Moths of North Carolina
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Significant Contributors
Scientific Name:
Common Name:
Family (Alpha):
ACROLEPIIDAE-
ADELIDAE-Fairy moths
AMPHISBATIDAE-
AUTOSTICHIDAE-
BATRACHEDRIDAE-Batrachedrid Moths
BEDELLIIDAE-Bedelliid Moths
BLASTOBASIDAE-
BOMBYCIDAE-
BUCCULATRICIDAE-
CARPOSINIDAE-
CHOREUTIDAE-Metalmark Moths
COLEOPHORIDAE-Casebearer Moths and Relatives
COSMOPTERIGIDAE-Cosmopterigid Moths
COSSIDAE-Carpenter Moths, Goat Moths
CRAMBIDAE-Grass Moths, Snout Moths
DEPRESSARIIDAE-
DREPANIDAE-Hook-tips and Thyatirid Moths
ELACHISTIDAE-Grassminer Moths and Relatives
EPERMENIIDAE-
EPIPYROPIDAE-
EREBIDAE-Erebid Moths
ERIOCRANIIDAE-
EUTELIIDAE-
GALACTICIDAE-
GELECHIIDAE-Gelechiid Moths; Twirler Moths
GEOMETRIDAE-Geometer Moths, Loopers
GLYPHIDOCERIDAE-
GLYPHIPTERIGIDAE-Sedge Moths
GRACILLARIIDAE-Leafblotch miner moths
HELIOZELIDAE-Shield bearer moths
HEPIALIDAE-Ghost or Swift Moths
HYBLAEIDAE-
INCURVARIIDAE-
LASIOCAMPIDAE-Tent Caterpillar Moths, Lappet Moths
LECITHOCERIDAE-Long-horned Moths
LIMACODIDAE-Slug Caterpillar Moths
LYONETIIDAE-Lyonetiid Moths
MEGALOPYGIDAE-Flannel Moths
MICROPTERIGIDAE-Mandibulate Moths
MIMALLONIDAE-
MOMPHIDAE-Mompha Moths
NEPTICULIDAE-Minute leaf miners
NOCTUIDAE-Owlet Moths
NOLIDAE-
NOTODONTIDAE-Prominents
OECOPHORIDAE-Oecophorid Moths
OPOSTEGIDAE-
PELEOPODIDAE-
PLUTELLIDAE-Diamondback Moths
PRODOXIDAE-Yucca Moths
PSYCHIDAE-Bagworm Moths
PTEROPHORIDAE-Plume Moths
PYRALIDAE-Pyralid Moths, Snout Moths
SATURNIIDAE-Giant Silkworm Moths
SCHRECKENSTEINIIDAE-Schreckensteiniid Moths
SESIIDAE-Clearwing Moths
SPHINGIDAE-Sphinx Moths
THYATIRIDAE-
THYRIDIDAE-Window-winged Moths
TINEIDAE-Clothes moths
TISCHERIIDAE-Tischerid Moths
TORTRICIDAE-Leafroller Moths
URANIIDAE-
URODIDAE-Urodid Moths
XYLORYCTIDAE-
YPONOMEUTIDAE-Ermine Moths
YPSOLOPHIDAE-Ypsolophid Moths
ZYGAENIDAE-
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Nepticulidae Members:
Acalyptris thoracealbella
Acalyptris unidentified species
Anacampsis rhoifructella-consonella complex
Ectoedemia clemensella
Ectoedemia nyssaefoliella
Ectoedemia occultella
Ectoedemia platanella
Ectoedemia quadrinotata
Ectoedemia rubifoliella
Ectoedemia similella
Ectoedemia trinotata
Ectoedemia ulmella
Ectoedemia unidentified species
Ectoedemia virgulae
Etainia unidentified
Fomoria hypericella
Fomoria pteliaeella
Glaucolepis saccharella
Nepticulidae
Stigmella apicialbella
Stigmella argentifasciella
Stigmella caryaefoliella
Stigmella castaneaefoliella
Stigmella corylifoliella
Stigmella fuscotibiella
Stigmella intermedia
Stigmella juglandifoliella
Stigmella macrocarpae
Stigmella myricafoliella
Stigmella new species 1
Stigmella new species 2
Stigmella nigriverticella
Stigmella procrastinella
Stigmella prunifoliella
Stigmella quercipulchella
Stigmella rhamnicola
Stigmella rhoifoliella
Stigmella rosaefoliella
Stigmella saginella
Stigmella sclerostylota
Stigmella tiliella
