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cal Journal, 2008, 42(6): 669-674 1 图<br />

版 .<br />

Seventy-six thrips were discovered in<br />

Rovno amber. Among these, 67 were<br />

identified to suborder, 52, to family, 45,<br />

to genus, and 41, to species level. In total,<br />

five species, six genera, five families,<br />

and two suborders are recorded. No undescribed<br />

taxa have been found so far.<br />

All the identified thrips, except those of<br />

the genus Phloeothrips, belong to fossil<br />

taxa, previously known only from the<br />

Baltic and Bitterfeld ambers. However,<br />

the composition of species in the Rovno<br />

amber is highly unusual due to domination<br />

of Praedendrothrips avus Priesner,<br />

1924. This species, rare in the Baltic<br />

amber, constitutes 49% of all the Rovno<br />

records. Thus, the Rovno amber, in contrast<br />

to the Baltic and Bitterfeld ambers,<br />

is characterized by poor taxonomic diversity<br />

of thrips and presence of a<br />

clearly dominant species.<br />

2010010336<br />

欧 洲 晚 始 新 世 琥 珀 中 Formicini 群 落<br />

蚂 蚁 ( 膜 翅 目 , 蚁 科 ) = Ants of the tribe<br />

Formicini (Hymenoptera, Formicidae)<br />

from Late Eocene amber of Europe. ( 英<br />

文 ). Dlussky G M. Paleontological<br />

Journal, 2008, 42(5): 500-513 4 图 版 .<br />

The tribe Formicini (Formicinae)<br />

from the Late Eocene Baltic, Bitterfeld,<br />

Rovno, and Scandinavian ambers is revised.<br />

Ants are recorded for the first<br />

time from the Bitterfeld and Scandinavian<br />

ambers. Two new genera (Cataglyphoides<br />

gen. nov. and Conoformica gen.<br />

nov.) and six new species (Cataglyphoides<br />

intermedius sp. nov., Conoformica<br />

bitterfeldiana sp. nov., Formica<br />

kutscheri sp. nov., F. palaeopolonica sp.<br />

nov., F. radchenkoi sp. nov., F.<br />

zherikhini sp. nov.) are described. A new<br />

combination, Cataglyphoides constrictus<br />

(Mayr, 1868), comb. nov., is established.<br />

A lectotype of Camponotus constrictus<br />

Mayr, 1868 and a neotype of Formica<br />

phaethusa Wheeler, 1915 are designated.<br />

Formica clymene Wheeler, 1915 is recognized<br />

as a new synonym of F.<br />

phaethusa Wheeler, 1915. An identification<br />

key for workers of Formicini species<br />

from Late Eocene European ambers<br />

is provided.<br />

2010010337<br />

阿 穆 尔 地 区 上 白 垩 统 水 生 植 物<br />

Quereuxia 叶 子 上 的 昆 虫 卵 = Insect<br />

ovipositions on aquatic plant leaves<br />

Quereuxia from the Upper Cretaceous of<br />

the Amur region. ( 英 文 ). Vasilenko D V.<br />

Paleontological Journal, 2008, 42(5):<br />

514-521 4 图 版 .<br />

New form taxa of insect ovipositions<br />

on aquatic plant leaves Quereuxia from<br />

the Campanian locality of Udurchukan<br />

(Amur Region) are described. Endophytic<br />

ovipositions Paleoovoidus flabellatus<br />

sp. nov. and P. arcuatus sp. nov.<br />

do not differ in shape from ovipositions<br />

of recent damselflies. Exophytic ovipositions<br />

Palaexovoidus ovoideus gen.<br />

et sp. nov., P. catenulatus sp. nov., P.<br />

multus sp. nov., and P. amplus sp. nov.<br />

belong to insects that develop in the water,<br />

probably dragonflies of the suborder<br />

Anisoptera. A new family Palaexovoididae<br />

fam. nov. is erected.<br />

2010010338<br />

Peronopsis Hawle 和 Corda 属 ( 球 接<br />

子 目 亚 目 Agnostina) 的 形 态 发 生 学<br />

= Morphogenesis in the genus Peronopsis<br />

Hawle et Corda (Agnostina). ( 英 文 ).<br />

Naimark E B. Paleontological Journal,<br />

2008, 42(4): 389-400 4 图 版 .<br />

The morphogenesis of the early<br />

members of the genus Peronopsis (Trilobita,<br />

Agnostina) is studied. The pygidium<br />

of Agnostina exhibits growthrelated<br />

changes more clearly than the<br />

cephalon. In Peronopsis inarmata Hutchinson,<br />

1962 and P. brighamensis<br />

Resser, 1938 the axial furrow develops<br />

around the anteroglabella in meraspid<br />

degree 0. The most significant changes<br />

occur in the shape of the pygidium axis<br />

103

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