Aceria calaceris

Aceria elongata

Aceria modesta

Eriophyes aceris

Aceria major

Aculus minutissimus

Aculus quinquilobus

Aceria negundi

Vasates quadripedes

Vasates aceriscrumena

Aceria spicati

Cecidophyes naulti

Rhyncaphytoptus magnificus

Aculops rhois

Eriophyes laevis

Aceria baccharipha

Aceria brachytarsa

Aceria caulis

Aceria aloinis

Aceria sandorici

Aceria fraxini

Blaesodiplosis amelanchier-hook-gall

Vasates oldfieldi

Aculops arizonarhus

Eriophyes buceras

Aceria pallida

Acalitus blastofagi

Acalitus ferruginea

Aceria durmitorensis

Aceria mackiei

Aceria paramackiei

Aceria quercerina

Aceria querci

Aceria trichophila

Aceria trinema

Aceria triplacis

Unknown dentatae

Phyllocoptes triacis

Aceria caryae

Aceria vaga

Eriophyes paraviburni

Aceria myriadeum

Cenalox nyssae

Aceria nyssae

Cenalox conyssae

Aceria ambrosioides

Anthocoptes transitionalis

Aceria theospyri

Eriophyes leionotus

Phyllocoptruta rubigator

Aceria marshalli

Acalitus longisetosus

Aculops euphorbicolus

Acalitus phoradendronis

Phyllocoptes wisconsinensis

Aceria guazumae

Aceria lantanae

Acalitus capparidis

Phyllocoptruta antillana

Acalitus ipomocarneae

Trisetacus batonrougei

Trisetacus juniperinus

Trisetacus neoquadrisetus

Trisetacus ramosus

Aceria neocondaliae

Aceria kiefferi

Aculus carsonellus

Eriophyes salicicola

Colomerus vitis

Aceria tristriata

Unknown c-americana-vein-sac

Phytoptus avellanae

Aceria franseriae

Aceria caborcensis

Aceria boycei

Aceria ambrosiae

Colomerus holodisci

Acalitus brevitarsus

Eriophyes betulae

Eriophyes exilis

Eriophyes leiosoma

Eriophyes tiliae

Phytoptus abnormis

Phytoptus tetratrichus

Aceria caliberberis

Aceria breakeyi

Aculops lupini

Phyllocoptes distchi

Aceria magnoliae

Phyllocoptes goniothorax

Aculus vallis

Eriophyes semen

Aculops aenigma

Acalitus purpurascensis

Aceria plucheae

Aculus laevigatae

Aculus niphocladae

Aculus oresterae

Acalitus maracai

Aceria dispar

Aceria calaceris

Eriophyes calaceris

Hosts: Acer glabrum, Acer heldreichii, Acer macrophyllum

Relationship: These mites are found in and probably cause the red erineum on leaf tips [upper surface]; produce bright red erineum on upper leaf surfaces.

Notes: This mite's records from Acer negundo L. in the east are probably Aceria negundi (Hodgkiss, 1913) [white or brown erineum, not red]. All three erineum mites should be carefully studied and rearing studies conducted.

Range: CA, SD, WA

Aceria elongata

Erineum roseum
Eriophyes regulus
Eriophyes elongatus

Hosts: Acer saccharum

Red erineum patches on the upper surfaces of leaves.

Note about Erineum roseum Schultz (Harlow): Hagen (1885) p. 24, # 25, "Acer saccharinum Wang". Pl. [Place] Shelburne, NH, August 1882. Prof. Harlow [collector of fungi]. Erineum roseum Schult. (Farlow); small velvety patches [red] on the upper surface of leaves. [This shows the great confusion in the names of the maples; Silver Maple, Acer saccharinum, never has red erineum on the upper surface of the leaves. The host was actually Acer dasycarpum Ehrh., regarded by , the old name for the sugar maple, Acer saccharum L. I have collected it many times from Sugar Maple.]

"Aceria regula is the deutogyne and a junior synonym; Aceria elongata is the protogyne; Aceria elongata has seniority by pagination in the 1913 paper (#272)" based on comments in #4062. Aceria regula is not the deutogyne; the deutogyne lacks MT on dorsal opisthosomal annuli; Hodgkiss illustrated a mite with complete dorsal microtuberculation and a distinctive shield pattern. Aceria regula is probably an inquiline that occurs in the red erineum in New York. 

Range: MI, NY, WV, Canada

Aceria modesta

Eriophyes modestus

Hosts: Acer saccharum

Relationship: Whitish or greenish erineum patches on the lower surfaces of leaves or along the veins.

Range: Canada, NY, WV

Aceria aceris

Eriophyes aceris

Hosts: Acer saccharinum

Relationship: The mites causes greenish to reddish erinea on lower leaf surfaces.

Notes: Probably occurs on silver maple throughout eastern North America.

Suggest Aceria hodgkissiae for this erineum mite. This distinctive mite species needs a new name; it is a junior homonym of Aceria aceris (Murray, 1877), which is a valid mite species in Europe causing elongate, red carmine galls, filled with hairs, with a large open aperture on the leaf underside, with leaf-hairs protruding; it occurs on Acer pseudoplantanus, the Planetree Maple, in Europe

Range: NY, MA, VT, WV, WI

Aceria major

Aceria ornatus
Eriophyes major

Hosts: Acer rubrum, Acer circinatum? macrophyllum?

Relationship: Pale-greenish or greenish-yellow lower surface, leaf erineum often with a reddish tint, later becoming red, then brown and dry. 