Stigmella unidentified species
Stigmella villosella
Zimmermannia bosquella
Zimmermannia mesoloba
Zimmermannia obrutella
Zimmermannia unidentified species
Ectoedemia
Members:
Ectoedemia clemensella
Ectoedemia nyssaefoliella
Ectoedemia occultella
Ectoedemia platanella
Ectoedemia quadrinotata
Ectoedemia rubifoliella
Ectoedemia similella
Ectoedemia trinotata
Ectoedemia ulmella
Ectoedemia unidentified species
Ectoedemia virgulae
38 NC Records
Ectoedemia platanella
(Clemens, 1861) - Sycamore Leaf Blotch Miner Moth
view caption
As seen here, the completed mines are distinctive in having a narrow linear portion that expands into a large, rounded blotch.
view caption
A reared adult from Madison County.
view caption
A backlit image of a nearly completed mine. Note the larva in the upper left.
view caption
A reared adult from Madison County.
Taxonomy
Superfamily:
Nepticuloidea
Family:
Nepticulidae
Subfamily:
Nepticulinae
Tribe:
Trifurculini
P3 Number:
16a0089
MONA Number:
43.00
Comments:
Wilkinson and Newton (1981) divided the North American
Ectoedemia
into four species groups based primarily on genitalic differences. The platanella group consists of four species (
E. clemensella
;
E. platanella
;
Ectoedemia similella
;
E. virgulae
) that have similar traits, such as the presence of multi-branched setae on the inner sides of the valves.
Identification
Field Guide Descriptions:
Online Resources:
MPG
,
BugGuide
,
iNaturalist
,
Google
,
BAMONA
,
GBIF
,
BOLD
Technical Description, Adults:
Wilkinson and Newton (1981)
Technical Description, Immature Stages:
Braun, 1917; Eiseman, 2019.
Adult Markings:
The following description of this tiny moth is based primarily on descriptions by Braun (1917) and Wilkinson and Newton (1981). The palps are buff and the eye-cap is shining white. The antenna is dark brown. The collar, vertex, and tuft on the front of the head are pale ochreous, while the thorax and abdomen are dark grayish brown. The ground color of the forewings is dark brown to blackish with a bronze luster. The fringe is whitish, with an apical band of dark brown wing-scales. At the middle of the costal margin there is a small oblique silvery streak, along with an opposing streak on the dorsal margin. The dorsal streak is usually larger than the costal streak and broader on the margin. In rare instances, both spots can be very minute. Occasionally, the two streaks meet to form a more or less interrupted concave fascia. The last row of scales at the apex are pale yellowish at their bases, thus forming a dark line in the cilia. The ground color and fringe of the hindwing are pale gray, and a lance-shaped chitinous plate extends along the fore edge to the middle of the costa. The legs are buff, with areas of dark brown.
Ectoedemia platanella
and
E. clemensella
both mine the leaves of
Platanus occidentalis
, and can be distinguished using several characters (Wilkinson and Newton, 1981).
