Checklist and key to species of the leafhopper genus Japanagallia Ishihara, 1955 with description of a new species from China (Hemiptera: Cicadellidae, Megophthalminae)

2018·2.2 MB·

by  Hongping Zhan

©EntomologicaFennica.19March2018
Checklist and key to species of the leafhopper genus
Japanagallia Ishihara, 1955 with description of a new species
from China (Hemiptera: Cicadellidae, Megophthalminae)
HongpingZhan,HuLi&RenhuaiDai*
Zhan,H.P.,Li,H.&DaiR.H.2018:Checklistandkeytospeciesoftheleaf-
hoppergenusJapanagalliaIshihara,1955withdescriptionofanewspeciesfrom
China(Hemiptera:Cicadellidae, Megophthalminae). —Entomol. Fennica29:
13–20.
Anewleafhopperspecies,Japanagalliaturriformissp.n.ofthetribeAgalliiniof
thesubfamilyMegophthalminaeisdescribedandillustratedfromYunnanPro-
vinceandGuangxiZhuangAutonomousRegionofChina.Achecklistandkeyto
thespeciesofthegenusaregiven,alongwithamapshowingthegeographical
distributionsofthe22Chinesespecies.
H.P.Zhan&R.H.Dai*,InstituteofEntomology,GuizhouUniversity;ThePro-
vincialKeyLaboratoryforAgriculturalPestManagementMountainousRegion,
Guiyang,Guizhou550025,China;E-mails:[email protected],*correspond-
ingauthor’semail:[email protected]
H.Li,Bio-resourcesKeyLaboratoryofShaanxiProvince,ShaanxiSci-TechUni-
versity,Hanzhong,Shaanxi723000,China;E-mail:[email protected]
Received30November2016,accepted2March2017
1.Introduction gallianowcontains28species,ofwhich22spe-
cies occur in China. Achecklist and key to the
Ishihara(1955)establishedtheleafhoppergenus speciesofthegenusareprovided.Amapshowing
Japanagallia with Agallia pteridis Matsumura, thegeographicaldistributionsofthe22Chinese
1905(fromJapan)asitstypespecies.Thisgenus speciesisalsoprovided.
is the largest group in the tribe Agalliini of the
subfamily Megophthalminae (Hemiptera: Cica-
dellidae)withinthePalaearcticandtheOriental 2.Materialsandmethods
regions, and most species are distributed in the
southwestofChina.Beforethiswork,thisgenus Thespecimenswerecollectedusingasweepnet
contained 27 species, of which 21 had been re- and light traps and examined under SZ2-ILST
corded from China (Matsumura 1912, Virakta- Olympusstereoscopicmicroscope.Themorpho-
math1973,Li1987,Zhang&Li1999,Caietal. logical terminology and the classification sys-
2001, Zhang 2010, Viraktamath 2011, Virakta- temsfollowRakitov(1998),Dietrich(2005),and
mathetal.2012,Lietal.2014). Viraktamath (2011). The terminology of the fe-
In this paper, a new species, Japanagallia malegenitaliafollowsDavis(1975).Thezoogeo-
turriformis sp. n., is described and illustrated graphical regions of China follow Chen (1997)
fromYunnanProvinceandGuangxiZhuangAu- andZhang(1998).
tonomousRegionofChina. ThegenusJapana- Thetypematerialofthenewspeciesisdepos-
14 Zhanetal. (cid:127) ENTOMOL.FENNICAVol.29
Fig.1.Japanagallia
turriformissp.n.,male
holotype(a–c)andfe-
maleparatype(d).–a.
Dorsalview.–b.Lat-
eralview.–c.Face.