Range: NY, CA, FL, MA, Washington, WV

Aculus minutissimus

Phyllocoptes minutissimus
Eriophyes minutissimus

Hosts: Acer rubrum

Relationship: White or red erineum consisting of large capitate multicellular processes on the upper surfaces of leaves. It may be an inquiline.

Range: NH, NY, WV

Aculus quinquilobus

Phyllocoptes quinquilobus

Host: Acer rubrum

Relationship: Causes whitish or pinkish erineum galls on the lower surface of the leaves.

Distrbution: Canada; NY; Washington

Aceria negundi

Eriophyes ryderi

Host: Acer negundo

Relationship: Wart-like swellings or pouch galls on leaves, lower surface erineum

Range: Canada, FL, GA, IL, NY, OH, WV

Vasates quadripedes

Eriophyes confusus
Phytoptus quadripedes
Eriophyes quadripedes

Hosts: Acer saccharinum, rubrum, pseudoplatanus [mistake?]

Relationships: Bladder galls on leaf upper surface

Notes: The gall in each maple is caused by a different species of Vasates

Range: Quebec, Nova Scotia, CA, IL, IN, KS, MD, MO, NJ, NY, OH, PA, SD, WA, WV, WI

Vasates aceriscrumena

Phytoptus acericola
Acarus aceris crumena
Eriophyes aceris-crumena
Eriophyes crumena
Phyllocoptes aceris-crumena

Hosts: Acer saccharum, leucoderme

Relationship: Upper surface, leaf finger galls with lower surface opening

Range: IN, OH, WV, Quebec

Aceria spicati

Eriophyes spicati
Eriophyes parallelus

Hosts: Acer spicatum

Relationship: Small white "frost" (= erineum) galls on leaf underside at vein angles

Notes: Listed as nomen nudum by Nalepa (1929b) and Amrine & Stasny (1994), Baker et al. (1996), but meets all criteria for a valid species. 

Range: MA, NY, NC, WV

Cecidophyes naulti

Hosts: Acer rubrum

Relationship: The mites were found on the lower surface of leaf curling.

Range: OH, WV

Rhyncaphytoptus magnificus

Phyllocoptes magnificus 

Hosts: Acer platanoides, rubrum?

Relationship: Epidermal hairy growths which occur in the axils of the veins on the under surfaces of leaves.

Range: Finland, NY?, WV

Aculops rhois

Eriophyes sp.

Hosts: Toxicodendron radicans ssp. radicans, diversilobum, vernix

Relationship: "Corrugations (galls) on upper and lower surfaces of leaf with numerous, whitish hairs or erinea"; leaf deformation; stunting of plant? Flowers of large vines sometimes become deformed producing numerous long narrow filaments that are narrow rolled leaves; mites develop in large numbers within the rolls; in some cases the filaments are somewhat more leaflike (West Virginia: Monongalia, Nicholas, Preston and Tucker counties; Maryland: near mouth of Susquehanna River). Are these a different species?

Range: MA, CA, FL, GA, IN, MD, OH, PA, SD, WV

Notes:

Amrine & Stasny, 1994, erroneously listed this mite as nomen nudum. The mite described by Stebbins meets all code requirements for an older description: "a name, a mention of the animal and a description of the work of the animal"; thus her name is valid and has priority over Ewing's toxicophagus. We hereby elevate her name, Eriophyes rhois Stebbins 1909 to the accepted name for the poison ivy ( Toxicodendron radicans) gall mite. Ewing's Phyllocoptes toxicophagus is valid and occurs on Toxicodendron diversilobum. The deutogyne of rhois was photographed by Briones & McDaniel, 1976, 41, f. 88 and was observed by J. Amrine, 2 Sep. 1998 on specimens collected from Monongalia Co. WV, Cobun Creek Trail, by pasture, south of Cobun Creek Rd, 1 Sep, 1998, ex poison ivy (Toxicodendron radicans); they need to be described. The name rhois is a modified form of Rhus. Mites, if they occur on Toxicodendron pubescens Mill. (Atlantic Poison Ivy) and T. rydberghi (Small ex Rydb.) Greene (Western Poison Ivy) may all be separate, distinct species.  

Nalepa 1929 listed on p. 124, under Rhus radicans, Eriophyes rhois Stebbins 1909, and under Rhus diversilobus, Phyllocoptes toxicophagus Ewing, 1922; it may be that galls on each species of Rhus is caused by a different mite. Very careful morphological studies should be done, with rearing experiments and DNA studies. Probably, Aculops toxicophagus (Ewing) will be the name for the mite causing galls on Rhus diversilobus, and Aculops rhois (Stebbins, 1909) for the mite causing erineum galls on Rhus radicans.

NOTE: Inflorescences of Rhus radicans often have flowers & fruits formed into long foliar filaments, with the edges curled in toward the upper midrib, containing numerous mites and a few hairs. Much of this dries up during the season and becomes brown or black and brittle, resembling Spanish Moss on poison ivy. But, many deformations continue to have parts of the deformity growing, tender and green containing mites eggs and offspring even into November. Deutogynes in August were more common in older filaments; protogynes and developing mites in the tender growth. Deformed fruiting bodies have been found at cliffs at Blackwater Falls St. Park (Tucker Co., WV),at the Summersville Library on several large plants on three large trees (Nicholas Co.), at I-79 Rest Area N. Bound, north of Clarksburg, Harrison Co., WV, at Cheat Lake south of Mont Chateau (WV Geological Survey), at Cheat Lake, Morgan's Run Park and Trail, at Monongahela River, just south of the Morgantown Dam, east side along bike path, and at 24 Pinnacle Lane, Monongalia Co., WV. Originally, the foliated fruit was thought to be injury from glyphosate (A.I. of Roundup herbicide), but, symptoms have been found where pesticides have never been used. These mites are very similar to Aculops rhois and careful descriptions should be made to determine if one and the same species causes both kinds of deformities. It is not known if this symptom occurs on Poison Oak, Poison Sumac or other species of Rhus in North America. Examination of large hedgerows of poison ivy in New Orleans failed to find any of this new symptom. So far, it has only been found in several locations in West Virginia, in Bridgeport, Morgantown, Cooper's Rock State Forest, and Black Water St. Park in Tucker Co. 