Ectoedemia platanella
is almost always larger and browner than
E. clemensella
, and the males have a lance-shaped hindwing scale, which is absent in
E. clemensella
. The linear portion of the leaf mine is longer in
E. clemensella
, and it enlarges into a blotch more gradual than in
E. platanella
. The male genitalia differ in the nature of the saccus, which is markedly bilobed in
E. clemensella
, and the scales of the valves, which are shorter and less furcate in
E. clemensella
. The female genitalia differ from those of
E. similella
and
E. virgulae
by the spines of the accessory sac, which are large and single in
E. platanella
.
Wingspan:
4.0-6.8 mm for males and 3.6-6.8 mm for females (Wilkinson and Newton, 1981)
Adult Structural Features:
The following description of the genitalia is from Wilkinson and Newton (1981). Males: The pseuduncus has a single tapering lobe, and the gnathos is W-shaped. The transverse ventral plate has a broad central boss and the dorso-lateral arms are long. Both the lateral arms of the vinculum and the ventral plate are narrow. The saccus is more than twice the width of the ventral plate and weakly bilobed. The valves do not reach beyond the pseyduncus and taper slightly, with the terminally digitate setae on the dorsal surface distally. The transtillae have short, narrow lateral arms. The ventral arms reach beyond the ventral plate, while the transverse bars fuse to form a continuous narrow strap. The aedeagus is about the same length as the capsule and regular in width. The vesica have cornuti that appear as many small, evenly distributed, denticles and with a comma-shaped plate of minute papillae. The anellus is comprised of two pairs of simple spines. Females: The ductus bursae is long, and the colliculum occurs as a sclerotized double ring with a serrate inner margin. There is an associated lobe that bears scattered spicules. The accessory duct arises from the area of dilation of the ductus, and is spiral distally. The bursa copulatrix is very large and covered with small scallop-shaped chains of pectinations on striations of the bursa. The signum is double, and comprises a pair of long reticulate patches that are equal in area. The anterior apophyses are long and broad. The posterior apophyses are straight and narrow, and equal in length to the anterior apophyses.
Adult ID Requirements:
Identifiable from photos showing hindwings, abdomen, or other specialized views [e.g., frons, palps, antennae, undersides].
Immatures and Development:
Females lay their eggs on the lower leaf surface, and sometimes near a vein. The pale green larva initially produces a slender, contorted linear track that is usually filled with frass. Several days before pupation, the mine abruptly enlarges into a large rounded blotch that often obliterates the linear portion of the mine (Braun, 1917; Eiseman, 2019). The mature larva emerges from a slit in the leaf and then spins a brown cocoon. Adults from Madison County that Jim Petranka reared were estimated to take around 2-3 weeks to complete the pupal stage, while Ken Kneidel documented a pupal stage that lasted around 18 days at room temperature. Braun (1917) noted that the mines are often abundant on the leaves of American Sycamore (
Platanus occidentalis
).
Larvae ID Requirements:
Identifiable from good quality photos, especially where associated with known host plants.
Distribution in North Carolina
Distribution:
Ectoedemia platanella
is found in Ontario, Canada and across much of the eastern US where sycamores occur locally. Populations occur as far south as Alabama and Florida. As of 2022, we have records from the low mountains, Piedmont, and Coastal Plain. This species is presumed to be rare in much of the eastern Coastal Plain where American Sycamore is uncommon or rare.
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
Immature 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:
Braun (1917) noted that there are three broods per year, with the first during June. As of 2022, we have records of mines in North Carolina that occur as early as mid-May, and records of occupied mines through late July.
Habitats and Life History
Habitats:
Local populations are found in association with the American Sycamore. Sycamores are common along stream banks and in other wet habitats, particularly where scouring or soil disturbance reduces the leaf-litter layer and allows seedlings to become established.
Larval Host Plants:
The only known host is American Sycamore (
Platanus occidentalis
) (Eiseman, 2022). -
View
Observation Methods:
Almost all locality records are based on leaf mines, which are rather conspicuous on sycamore leaves. Photographic records of adults are needed, and we encourages participants to rear and photograph the adults.