–d.Abdominalapex,
ventralview.
itedintheInstituteofEntomology,GuizhouUni- Description.Male.Body(Fig.1a–b)slender.
versity,Guiyang,China(GUGC). Face(Fig.1c)acrosseyesslightlynarrowerthan
long; distance between ocelli approximately
equaltodistancebetweenocellustoadjacenteye;
3.DescriptionofJapanagallia lateralmarginsofgenaesinuatedatmiddle.Pro-
turriformissp.n.(Figs.1–3) notum wider than long, fore margin obviously
prominentandslightlylowerneareyes,hindmar-
Type material. Holotype: male, China, Yunnan ginslightly concavemedially.Scutellumlonger
Province, Yuxi City, Mt. Ailaoshan, 2,400 m, than pronotum. Forewings opaque, claval veins
8.V.2015, Yunfei Wu & Jiajia Wang leg. (light joinedbytwoorthreecrossveins.
trap). Paratypes: two females, same data as for Colouration.Bodyblack.Head(Fig.1a)with
holotype; one male, China, Yunnan Province, asimilarcolourpatternasJapanagalliatrifurcata
Yuxi City, Mt. Ailaoshan, 2,400 m, 8.V.2015, Li,Dai&Li,2014withsmallbrownspotsonme-
YunfeiWu &JiajiaWang leg. (sweep net);one dianlinearea,ovalblackspotsonbothsides.Face
male, China, Yunnan Province, Yuxi City, Mt. (Fig. 1c) yellowish brown, with inverted Y-
Ailaoshan, 2,377–2,400 m, 8.V.2015, Bin Yan shapedblackmarkonitsuppermedianportion;
leg. (light trap); one male, China, Guangxi Au- anteclypeus,frontoclypeus,andlorablack;ocelli
tonomous Zhuang Region, Tian’e County, milky white, with pair of black maculae near
Longtan Nature Reserve, Dashanlinchang, ocelli;eyesyellowish;antennalledgeswithlarge
18.VII.2015, Hongping Zhan leg. (sweep net). black maculae. Pronotum black, posterior mar-
AllinGUGC. ginswithyellowlateralband,quadrangularspot
Diagnosis. Forewings with basal yellow- atrightthird;medianlinewithtwobrownirregu-
brown spots changing to chocolate terminally, larspotsonbothsides.Scutellumblack,withyel-
small spine located basally on dorsal margin of lowlateralmargins.Forewings(Fig.1b)withyel-
aedeagalshaft,ventralmarginwithbasalpairof low-brown basal spots, terminally chocolate,
spine like processes directed dorsally, ventral claval suture and claval veins yellowish. Legs
processofaedeaguspinnaclelikeinventralview yellowish,withbrownspots.
withendunbranched. Malegenitalia.Pygofer(Fig.2a)withcaudal
ENTOMOL.FENNICAVol.29 (cid:127) Japanagallialeafhopperswithanewspecies 15
Fig.2.Japanagallia
turriformissp.n.–a.
Malegenitaliaand
subgenitalplate,lateral
view.–b.Style,dorsal
view.–c.Connective,
dorsalview.–d.
Aedeagus,lateralview.
–e.Aedeagus,dorsal
view.–f.Female1st
valvula,lateralview.
–g.Partoffemale1st
valvulaenlarged,lat-
eralview.–h.Apexof
female1stvalvula,lat-
eralview.–i.Female
2ndvalvulae,lateral
view.–j.Apexoffe-
male2ndvalvula,lateral
view.
lobebasallybroadinlateralview,withoutprocess ventralview,tapered,thensuddenlynarrowingto
onmesalregion,caudalmarginapproximatelyel- subacuteapex;shaftbentdorsally,ventralmargin
liptical,dorsalanddistalhalfwithshortandstout basallywithapairofspinelikeprocessesdirected
setae, ventrocaudal margin slightly elongated. dorsally,dorsalmarginwithsmallspinebasally;
Valve nearly semicircular, width approximately gonoporeapical.
equaltolength.Subgenitalplatesnearlytriangu- Female. Body colour slightly paler than in
lar,withafewscatteredmicrosetae,basallateral male.