Eriophyes laevis

Bursifex alni
Phytoptus laevis
Phytoptus pustulatum

Hosts: Alnus glutinosa, incana, rugosa, tenuifolia, pubescens, rhombifolia, rubra, viridis. [Betula papyrifera and Salix nigra listed as likely mistakes reported in the literature]

Relationship: Numerous cephaloneon galls of various sizes, on both leaf surfaces (mostly upper); Cephaloneon pustulatum Bremi.

Range: Europe; CA, GA, KS, WA, WV

Notes: 

Host associations on some plants are probably missidentifications, such as Betula papyrifera.

This may be a complex of very similar species, each restricted to one or two species of Alnus.

Amrine & Stasny (1994) mistakenly made laevis (Nalepa, 1889) a nomen nudum; they did not see the brief description on p. 132, which is sufficient according to the code.

Aceria baccharipha

Eriophyes baccharipha

Hosts: Baccharis pilularis

Relationship: Leaf blisters.

Range: CA, FL

Aceria brachytarsa

Aceria amiculus
Eriophyes brevitarsus

Hosts: Juglans hindsii, californica, nigra

Relationship: Undersurface purse galls; purse galls filled with parenchymatous tissue and sparse hairs, with channels for mite development. The leaf gall on Juglans nigra is mostly on the upper surface and hollow with hairs; nothing like this gall. 

Range: CA, OH, WA, WV

Notes: 

Eriophyes brevitarsus was preoccupied by the senior homonym, Eriophyes brevitarsus Fockeu, 1890, which was later assigned to Acalitus brevitarsus (Fockeu). Farkas (1965) changed the spelling to Aceria brevitarsa (Fockeu).

Aceria amiculus (Keifer, 1940) is the deutogyne and junior synonym according to Keifer (1969), in C3 [358: 15].

The mite causing leaf galls in Juglans nigra is a different species.

Aceria caulis

Erineum anomalum
Juglandis caulis
Acarus caulis

Hosts: Juglans nigra

Relationship: The mites produce the Petiole Gall, peculiar reddish to purplish erineum-covered wooden swellings on the petioles; leaves often distorted and shortened; may be many galls per leaf.

Range: IL, GA, MD, NJ, NY, OH, PA, WV

Aceria aloinis

Eriophyes aloinis

Hosts: Aloe spinosissima, striata; Haworthia spp, retusa

Relationship: The mites cause severe deformation on the inner sides of leaf axils and on inflorescences.

Range: CA, WA

Aceria sandorici

Eriophyes sandorici

Hosts: Sandoricum koetjape

Relationship: Erineum pockets on upper and lower sides of leaves, the pockets protruding out of both surfaces.

Range: Asia

Aceria fraxini

Phytoptus fraxini
Eriophyes fraxini

Hosts: Fraxinus pennsylvanica, americana, latifolia, nigra

Relationship: Elongate, smooth, often bead-like leaf galls on upper leaf surface with elongate, fringed openings mostly on lower leaf surface.

Range: IL, Quebec, CA, FL, IN, ME, NY, OH, SD, VT, VA, WV, WI

Eriophyes? amelanchieri
Hosts: Host originally listed as Amelanchier canadensis L., then Amelanchier ×intermedia Spach (pro sp.) [arborea × canadensis], and back
Rounded galls on upper leaf surface, open on lower surface by an elongate tube that splits open at maturity (could it be a Phylloxera?).
If they are eriophyoids, then the description is valid; otherwise, if they are Phylloxera or another insect, then the name is nude

Species: Vasates oldfieldi
Description: In numerous, short finger galls on leaves
Originally described as Eriophyes lionotus (Nalepa) by Wilson & Oldfield, 1970.
Hosts: Betula occidentalis

Aculops arizonarhus Keifer, 1966
Host: Rhus microphylla
Relationship: The mites apparently deform flower bud.

[The Amrine catalog has three entries associated with Bucida buceras [Terminalia buceras]: 

Colomerus bucidae (Nalepa 1904), a valid species with synonyms Eriophyes buceras and Colomerus bucidae
Relationship: "Erineum in leaf bulges- upward."
Note: "There may be three separate species here: one causing erineum, one causing leaf galls, and one causing the flower galls described by Trotter, 1929. This host plant and its mites need further study."

Colomerus buceras (Trotter 1929), tentatively asserted as a deprecated synonym of Eriophyes bucida (Nalepa, 1904)
Relationship: "Greatly elongated, slender, hollow, horn-shaped outgrowth on flower, about 19 cm long (instead of the normal fruit measuring only 5-6 mm) and about 2-4 mm thick. The gall cavity contains numerous fleshy irregular emergences. Some of the galls on inflorescence develop into witches' brooms."
Note: "This appears to be a valid species that is distinct from and precedes Eriophyes buceras Cromroy, 1958. This mite was missed by Davis et al., 1982, and by Amrine & Stasny, 1994."

