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第 5 卷 第 2 期<br />
古 生 物 学 文 摘 ( 网 络 版 )<br />
2009 年 6 月<br />
古 生 物 学<br />
综 论<br />
2009020001<br />
新 加 里 东 岛 : 一 个 很 老 的 进 化 的 源 泉 =<br />
New Caledonia: a very old Darwinian island.<br />
( 英 文 ). Grandcolas P; Murienne J; Robillard T.<br />
Philosophical Transactions of the Royal<br />
Society B: Biological Sciences, 2008,<br />
363(1508): 3309-3317<br />
New Caledonia has generally been<br />
considered a continental island, the biota of<br />
which largely dates back to Gondwanan times<br />
owing to its geological origin and the presence<br />
of phylogenetic relicts. This view is<br />
contradicted by geological evidence indicating<br />
long Palaeocene and Eocene submersions and<br />
by recent biogeographic and phylogenetic<br />
studies, with molecular or geophysical dating<br />
placing the biota no older than the Oligocene.<br />
Phylogenetic relicts do not provide conclusive<br />
information in this respect, as their presence<br />
cannot be explained by simple hypotheses but<br />
requires assumption of many ad hoc extinction<br />
events. The implication of this new scenario is<br />
that all the New Caledonian biota colonized<br />
the island since 37Ma Local richness can be<br />
explained by local radiation and adaptation<br />
after colonization but also by many dispersal<br />
events, often repeated within the same groups<br />
of organisms. Local microendemism is<br />
another remarkable feature of the biota. It<br />
seems to be related to recent speciation<br />
mediated by climate, orography, soil type and<br />
perhaps unbalanced biotic interactions created<br />
by colonization disharmonies. New Caledonia<br />
must be considered as a very old Darwinian<br />
island, a concept that offers many more<br />
fascinating opportunities of study.<br />
2009020002<br />
“ 分 支 分 类 23” 中 的 争 论 问 题 : 达 尔 文 的<br />
系 统 演 化 关 系 理 论 = Problematic issues of<br />
cladistics 23: Darwin's concept of<br />
phylogenetic relationship. ( 英 文 ). Reif W-E.<br />
Neues Jahrbuch fur Geologie u. Palaontologie<br />
/ Abhandlungen, 2007, 244(2): 227-245<br />
Darwin discovered that, in the light of the<br />
therory of descent with modification, the<br />
interrelationships of the taxonomic groups in<br />
the Natural System become understandable as<br />
real, phylogenetic relationships (PhR) , and<br />
that all taxonomic group and the hierarchical<br />
structure of the organic diversity are real,<br />
rather than arbitrary. To make the notion of<br />
PhR understandable, he postulated a very<br />
close relationship between PhR and blood<br />
relationship among persons. As he failed to<br />
discriminate sharply between general PhR,<br />
relative PhR and absolute Phr he did not<br />
realize that systematics works only with<br />
relative PhR and that his postulate that<br />
"classifications will eventually become<br />
genealogies" could, at least in the literal sense,<br />
lnever come true.<br />
2009020003<br />
达 尔 文 的 两 难 选 择 : 第 一 个 种 与 显 生 宙 多<br />
样 性 的 假 单 源 性 原 则 = The Darwinian<br />
delemma of the first species and the principle<br />
of pseudo-monophyly of Phanerozoic<br />
diversity. ( 英 文 ). Reif W-E. Neues Jahrbuch<br />
fur Geologie u. Palaontologie /<br />
Abhandlungen, 2007, 244(3): 371-379<br />
In his publications, Darwin avoided the<br />
discussion of the evolutionary origin of the<br />
mechanisms of life. his principle to its own<br />
unique bauplan and is hence derived from one<br />
single ancestor. This leads to the inevitable<br />
conclusion that the diversity of the<br />
Phanerozoic dates back to a single progenitor<br />
species. Hence, Darwin stated that life on<br />
Earth started with about 10 first plant and<br />
animal species, which is in accordance with<br />
the ecological laws. Most of the descendants<br />
of most of the first species died out, whereas<br />
the remaining ones underwent convergent<br />
evolution which led to the unity of type<br />
("pseudo-monophyly"), and divergent<br />
evolution which led to the enormous<br />
Phanerozoic diversity on the species and on<br />
the ecosystem level.<br />
2009020004<br />
一 种 利 用 硫 酸 从 石 灰 岩 中 提 取 大 化 石 的 新<br />
方 法 = A new method for the extraction of<br />
macrofossils from calcareous rocks using<br />
sulphuric acid. ( 英 文 ). Vodr á ž ka R.<br />
Palaeontology, 2009, 52(1): 187-192<br />
A new method for the extraction of<br />
calcified and/or partly pyritized macrofossils<br />
has been developed. This method is based<br />
upon the differential speeds for the dissolving<br />
of microcrystalline and macrocrystalline<br />
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