marginslightlyconcave,freelyattachedtoeach Female genitalia. Seventh sternite (Fig. 1d)
other in basal part. Style (Fig. 2b) vertical and widerthanlong,posteriormarginconcavelyex-
sturdy; inner arm slender and short, apex trun- cavated medially, both lateroposterior corners
catedandslightlyexpanded.Connective(Fig.2c) nearlyrounded.Ovipositorapparentlyprojected
anteriormarginnarrowerthanposteriormargin, beyondpygofer.Firstvalvulae(Fig.2f–h)curved
with two small lobes, lateral margins strongly dorsallyinlateralview;dorsolateralsurfacewith
concave,posteriormarginslightlyexcavatedme- reticulatesculpturedareaformedbyobliquerows
dially.Aedeagus(Fig.2d)dorsalapodemewid- of scalelike processes on distal two-thirds of
enedinlateralview,rathertrapezoidal,basalmar- shaft;apexsubacute.Secondvalvulae(Fig.2i–j)
ginelongated;ventralprocess(Fig.2e)wellde- curveddorsallyinlateralview,withbroadestre-
veloped,slightly longerthanshaft,pinnacledin gion at apical fifth; dorsal hyaline area present,
16 Zhanetal. (cid:127) ENTOMOL.FENNICAVol.29
Fig.3.Mapofgeo-
graphicaldistributions
ofJapanagalliaspeceis
inChina.Abbreviations:
QT,Qinghai–Tibet;NC,
northChina;SW,
southwest;CC,central
China;SC,south
China.
locatednearlyonmedianportion;teethonapical 2 Aedeagus ventral process trifurcate apically
part of dorsal margin positioned behind dorsal (Fig.4a) J.trifurcata
hyalinearea,partly triangular,notformingden- – Aedeagus ventral process not trifurcate api-
ticles. cally 3
Measurements. Body length, including teg- 3 Aedeagalshaftwithpairofdorsallydirected
men: male (holotype and paratypes), 3.9–4.0 basal processes on ventral margin, dorsal
mm;Female(paratypes),4.1mm. marginwithsmallbasalspine(Fig.4b)
Distribution.Thisspecieshasbeenfoundin J.turriformissp.n.
YunnanProvinceandGuangxiZhuangAutono- – Aedeagalshaftwithpairofshortventrallydi-
mousRegion,China(Fig.3). rectedpreapicalprocessesonventralmargin,
Etymology.Thenewspeciesnameisderived dorsalmarginwithoutspine(Fig.4c,w)
fromtheLatinword“turriformis”,referringtothe J.yoshimotoi
aedeagusbeingpagodalikeinventralview. 4 Aedeagusventralprocesswelldeveloped 5
Remarks. This new species is similar to J. – Aedeagusventralprocessweaklydeve-
trifurcatabutcanbedistinguishedfromthelatter loped 26
bythedorsalmarginoftheaedeagalshafthaving 5 Aedeagal shaft with basal or subbasal pro-
a small spine basally, the ventral process of the cesses 6
aedeagusbeingpinnaclelikeinventralview,and – Aedeagalshaftwithoutbasalorsubbasalpro-
theendtapered,unbranched,thensuddenlynar- cesses 14
rowingtoasubacuteapex. 6 Aedeagusasymmetrical 7
– Aedeagussymmetrical 10
4.Keytomales 7 Aedeagalshaftwithseriesofspinesofvarious
ofJapanagalliaspecies sizesonmidventralmargin(Fig.4s)
J.multispina
1 Aedeagus ventral process longer than – Aedeagal shaft without series of spines on
aedeagalshaft 2 midventralmargin 8
– Aedeagus ventral process equal or shorter 8 Gonopore surrounded by collar of uneven
thanaedeagalshaft 4 width(Fig.5b,h) J.malaisei
ENTOMOL.FENNICAVol.29 (cid:127) Japanagallialeafhopperswithanewspecies 17
Fig.4.Maleaedeagus
ofJapanagalliaspecies
fromChina,lateralview
(a–v),anterodorsalview
(w);apexofaedeagal
shaft(x,ae,af),ventral
view(y,z),ventrolateral
view(aa),caudalview
(ab),dorsalview(ac–
ad).–a.J.trifurcata(Li,
Dai&Li).–b.J.turrifor-
missp.n.–c,w.J.