Colomerus buceras (Cromroy, 1958), a deprecated synonym of Colomerus bucidae
Relationship: "Deformed fruit, leaf erineum, and two types of galls [galls were not described]."
Note for C buceras reads: "Is this the same species described by Trotter in 1917 (Eriophyes buceras Trotter, 1929)? If they are different species, then this mite needs a new name. The symptoms may be describing 2 or 3 species."]

Aceria pallida Keifer, 1964

Host: Lycium pallidum, carolinianum, barbarum

Relationship: Leaf blisters

Locality: AZ

Considered a jun syn of Aceria kuko by Kuang 1983 and Huang, 2004

Acalitus blastofagi

Aceria blastofagi

Type host: Dwarf Beech (Bonzai), Fagus sp. (probably F crenata; Fagus sylvatica L. is also used for beech Bonsai; the two species  are very similar).

Relationship: the mites form galls in the buds

Type locality: Japan, intercepted at airport in California

Acalitus ferruginea (Stebbins, 1909)

Erineum fagineum Persoon, 1822
Acalitus fagerineus (Keiger, 1959)
Acalitus ferrugineum (Farlow &Hagen, 1885)
Acalitus ferrugineus (Stebbins, 1909)

Host: Fagus grandifolia

Relationship: "Yellow erineum patches on the upper surface of the leaf: compound capitate papillae."; Erineum on leaf undersurface; "numerous granules on leaf undersurface, discolored pustules above; at first frosty, later brown."

Distribution: FL, MA, NH, PA, OH, WV

Notes: Persoon (1822) described Erineum fagineum Persoon as a fungus, producing erineum patches on leaves of Fagus sylvatica L.; thus, this name is not available as a mite name.

Hagen (1885) created the name Erineum ferrugineum P. (Farlow) (P. apparently refers to Persoon) for the mite producing erineum on leaves of Fagus grandifolia Ehrh. Farlow gave a collection of beech leaves with erinea by this mite to the Cambridge Museum; Hagen described the symptoms as "Irregular velvety rusty patches on the underside of the leaves." The mite was given the name Acalitus ferrugineum (Farlow & Hagen, 1885) by Amrine and Stasny (1994): Persoon was dropped as he had no connection with the name ferrugineum and he thought a fungus caused the symptom; Farlow was retained, since it had been used by both Hagen and Stebbins; no publication by Farlow has been found.

Stebbins (1909) listed the name Eriophyes? ferruginea Farlow as the mite producing erineum on leaves of Fagus grandifolia L. This name was not listed by Davis et al. 1982, nor by Amrine & Stasny, 1994. Stebbins was the first to assign the mite to Eriophyes (apparently derived from the name Erineum ferrugineum P. (Farlow) listed by Hagen (1885). Stebbins is thus the author of Eriophyes ferruginea producing erineum on the leaves of American Beech.

One mite forms erinea on both surfaces of the beech leaf. We found two different mites in the two different erinea (Garman suspected this in 1894, but failed to provide names); we found an Aceria in the lower surface erinea and an Acalitus in the upper surface erinea. Earlier versions of our electronic catalog listed the mite causing the lower leaf surface erineum, as Aceria ferrugineum (Stebbins, 1909) and the mite causing the upper surface erineum, as Acalitus fagerinea (Keifer), but this was wrong. Careful study has found two species of Aceria that are inquilines in the erinea on both leaf surfaces; and these can become so abundant that sometimes, only an Aceria can be recovered from an erineum. 

Aceria durmitorensis (Petanovic & Boczek, 1990)

Eriophyes durmitorensis Petanovic & Boczek, 1990

Host: Fagus sylvatica L. subsp. moesiaca

Relationship: Round erinea on undersurface of leaves.

Locality: WV [a European species found on ornamental plantings in US]


Aceria mackiei

Eriophyes mackiei

Host: Quercus agrifolia, chrysolepis, garryana, vaccinifolia, wislizenii [(wislizenii inferred). Quercus alba and macrocarpa listed as erroneously given hosts in prior sources]

Relationship: Erineum pockets on lower surfaces of leaves.

Notes: There may be several sibling species on these oaks; careful rearing and DNA research should be done.

Locality: CA, SD [error? none of its hosts occur there], WA

Aceria paramackiei (Keifer, 1941)

Eriophyes paramackiei Keifer, 1941

Host: Quercus agrifolia

Relationship: The mites produce clusters of stunted twigs along the stems. the attacked twigs appear in the lower part of the trees; infested trees do not appear thrifty. These clusters grow slowly from year to year, harboring numerous mites in the buds along the short stems. Mites cause brooming and bud clustering

Locality: CA

Aceria quercerina (Keifer, 1979)

Eriophyes quercerinus
Aceria quercerinus

Host: Quercus virginiana

Relationship: The mites make leaf-deforming patches in leaves.

Locality: FL

Aceria querci (Garman, 1883)

Phytoptus querci Garman, 1883
Eriophyes querci (Garman, 1883)
Eriophyes mackiei Keifer

Host: Quercus macrocarpa

Relationship: Galls, 2.5 mm to 6.25 mm diameter on leaves, usually protruding on upper surface, with pubescent erineum in cavity below; sometimes reversed [rewritten from Garman, 1883].

Locality: IL, OH

Aceria trichophila Keifer, 1955

Host: Quercus douglasii, ilex [in Spain]

Relationship: The mites produce baggy erineum-filled leaf galls 1/4 to 1/2 inch in size.

