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A L. Paleontological Journal, 2009,<br />
43(10): 1253-1261 3 图 版 .<br />
The authorship of Protolepidodendron<br />
and its type species P. scharianum<br />
is discussed in accordance with the International<br />
Code of Botanical Nomenclature.<br />
The age and locality of the holotype<br />
are traced. For the first time, the<br />
morphology of the holotype and other<br />
specimens kept at the National Museum<br />
in Prague is described in detail as well<br />
as new materials collected in the Barrandien<br />
localities (Czech Republic).<br />
2010010116<br />
俄 罗 斯 诺 夫 哥 罗 德 区 域 早 石 炭 世 一 种<br />
新 的 具 有 小 孢 子 囊 的 器 官 = A new<br />
microsporangiate organ from the Lower<br />
Carboniferous of the Novgorod Region,<br />
Russia. ( 英 文 ). Orlova O A; Meyer-<br />
Melikian N R; Zavialova N E. Paleontological<br />
Journal, 2009, 43(10): 1316-<br />
1329 9 图 版 .<br />
A new species of the genus Telangiopsis,<br />
T. nonnae O. Orlova et Zavialova,<br />
was described on the basis of a microsporangiate<br />
organ from the Lower<br />
Carboniferous deposits of the Novgorod<br />
Region. The morphology of branching<br />
fertile axes, synangia, and sporangia was<br />
thoroughly studied. The threedimensional<br />
system of fertile axes<br />
branches monopodially; ultimate axes<br />
bear numerous connivent bunches of synangia,<br />
which consist of three to six basally<br />
fused elongated ovate sporangia.<br />
The morphology and ultrastructure of<br />
prepollen grains were studied, which<br />
were extracted from the rock matrix surrounding<br />
the sporangia. The two-layered<br />
exine includes a well-developed<br />
endexine and an alveolate ectexine, with<br />
one-three rows of large thin-walled alveolae.<br />
The new species was compared<br />
with other Early Carboniferous microsporangiate<br />
organs.<br />
早 期 种 子 植 物<br />
2010010117<br />
阿 尔 汉 格 尔 斯 克 地 区 下 石 炭 统 ( 皱 羊<br />
齿 类 ?) 木 化 石 新 发 现 = A new fossil<br />
wood (Lyginopteridophyta?) from the<br />
Lower Carboniferous of the Arkhangelsk<br />
Region. ( 英 文 ). Orlova O A.<br />
Paleontological Journal, 2009, 43(5):<br />
584-588 2 图 版 .<br />
A new Early Carboniferous wood of<br />
pycnoxylic type is described from Lake<br />
Tovskoe locality in the Arkhangelsk Region.<br />
Tovoxylon alekseevii gen. et sp.<br />
nov. is characterized by short uniseriate<br />
rays and narrow tracheids with uniseriate<br />
pitting on their radial and tangential<br />
walls. The wood under description is<br />
compared with the most similar anatomically<br />
preserved woods from different<br />
Lower Carboniferous localities of<br />
the world.<br />
2010010118<br />
莫 斯 科 台 坳 二 叠 纪 三 叠 纪 界 线 沉 积 中<br />
的 一 新 属 Navipelt( 盾 籽 目 , 种 子 蕨<br />
类 ) = A new genus Navipelta (Peltaspermales,<br />
Pteridospermae) from the<br />
Permian/Triassic boundary deposits of<br />
the Moscow syneclise. ( 英 文 ). Karasev<br />
E V. Paleontological Journal, 2009,<br />
43(10): 1262-1271 6 图 版 .<br />
A new genus of peltaspermalean ovuliferous<br />
organs Navipelta gen. nov. is<br />
described from the terrestrial deposits of<br />
the Nedubrovo locality (village of<br />
Nedubrovo, Vologda Region, Russia),<br />
belonging to the base of Vetlugian<br />
Group (Upper Permian-Lower Triassic).<br />
Data on the anatomy of the peltate bilateral<br />
ovuliferous organs are obtained for<br />
the first time. Vascular strands in the<br />
peltoid depart from that of a stalk and<br />
branch up to three times distally. Transfusion<br />
tissue around the vascular strands<br />
is well developed. The new genus had a<br />
system of radially arranged resin canals,<br />
broaden into large secretory cavities.<br />
裸 子 植 物<br />
2010010119<br />
43