yoshimotoi(Virakta-
math).–d,x.J.curvata
(Viraktamath).–e.J.
curvipenis(Viraktamath,
Dai&Zhang).–f,y.J.
dentata(Cai&He).–g,
z.J.gracilenta(Li,Dai&
Li).–h,aa.J.lamellata
(Zhang).–i.J.longa
(Cai&He).–j,ab.J.
sclerotica(Viraktamath,
Dai&Zhang).–k,ac.J.
neohamata(Li,Dai&
Li).–l.J.palmata
(Viraktamath,Dai&
Zhang).–m,ad.J.
hamata(Li,Dai&Li).
–n,ae.J.longipenis
(Viraktamath).–o.J.
tappana(Viraktamath).
–p.J.neotappana
(Viraktamath).–q.J.
pteridis(Viraktamath).
–r,af.J.asymmetrica
(Viraktamath).–s.J.
multispina(Viraktamath,
Dai&Zhang).–t.J.
decliva(Viraktamath,
Dai&Zhang).–u.J.
spinosa(Zhang).–v.J.
viraktamathi(Li,Dai&
Li).
– Gonoporenotsurroundedbycollar 9 10 Aedeaguswithlongslenderprocesses 11
9 Aedeagalshaftwithtwotriangularprocesses – Aedeaguswithshortstoutprocesses 12
on lateral margin apically, with two arcuate 11 Aedeagal shaft with pair of long processes
and lamellate processes near base laterally subapicallyonlateralmargin(Fig.4m,ad)
(Fig.4h,aa) J.lamellata J.hamata
– Aedeagalshaftbearingtwoshortlaterallydi- – Aedeagal shaft with pairs of spinelike pro-
rectedprocessesapically,andpairoftoothlike cesses subapically, separately on dorsal and
processesatbaseondorsalmargin(Fig.4r,af) ventralmargins(Fig.4k,ac) J.neohamata
J.asymmetrica
18 Zhanetal. (cid:127) ENTOMOL.FENNICAVol.29
Fig.5.Maleaedeagus
ofJapanagalliaspecies
fromoutsideChinain
theOrientalregion,lat-
eralview(a–f),dorsal
view(g);apexof
aedeagalshaft,anterior
view(h),anterodorsal
view(i);ventralprocess
ofaedeagusasseen
fromthedirectionofar-
rowinf(j).–a,g.J.
javana(Viraktamath).
–b,h.J.malaisei
(Viraktamath).–c.J.
mussooriensis(Virak-
tamath).–d.J.nepa-
lensis(Viraktamath).
–e,i.J.peculiaris
(Viraktamath).–f,j.
J.sumatrana(Virakta-
math).
