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of Transbaikalia. ( 英 文 ). Golub V B;<br />
Popov Yu A. Paleontological Journal,<br />
2008, 42(1): 86-89 3 图 版 .<br />
A new species of lace-bug Sinaldocader<br />
ponomarenkoi sp. nov. (Tingidae:<br />
Phatnomatini) is described from the<br />
Lower Cretaceous Transbaikalian locality<br />
Baissa. The new species differs from<br />
the type species S. drakei Popov, 1989<br />
from the Lower Cretaceous of Mongolia<br />
in the well-developed lateral carinae of<br />
pronotal disc and in the details of hemelytral<br />
venation.<br />
2010010356<br />
以 色 列 Negve 的 白 垩 系 化 石 煤 层 组 合<br />
中 发 现 的 短 暂 成 煤 证 据 = Evidence of<br />
temporary mining in the Cretaceous fossil<br />
mine assemblage of Negev, Israel.<br />
( 英 文 ). Krassilov; Valentin A.. Insect<br />
Science, 2008, 15(3): 285-290<br />
Temporary mining is a peculiar behavioral<br />
trait in leaf parasites requiring<br />
adaptations of consecutive larval stages<br />
to the endophytic and ectophytic life.<br />
The first fossil evidence for the origin of<br />
the trait comes from the Cretaceous (Turonian)<br />
plant-insect locality of the<br />
Negev Desert containing rich trace assemblages<br />
of leaf parasites, including<br />
blotch mines with leaf pieces cut out for<br />
case construction, as well as attached<br />
larval cases. The host plants are deciduous<br />
broadleafs or aquatic angiosperms<br />
with emergent leaves, suggesting that<br />
initial acquisition of the habit might<br />
have been related to leaf abscission and<br />
the risk for the larva being chocked in<br />
the mine during floods. Unlike tracks of<br />
permanent miners, temporary mines<br />
never co-occur on leaves with other type<br />
mines, which attests to their effect of<br />
enhancing plant resistance. Mine predation<br />
appears to have been widespread in<br />
the Cretaceous biotic community, suggesting<br />
a possibility of top-down regulation<br />
of mining habits at this early stage<br />
of their evolutionary development.<br />
2010010357<br />
中 国 内 蒙 古 中 侏 罗 统 道 虎 沟 组 发 现 的<br />
新 的 蜉 蝣 化 石 ( 昆 虫 纲 : 蜉 蝣 目 ) =<br />
New fossil mayflies (Insecta : Ephemeroptera)<br />
from the Middle Jurassic of<br />
Daohugou, Inner Mongolia, China. ( 英<br />
文 ). Huang Jian-Dong; Ren Dong; Sinitshenkova<br />
Nina D; Shih Chung-Kun. Insect<br />
Science, 2008, 15(2): 193-198<br />
Jurassonurus amoenus, a new genus<br />
and species of Siphlonuridae s. l. is described<br />
from the Middle Jurassic Jiulongshan<br />
Formation of the Daohugou<br />
Village, Shantou Township, Ningcheng<br />
County, Inner Mongolia, China. The<br />
new species is established by more than<br />
20 imago and subimago specimens in<br />
relatively good condition. Detailed description<br />
and illustration of the specimens<br />
along with a review of fossil Siphlonuridae<br />
s. l. are given. Comparing<br />
with two known dominant nymph species<br />
Fuyous gregarious Zhang and Kluge,<br />
2007 and Shantous lacustri Zhang and<br />
Kluge, 2007 from the same locality, we<br />
could not find any relationship among<br />
them. The new species is another dominant<br />
species in Daohugou beds.<br />
2010010358<br />
瑞 典 Oland 中 寒 武 世 奇 异 虫 属<br />
paradoxissimu 超 带 = The Middle<br />
Cambrian Paradoxides paradoxissimus<br />
Superzone on Oland, Sweden. ( 英 文 ).<br />
Weidner T; Nielsen AT. GFF, 2009,<br />
131(3): 253-268<br />
Trilobites from the Middle Cambrian<br />
Paradoxides paradoxissimus Superzone<br />
on Oland are reviewed, including species<br />
found in glacial erratic boulders in<br />
Germany and Denmark. The fauna recorded<br />
contains 20 species including 10<br />
agnostids. The succession, up to 70m<br />
thick, comprises the Aleklinta Member<br />
of the Borgholm Formation (previously<br />
known as the Paradoxissimus sandstone<br />
or siltstone) and a thin overlying conglomerate,<br />
here informally referred to as<br />
the Morbylilla conglomerate, forming<br />
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