground color is pale yellowish and thickly dusted with fuscous scales, particularly on the apical third of the wing. A pair of dark spots is present at about one-half the wing length, with one spot above the costa and the other below the dorsal margin. A third spot that is slightly larger is present near the middle of the wing at about two-thirds the length. There is a checkered row of dark brown spots that extends posteriorly from about the apical fifth of the costa to the dorsal cilia, then continues along the wing tip and base of the adjoining fringe to the apex. From there it extends a short distance onto the dorsal margin before terminating.
Metz et al. (2018) noted that fresh specimens of our three
Niditinea
species usually can be identified by color alone. The scales of the head and dorsum of the thorax of
N. sabroskyi
tend towards reddish-orange, and the anal area of the forewing is less tinged with brown. The head and thoracic scales of
N. orleansella
tend to creamy-white with dark gray to black scales, and the anal area of the forewing is usually tinged with dark gray scales. The head and thoracic scales of
N. fuscella
are darker, and tend towards brown with dark brown scales. The anal area of the forewing is less differentiated, usually with a broad band or spot adjacent to the hind margin. Some specimens of
N. fuscella
closely resemble those of
N. orleansella
, so definitive identifications require the examination of genitalia.
Adult Structural Features:
Metz et al. (2018) has descriptions and illustrations of the male and female genitalia.
Adult ID Requirements:
Identifiable only by close inspection of structural features or by DNA analysis.
Immatures and Development:
This species appears to specialize on exploiting
Polistes
wasp nests. Metz et al. (2018) noted that the larvae were found in a flying squirrel nest box. There were also five cases where adults were reared from abandoned
Polistes
nests, suggesting that this species shows a strong tendency to utilize wasp nests. Sourakov (2022) recently successfully reared numerous adults from two
Polistes
nests in Florida that also yielded numerous
Chalcoela pegasalis
adults. It is uncertain if the
Niditinea
were simply scavenging, or feeding on
Polistes
larvae or pupae, but scavenging seems most likely given what we know about other
Niditinea
species.
Larvae ID Requirements:
Identifiable only through rearing to adulthood.
Distribution in North Carolina
Distribution:
This species appears to be widespread in North America, but many of the older records that were not based on genitalia could be those of
N. fuscella
or even
N. sabroskyi
. Specimens that were identified by Metz et al. (2018) based on genitalia were from Missouri, Illinois, Maryland, but other sources (MPG) show a much broader distribution. As of 2020, we have only two site records; one from near the coast and a second from the mountains.
County Map:
Clicking on a county returns the records for the species in that county.
Flight Dates:
High Mountains (HM) ≥ 4,000 ft.
Low Mountains (LM) < 4,000 ft.
Piedmont (Pd)
Coastal Plain (CP)
Click on graph to enlarge
Flight Comments:
Most adult records from areas outside of North Carolina are from May through October. As of 2020, we have records from April on the coast and and July in the mountains.
Habitats and Life History
Habitats:
Local populations appear to be dependent on paper wasp nests for successful reproduction. These are often found on homes, buildings, and barns, but also in natural settings such as rock overhangs.
Larval Host Plants:
The larvae do not feed on living plant material, and are thought to specialize to a large extent on feeding within paper wasp nests. Being tineids, they probably feed on dead organic matter rather than attack the living larvae like
Chalcoela iphitalis
does. -
View
Observation Methods:
The adults are attracted to lights, and the adults have been successfully reared from paper wasp nests.
Wikipedia
Status in North Carolina
Natural Heritage Program Status:
Natural Heritage Program Ranks:
GNR SU
State Protection:
Has no legal protection, although permits are required to collect it on state parks and other public lands.
Comments:
As of 2020, we have only two site records, suggesting that this species is uncommon in North Carolina. Additional information is needed on its distribution, abundance, and food resources before its conservation status can be assessed.