12 Aedeagusanchor-shapedinlateralview(Fig. 18 Aedeagal shaft with two platelike processes
5c) J.mussooriensis laterallyatbase(Fig.4p) J.neotappana
– Aedeagusnotanchor-shapedinlateral – Aedeagalshaftwithoutplatelikeprocesslat-
view 13 erallyatbase 19
13 AedeagusL-shapedinlateralview,shaftwith 19 Aedeagus ventral process with three
pair ofhooks atbaseon dorsalmargin (Fig. pronglikeapicalprolongations,lateralmargin
4o) J.tappana serrate(Fig.5f,j) J.sumatrana
– AedeagusnotL-shapedinlateralview,shaft – Aedeagusventralprocessnotasabove 20
withpairofshortprocessesatbaseondorsal 20 Aedeagusventralprocessforkedapically 21
margin(Fig.4q) J.pteridis – Aedeagusventralprocessnotforkedapically
14 AedeagusU-shapedinlateralview 15 23
– AedeagusnotU-shapedinlateralview 16 21 Aedeagal shaft with short spatulate process
15 Aedeagal shaft dorsally curved about mid onlefthandside(Fig.5e,i) J.peculiaris
length dorsally, with pair of winglike pro- – Aedeagal shaft without short spatulate pro-
cessesofvaryingsizesubapiclly(Fig.4d,x) cessonlefthandside 22
J.curvata 22 Aedeagalshaftwithirregularlyserratedpro-
– Aedeagal shaft erect, with pair of short pro- cessesinbasalhalfofdorsalmargin,andwith
cessesapically(Fig.5a,g) J.javana pair of dorsally directed spinelike processes
16 Aedeagus rather F-shaped in lateral view onmidventralmargin(Fig.4g,z)J.gracilenta
(Fig.5d) J.nepalensis – Aedeagalshaftwithoutprocesses(Fig.4e)
– AedeagusnotF-shapedinlateralview 17 J.curvipenis
17 Aedeagus dorsal apodeme with pair of long 23 Aedeagal shaft with shallow oblique ridge
bladelike processes distally, and their distal processesinmiddleofdorsalmarginandend
region slightly expanded and branched into ofventralmargin(Fig.4f,y) J.dentata
threedigitateprocesses(Fig.4l) J.palmate – Aedeagalshaftwithoutobliqueridgeprocess
– Aedeagus dorsal apodeme without pair of inmiddleofdorsalmarginandendofventral
longbladelikeprocessesdistally 18 margin 24
ENTOMOL.FENNICAVol.29 (cid:127) Japanagallialeafhopperswithanewspecies 19
Table1.ChecklistanddistributionofJapanagalliaspecies.
Species Distribution
J.asymmetricaViraktamath,2011(Fig.4r,af) China(Fujianprov.)
J.curvataViraktamath,2011(Fig.4d,x) China(Fujianprov.)
J.curvipenisViraktamath,Dai&Zhang,2012(Fig.4e) China(Xizangprov.)
J.declivaViraktamath,Dai&Zhang,2012(Fig.4t) China(Shaanxiprov.)
J.dentataCai&He,2001(Fig.4f,y) China(Zhejiangprov.)
J.gracilentaLi,Dai&Li,2014(Fig.4g,z) China(Guangxiprov.)
J.hamataZhang&Li,1999(Fig.4m,ad) China(Guizhou,Guangxiprov.)
J.javanaViraktamath,2011(Fig.5a,g) Indonesia
J.lamellataZhang,2010(Fig.4h,aa) China(Hainanprov.)
J.longaCai&He,2001(Fig.4i) China(Zhejiangprov.)
J.longipenisViraktamath,2011(Fig.4n,ae) China(Fujianprov.)
J.malaiseiViraktamath,2011(Fig.5b,h) Myanmar
J.multispinaViraktamath,Dai&Zhang,2012(Fig.4s) China(Shaanxi,Yunnan,Guizhou,Guangxiprov.)
J.mussooriensisViraktamath,2011(Fig.5c) India
J.neohamataLi,Dai&Li,2014(Fig.4k,ac) China(Guizhou,Guangxiprov.)
J.neotappanaViraktamath,2011(Fig.4p) China(Fujianprov.)
J.nepalensisViraktamath,2011(Fig.5d) Nepal
J.palmataViraktamath,Dai&Zhang,2012(Fig.4l) China(Yunnanprov.)
J.peculiarisViraktamath,2011(Fig.5e,i) Nepal
J.pteridis(Matsumura,1905)(Fig.4q) China(Zhejing,Taiwanprov.),Japan,Korea,Russia
J.scleroticaViraktamath,Dai&Zhang,2012(Fig.4j,ab) China(Shaanxiprov.)
J.spinosaZhang,2010(Fig.4u) China(Guizhou,Yunnanprov.)