Locality: CA

Aceria trinema Keifer, 1966

Host: Quercus rubra

Relationship: Erineum patches on lower surfaces of leaves.

Locality: WI

Aceria triplacis Keifer, 1960

Eriophyes triplacis

Host: Quercus alba, laurifolia, virginiana [laurifolia and virginiana seem dubious--the virginiana record is more like Aceria quercerina]

Relationship: Erineum pocket galls on lower surfaces of leaves; large protrusions on upper surface.

Locality: FL, MD, NY, VA, WV

Eriophyes dentatae Stebbins, 1909

Host: Castanea dentata

Relationship: Woody gall, 2-3 mm diam. with larval cell supported by radiating fibers (a cynipid).

Locality: MA

Notes: Apparently, from the description and illustration, it is not an eriophyid, but a Cynipid gall wasp. 

Phyllocoptes triacis Keifer, 1966

Hosts: Symphoricarpos albus var. laevigatus

Relationship: Inquiline? in leaf edge roll and leaf folding with Eriophyes brownei Keifer.

Distr: CA, OR

Eriophyes brownei Keifer, 1966

Hosts: Symphoricarpos albus var. laevigatus, Symphoricarpus occidentalis

Relationship: Leaf edge rolls and leaf folding with Phyllocoptes triacis Keifer, 1966; in buds & leaf axils in SD

Distr: OR, SD

Aceria caryae (Keifer, 1939)

Eriophyes caryae

Hosts: Carya illinoiensis, cordiformis

Relationship: The mites cause Leaf edge rolls on upper leaf surfaces and live in the spongy tissue inside the rolls.

Damage is figured by Felt, 1917, N. Y. State Mus. Bul. No. 200, pl. 15.
The mite on Carya cordiformis appears to be a different species. 

Range: Type locality Brownwood Texas; GA, KS, NY, TX, WV

Aceria vaga

Eriophyes sp. cecidium nov
Eriophyes vaga

Carya illinoinensis, cordiformis

Along veins on lower leaf surface, causing discolored spots; on Bitternut Hickory, it causes vein angle galls on lower leaf surface containing scores of mites and eggs.

Eriophyes paraviburni Keifer, 1963

Eriophyes viburni Stebbins, 1909 [preoccupied by Eriophyes viburni (Nalepa, 1889).]

Host: Viburnum dentatum

Relationship: The mites form masses of white erinea in shallow pockets on lower leaf surfaces. Corrugations of leaf, upper side arches over; both within and without, densely clothed with short white hairs. (Keifer, 1963: undersurface leaf pockets with white erineum).

Range: NY, MA

Aceria myriadeum

Cephaloneon myriadeum
Eriophyes macrochynchus cephaloneus
Eriophyes cephaloneus var aceriscampestris
Aceria aceriscampestris
Artacris cephaloneus var. aceris-campestris

Hosts: Acer campestre, Acer pseudoplatanus?

Relationship: Numerous cephaloneon galls on leaf surface

Range: England, Germany

Aceria cephalonea [junior synonym of Aceria myriadeum]

Cephaloneon myriadeum
Eriophyes macrorhynchus cephaloneus
Aceria macrorhyncha cephalonea

Hosts: Acer pseudoplatanus, campestre

Relationship: Numerous, tiny bead galls; small, reddened leaf pustules

Aceria macrorhyncha [junior synonym of Aceria myriadeum]

Cephaloneon myriadeum
Ceratoneon vulgare
Phytoptus macrorhynchus
Eriophyes macrorhynchus

Hosts: Acer pseudoplatanus, campestre, monspesulanum, opalus, heldreichii

Relationship: Slightly elongate leaf galls, Cephaloneon myriadeum Bremi. It is Ceratoneon vulgare Bremi on Acer pseudoplatanus according to Fockeu, 1891 (#2704), Nalepa 1929b. [The leaf is more or less covered with upright, mostly on the upperside, of horn-shaped or stool-shaped or barrel-shaped, green or more reddish protrusions with underside entrance, crater-formed, or closed with hairs.]; galls protruding through the lower surface

Cenalox nyssae

Hosts: Nyssa sylvatica

Small protrusions, internally with erineum, along the midridges at the lateral vein angles

Range: GA, MD, WV

Aceria nyssae

Eriophyes nyssae

Hosts: Nyssa sylvatica

Relationship: Bead-galls on leaves

Range: FL, GA, MD, NC, WV

Cenalox conyssae

Hosts: Nyssa sylvatica

Relationship: Elongate, lower surface, leaf pockets filled with hard lobes, along leaf veins. The galls cause protrusions on upper leaf surfaces. This mite is an inquiline in leaf margin roll galls caused by Aceria dina; short sections of the long galls contain only white, broad mites, which are this species; it may be inquiline in galls of Cenalox nyssae as well.

Range: OH, WV

Aceria ambrosioides

Hosts: Ambrosia ambrosioides

Relationship: Irregular leaf galls

Range: AZ

Anthocoptes transitionalis

Hosts: Acer rubrum, campestre, monspessulanum, platanoides, pseudoplatanus

Relationship: The mites were found in deformed or "pustular" areas in smooth bark of small limbs of the red maple; occurs on underside of leaves, causing russeting and drying of leaves

Range: NY, Washington

Aceria theospyri

Hosts: Diospyros virginiana

Relationship: Small bead galls protruding on the upper surface and opening on the lower surface.

Range: FL, GA, IN, MD, MO, WV

Eriophyes leionotus

Phytoptus leionotus
Eriophyes lionotus
Eriophyes laevis lionotus


Hosts: Betula pendula, concinna, coriacea, pubescens, maximowicziana, odorata, occidentalis?, pubescens tortuosa, semipendula

Relationship: Leaf nodules (small cephaloneon galls on upper leaf surface); erineum (same mite?)