Wikipedia
See also Habitat Account for
Rich Wet Hardwood Forests
Status in North Carolina
Natural Heritage Program Status:
Natural Heritage Program Ranks:
GNR S3S4
State Protection:
Has no legal protection, although permits are required to collect it on state parks and other public lands.
Comments:
This species is spottily distributed within the state due to its dependence on sycamore trees for reproduction.
Photo Gallery for
Ectoedemia platanella
- Sycamore Leaf Blotch Miner Moth
57 photos are available. Only the most recent 30 are shown.
Recorded by: Mark Basinger on 2024-10-17
Montgomery Co.
Comment:
Recorded by: Mark Basinger on 2024-10-17
Stanly Co.
Comment:
Recorded by: Mark Basinger on 2024-10-16
Rowan Co.
Comment:
Recorded by: Stephen Dunn on 2024-09-05
Orange Co.
Comment:
Recorded by: Mark Basinger and Donald Zepp on 2024-08-23
Edgecombe Co.
Comment:
Recorded by: Mark Basinger and Donald Zepp on 2024-08-23
Nash Co.
Comment:
Recorded by: Mark Basinger on 2024-08-21
Wilson Co.
Comment:
Recorded by: Mark Basinger on 2024-08-21
Wilson Co.
Comment:
Recorded by: Jim Petranka on 2024-08-03
Madison Co.
Comment:
Recorded by: Tracy Feldman on 2024-06-21
Chatham Co.
Comment:
Recorded by: Jim Petranka and Becky Elkin on 2023-08-16
Macon Co.
Comment:
Recorded by: Jim Petranka and Becky Elkin on 2023-08-16
Macon Co.
Comment:
Recorded by: David George, Jeff Niznik on 2023-08-14
Orange Co.
Comment:
Recorded by: David George, Jeff Niznik on 2023-08-14
Orange Co.
Comment:
Recorded by: John Petranka on 2023-08-09
Durham Co.
Comment:
Recorded by: Jim Petranka, Becky Elkin, and Bo Sullivan on 2023-08-08
Wilkes Co.
Comment:
Recorded by: David George on 2023-07-18
Durham Co.
Comment:
Recorded by: Dean Furbish on 2023-06-14
Wake Co.
Comment:
Recorded by: Ken Kneidel on 2023-06-13
Mecklenburg Co.
Comment: adult (3 mm total length) reared from a blotch leaf mine on Platanus occidentalis collected on 5/25/23 (see companion photo).
Recorded by: Ken Kneidel on 2023-05-25
Mecklenburg Co.
Comment: An occupied mine on American Sycamore; an adult emerged on 2023-06-13.
Recorded by: Ken Kneidel on 2023-05-25
Mecklenburg Co.
Comment: A mine with the cut-out where the larva escaped.
Recorded by: Ken Kneidel on 2023-05-25
Mecklenburg Co.
Comment: A cocoon that was spun by a larva; leaf mine on 2023-05-25; larva exited the mine and spun the cocoon on 2023-05-26; the adult emerged on 2023-06-13.
Recorded by: David George, Becky Watkins on 2022-09-18
Durham Co.
Comment:
Recorded by: David George on 2022-09-07
Orange Co.
Comment:
Recorded by: David George on 2022-09-01
Durham Co.
Comment:
Recorded by: David George on 2022-09-01
Durham Co.
Comment:
Recorded by: Jim Petranka and Becky Elkin on 2022-08-25
Clay Co.
Comment:
Recorded by: Jim Petranka and Becky Elkin on 2022-08-03
Polk Co.
Comment:
Recorded by: Jim Petranka on 2022-07-17
Madison Co.
Comment: One of three adults that were reared from mines on American Sycamore; mines on June 26; adults emerged on July 17.
Recorded by: Jim Petranka on 2022-07-17
Madison Co.
Comment: One of three adults that were reared from mines on American Sycamore; mines on June 26; adults emerged on July 17.