J.sumatranaViraktamath,2011(Fig.5f,j) Indonesia
J.tappana(Matsumura,1912)(Fig.4o) China(Guizhou,Taiwanprov.)
J.trifurcataLi,Dai&Li,2014(Fig.4a) China(Guizhou,Yunnan,Guangxiprov.)
J.turriformissp.n.(Fig.4b) China(Yunnan,Guangxiprov.)
J.viraktamathiLi,Dai&Li,2014(Fig.4v) China(Guangxiprov.)
J.yoshimotoiViraktamath,2011(Fig.4c,w) China(Taiwanprov.)
24 Aedeagalshaftwithahornandspinelikepro- – Aedeaguswithoutspinelikeprocessonven-
cess apically on dorsal margin, with long tralmargin(Fig.4t) J.decliva
sheetlikeprocessonventralmargin(Fig.4i)
J.longa
– Aedeagalshaftwithoutprocessesasabove 25 5.Discussion
25 Aedeagal shaft with unpaired short apical
process directed ventrally and pair of ven- To date, 22 species of Japanagallia are distrib-
trally directed longer subapical processes uted in the four regions of China (Chen 1997,
(Fig.4n,ae) J.longipenis Zhang1998):threeinnorthChina,sixteenincen-
– Aedeagal shaft with fingerlike lateral pro- tral China, eight in south China, and five in the
cesses apically on either side of apical southwest region (Fig. 3). Other 6 species of
gonopore and a subapical crest on ventral Japanagalliaaredistributedinthefourcountries
margin(Fig.4j,ab) J.sclerotica oftheOrientalregion(Table1).
26 Aedeagus dorsal apodeme strongly devel- SomespeciesofJapanagalliaareverysimi-
oped,angulate,withsmallspines(Fig.4v) lartoeachother,butthestructureofaedeagusis
J.viraktamathi markedlydifferent(Figs4,5).The28speciesof
– Aedeagus dorsal apodeme not angulate or Japanagalliacanbedividedintothreetypesbased
poorlydeveloped,withoutsmallspine 27 on the structure of aedeagus. Type 1 includes
27 Aedeaguswithspinelikeprocessesonventral three species (J. trifurcata, J. turriformis sp. n.
margin(Fig.4u) J.spinosa andJ.yoshimotoi),withtheventralprocessofthe
20 Zhanetal. (cid:127) ENTOMOL.FENNICAVol.29
aedeagus well developed, and longer than the Li,H.,Dai,R.H.&Li,Z.Z.2014:AdditionstoJapana-
aedeagalshaft.Type3includesalsothreespecies gallia Ishihara (Hemiptera, Cicadellidae, Mego-
phthalminae)fromGuizhou,andYunnanProvinces,
(J.decliva,J.spinosaandJ.viraktamathi);their
andGuangxiAutonomousRegion,SouthwestChina.
ventralprocessoftheaedeagusisweaklydevel-
—Zootaxa3754(2):133–147.
oped.Type2includestherestortwenty-twospe- Li,Z.Z.1987:Cicadidae,Membracidae,Cercopidae,Ci-
cies,withtheventralprocessoftheaedeagusbe- cadellidae,Fulgoridae,Dictyopharidae,Flatidae,Cix-
ingwell-developed,butequalorshorterthanthe iidae, Ricaniidae, Psyllidae. etc. — In: Guo, Z. Z.
(ed.), The agricultural and forestry insect fauna of
aedeagalshaft.
Guizhou.Vol.1:217–306,329–342.GuizhouPeo-
ple’sPublishingHouse,Guiyang,China.557pp.[In
Acknowledgements. We are greatful to Yunfei Wu, Bin Chinese,Englishsummary.]
Yan, and Jiajia Wang for collecting specimens, and to
Matsumura,S.1905:Descriptionsandillustrationsofthe
anonymousreviewersforprovidingusefulsuggestionson
species.—1000insectsofJapan2:42–70.
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