Notes: This mite has been in Phytoptus, Eriophyes, Phyllocoptes, Aculus and Aceria [several authors classified it based on the deutogyne instead of the protogyne]; it belongs in Eriophyes. Amrine and Stasny (1996, #2306) moved Aculus leionotus (Nalepa 1891), #1180, to Eriophyes leionotus (Nalepa 1891) based on examination of protogynes; they corrected the habit from erineum to leaf nodules (Cephaloneon betulinum). This species was described from the deutogyne, which would be placed under Aculus. Nalepa (1919, p. 33 and 1923c, p. 38) emended the name to lionotus, but the emendation has not been generally accepted. We follow Liro & Roivainen (1952) and spell it leionotus.

Phyllocoptruta rubigator

Notalox rubigator

Hosts: Acer saccharinum

Relationship: "The mites are lower surface, leaf feeders, causing considerable rusting"; collections in Morgantown, WV, 23 Aug 2012, found the mites, in all stages, including deutogynes, in considerable numbers on the upper leaf surface only, no apparent injury was observed [vagrant].

Range: MD, WV

Aceria marshalli

Eriophyes marshalli

Hosts: Acer macrophyllum

Relationship: Mites make patches of tiny bead galls that protrude from upper leaf surface

Notes: [another mite reported on Norway Maple under this name] in Hungary is probably a different species, possibly macrorhyncha or close to it.

Range: British Columbia



Acalitus longisetosus

Erineum roseum
Phytoptus longisetosus

Hosts: Betula pendula, pubescens

Relationship: Erineum rosum, nerve angle protrusion

Range: [Europe; not listed in North America]

Aculops euphorbicolus

Aculus euphorbicolus

Hosts: Euphorbia corollata, curtisii

Relationship: Flower deformation, galls

Range: GA, FL, VA

Acalitus phoradendronis

Hosts: Phoradenderon villosum var villosum

Relationship: The mites make partial galls on lower leaf surfaces consisting of irregular channels surrounding a raised center. These deformities give the mites a sequestered location in which to live.

Range: CA

Phyllocoptes wisconsinensis Keifer, 1965

Host: Sambucus nigra L. ssp. canadensis (L.) R. Bolli

Relationship: Rust, twisting, leaf deformation.

Distr: WI

Aceria guazumae

Host: Guazuma ulmifolia

Relationship: Galls [Blister and leaf curling].

Distr. Cuba, Florida, Nicaragua, Venezuela

Aceria lantanae
Eriophyes vaccinii

Host: Stephania abyssinica

Relations: The mites were found in flower buds, causing a "red blistered unnatural appearance".

Distr: NC, CT, DE, FL, GA, MD, MA, MS, NJ, NY, SC, VA, South Africa

Acalitus capparidis

Host: Capparis indica

Relations: Crinkle galls on the lower leaf surface, opening through a small pit on upper leaf surface

Distr: Guadalupe

Phyllocoptruta antillana

Host: Sapium glandulosum

Relations: Leaf galls, about 3mm diameter, open on lower leaf surface

Distri. Guadeloupe

Acalitus ipomocarneae

Host: Ipomea carnea

Relations: The mites make irregular bead galls or somewhat elongate galls that project from the upper leaf surface in large numbers. The galls are hairy both inside and out.

Distr: Venezuela

Trisetacus batonrougei Smith, 1978

Host: Juniperus virginiana

Relationship: Mites form large colonies in the berries, causing distortion and shriveling, and destroy the seeds.

Distr: Ontario, West Virginia




Trisetacus juniperinus

Relationship: Needle agglomeration, causing basal enlargement and necrosis.

Hosts: Common juniper, White Cedar, Southern White Cedar, Swamp White Cedar, Atlantic White Cedar

Distr [in USA]: AL, FL, MS, NY, PA, WV


Trisetacus neoquadrisetus
*Trisetacus quadrisetus

Relationship: In deformed berries; forms large colonies in the berries, causing distortion and shriveling and destroy the seeds

Host: Juniperus scopulorum

Distr: British Columbia, Montana

Trisetacus ramosus
*Trisetacus quadrisetus, Eriophyes ramosus

Host: Juniperus deppeana

Relationship: Fruit injuries; mites reportedly inhabit berries (cones), forming large colonies and causing distortion.

Distr: Arizona

Aceria neocondaliae

Host: Ziziphus parryi

Relationship: The mites produce and inhabit small blisters on leaves similar to but smaller than those caused by the pear leaf blister mites on pear.

Range: San Diego county CA

Aceria kiefferi

Phytoptus kiefferi
Eriophyes kiefferi

Hosts: Achillea millefolium, Achillea ptamica, Tanacetum abrotanifolium

Relationship: Flower deformation; deformed leaves

Range: Canada, [Europe]

Notes: millefolium and [sic] are widespread in North America. The mite may be useful as a biocontrol agent

Aculus carsonellus

Aculops carsonellus

Host: Salix exigua

Relationship: Elongate leaf galls or folds

Range: CA

Eriophyes? salicicola

Phytoptus salicicola

Hosts: Salix interior, alba, bebbiana, discolor, melanopsis, pyrifolia

Relationship: Elongate fold galls, leaf rolling; "one or two narrow, longitudinal upward folds extending lengthwise on the leaf, opening via a slit below."--Chadwick, p. 145.

Range: IL, IN, NY

Aculops salicicola [A separate entry; unclear if these are distinct species or not]

Cecidobia salicicola
Phyllocoptes salicicola
Aculops salicicola

Host: Salix sp.

Relationship: Leaf galls

Range: CO

Colomerus vitis

Phytoptus vitis

Hosts: Vitis vinifera, aestivalis, vulpina. There are probably different species of Colomerus on native wild grapes

Relationship: Erineum on leaf undersurfaces.

Range: California, Florida, Maine, Ohio, Oregon, New York, Washington USA

Aceria tristriata
 
Cephaloneon bifrons
Phytoptus tristriatus
Eriophyes tristriatus

Hosts: Juglans regia, Corylus columa

Relationship: Blister mites in the intercellular spaces in mesophyll and forming round and dark brown, hard leaf pustules or galls along midrib; erinea ?

Range: Europe, AZ, CA

Eriophyes? coryli

Hosts: Corylus american, avellana (error)

Relationship: Thickened, sac-like veins that open by slits above (probably a cecidomyiid or aphid gall).

Range: MA

Phytoptus avellanae

Phytoptus pseudogallarum
Calycophthora avellanae
Phytoptus coryli
Phytocoptes gallarum
Phytoptus coryligallorum

Hosts: Corylus avellana, americana, maxima, tubulosa, columa (if big bud mites occur on all of these hosts, they are probably separate species!)

Relationship: Big-bud of terminal buds; enlarged buds have surfaces of scales formed into irregular protrusions 

Range: Europe, CA, WA, WV


Aceria franseriae

Hosts: Ambrosia chenopodiifolia

Bead galls

Range: Sonora, AZ

Aceria caborcensis

Host: Ambrosia sp. (originally listed as Franseria sp.)

Mites form irregular leaf galls

Range: Sonora 

Aceria boycei

Hosts: Ambrosia psilostachya

Mites produce numerous bead galls on the terminal leaves

Range: AZ, CA, FL

Aceria ambrosiae

Hosts: Ambrosia psilostachya, artemisiifolia

Relationship: the mites were found in buds, in leaf axils, and on young unfolding leaves among hairs. A stunting and twisting of young leaves was present when populations were high.

Range: CA

Colomerus holodisci

Eriophyes holodisci

Hosts: Holodiscus discolor

Relationship: Yellowish erineum on both leaf surfaces; the erineum consists of simple hairs.

Range: CA

Acalitus brevitarsus

Erineum alneum
Phytoptus purpureum
Phyllerium alnigenum
Phytoptus brevitarsus

Hosts: Alnus glutinosa, cordata, hirsuta, incana, incana ssp. rugosa, pubescens, rugosa, viridis

Relationship: Erineum patches, white to yellow and orange, on leaf undersides

Range: WV, Europe

Host associations with other non-Alnus plants are probably missidentifications, such as Betula, Juglans, etc. Erineum on alder in the USA may be caused by a different species from Acalitus brevitarsus in Europe.

Aceria betulae

Eriophyes betulae
Eriophyes rudis dissimilis

Hosts: Betula alleghaniensis

Relationship: Terminal growth checked, forming an abnormal mass of bud galls.

Range: Quebec, MA

Notes: If this is an eriophyoid mite, then the name is valid and meets the standards of the code; it should be found and redescribed. This tree is common in WV, but neither the symptoms, nor a mite, have been found.

Eriophyes exilis

Phytoptus exilis
Eriophyes tiliae exilis
Aceria exilis

Hosts: Tilia platyphyllos subsp. cordifolia, cordata, platyphyllos, americana, americana var. heterophylla, japonica,  petiolaris, tomentosa, zamoyskiana 

Relationship: Vein angle galls with outer hair (on leaf undersurface?)

Range: [Europe] 

Note: Eriophyes exilis is a valid species producing vein angle galls on the underside of the leaves of Tilia platyphylos Scop.; it does not cause erineum on several species of Tilia as published by Soika & Kozak, 2013; their erineum mite, labeled Eriophyes exilis (Nalepa, 1892), is Eriophyes leiosoma (Nalepa, 1892).

Eriophyes leiosoma 

Eriophyes liosoma
Phyllerium tiliaceum
Erineum tiliaceum
Phyllerium nervale
Erineum rubigo?
Eriophyes tiliae var nervalis
Eriophyes nervalis

Hosts: Tilia platyphyllos, cordata, tomentosa

Relationship: Erineum (Erineum nervale Kunze and Erineum tiliaceum Persoon)

Range: [Europe], Ohio

Notes: Soika and Kozak claim that leiosoma is the deutogyne and junior synonym of Eriophyes exilis (Nalepa, 1892); but Eriophyes exilis has not been associated with erineum; it produces vein angle protrusions [on leaf underside] covered with hair. 

Eriophyes tiliae

Phytoptus tiliae
Sarcoptes gallarum tiliae
Ceratoneum extensum
Phytoptus extensum

Hosts: Tilia platyphyllos, americana, cordata, tomentosa

Relationship: Erineum, galls; tall, narrow cephaloneon galls with internal filaments directed downward, swollen margins around protruding aperture on lower leaf surface; The mites form elongate, pointed, upper surface leaf galls; horn galls, 'galles corniculee'.

Range: CA, OH, WA, WV, [Europe]

Phytoptus abnormis

Phytoptus rotundus

Hosts: Tilia americana

Relationship: Irregular finger galls on both leaf surfaces

Range: KS, SD

Phytoptus tetratrichus

Legnon crispum
Erineum marginale
Phytoptus tilarius

Hosts: Tilia platyphyllos, cordata, europaea, tomentosa

Relationship: Marginal leaf roll; "leaf margin tightly inrolled."; leaf edge roll with irregular outer protrusions and erineum at the opening to the roll; warty galls and erinea appear on the upperside and underside of silver linden (T. tomentosa) leaves, respectively (Boczek 196, Soika and Kielkiewicz 2004, Soika 2006).

Range: Europe [this species is not confirmed to be present in North America]

Aceria caliberberis

Eriophyes caliberberis

Hosts: Berberis dictyota, Berberis thunbergii

Relationship: The mites make irregular, sinuate, upper surface leaf folds

Range: CA, OR

Aceria breakeyi

Eriophyes breakeyi

Hosts: Ribes roezlii, divaricatum

Relationship: The mites cause ragged white leaf erinea and leaf deformation.

Range: CA, WA, Estado de Mexico, Puebla

Aculops lupini

Vasates lupini

Hosts: Lupinus albicaulis

Relationship: Rosette or witches' broom. The mites live under tomentum of leaves and stems.

Range: WA

Phyllocoptes distchi
Epitrimerus taxodii

Host: Taxodium distichum

Relationship: Vagrant on needles, slight discoloration

Range: Poland [Almost certainly occurs in North America given the host's native range.)

Aceria magnoliae

Hosts: Magnolia fraseri

Distr: CA, FL, GA, MD, WV

Relations: The mites were collected from the hairy flower buds just before opening; may cause bud drop; vagrant on leaves.

Phyllocoptes goniothorax

Erineum clandestinum
Erineum oxyacanthae
Phytoptus goniothorax
Phytoptus goniothora

Hosts: Crataegus laevigata, oxyacantha, monogyna, nigra, rhipidophylla. [Malus sylvestris and Pyracantha coccinea listed as reported but by presumed to be induced by different mites]

Relationship: Leaf margin curl (erineum on inner surface) (Forms galls on edges of lobes of leaf, causing them to curl downward and become thickened)

Range: [Europe]

Aculus vallis [listed as a valid species even though Aculus vallis is also listed as a junior synonym of [Aculus laevigatae](https://www.gallformers.org/gall/3642)]

Hosts: Salix gooddingii

Relationship: The mites form bead galls on leaves, usually with lower surface openings.

Range: CA 

Notes: The host occurs in CA, AZ, CO, NM, NV, TX, UT

Eriophyes? semen

Cecidomyia salicis semen
Eriophyes? salicasemen
Salicis semen
Acarus semen

Hosts: Salix nigra

Relationship: Galls; a pocket or capsule-gall irregularly hemispherical, greenish yellow, with a projecting aperture; on both surfaces, mostly upper.

Range: IL, IN

Eriophyes? salicaesemen [listed as junior synonym of Eriophyes? semen]

Host: Salix nigra?

Relationship: Galls

Range: IL

Notes: The gall was originally described in 1864 as Salicis semen. See Chadwick 1908, p. 146, for early synonymy. This name was missed by Davis et al., 1982. Is this gall-forming mite the same as Aculus tetanothrix (Nalepa)? Is it another sibiling species? Then, salicaesemen would hold priority. Amrine & Stasny (1994) combined the two names provided by Walsh without knowing that it had already been designated semen by other authors.

Aculops aenigma

Salicis aenigma
Acarus? aenigma
Cecidomyia salicis aenigma

Hosts: Salix interior, nigra

Relationship: Galls; bud deformation of the flower catkins (Walsh 1864), and leaf buds or parts of leaves (Cook, 1904).

Range: IL, IN, MD, OH, PA

Acalitus purpurascensis

Aceria purpurascensis

Hosts: Pluchea odorata var succulenta

Relationship: This species forms galls, with the major portion of the gall on the underside of the leaf.

Type locality: Puerto Rico

Aceria plucheae

Eriophyes plucheae

Hosts: Pluchea odorata, Piper sanctum (correct id?)

Relationship: Galls

Range: Cuba, Jalisco, Oaxaca, Tabasco, Veracruz

Aculus laevigatae

Aculus vallis
Vasates michineri
Phyllocoptes laevigatae
Vasates laevigatae

Hosts: Salix laevigata, amygdaloides, hookeriana, matsudana, nigra, sp.

Relationship: Beadlike leaf galls with lower surface openings.

Range: CA, KS, FL, GA, OH, SD, WA; China

Notes: There may be more than one species under this name

Aculus niphocladae

Aculops niphocladae

Hosts: Salix niphocladae, babylonica, koreensis

Relationship: Galls; the mites cause bead galls on the leaves

Range: Inuwik NW Territory, Canada

Notes: Are they all the same species, in India, Japan, Korea and Arctic Canada?

The hosts are ornamentals and shade trees in North America.

Aculus oresterae

Aculops oresterae

Hosts: Salix orestera

Relationship: Irregular, globular, cavernous leaf galls protruding from lower leaf surfaces.

Range: CA

Acalitus maracai

Aceria maracai

Hosts: Pluchea odorata, Neurolaena lobata

Relationship: Galls on underside of leaves

Range: Venezeula

Notes: Both hosts are found in North America; Pluchea odorata is widespread; Neurolaena lobata is found in FL, USA, and in Puerto Rico and the Virgin Islands.

Aceria dispar

Phytoptus dispar

Hosts: Populus tremula, nigra, tomentosa, tremuloides?

Relationship: Leaf rolling, deformed foliage at end of twigs; leaf rolling

Range: Europe; China; OR, WV 

Amrine Catalog