云南西北部晚上新世蔷薇亚科(蔷薇科)果实化石

IF 3.7
Y. Huang, Hai Zhu, A. Momohara, Lin‐Bo Jia, Zhekun Zhou
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引用次数: 6

摘要

Rosoideae Focke亚科(蔷薇科)在北半球有很好的化石记录,但这些化石记录主要局限于少数属,而大多数属,特别是那些有草本成员的属,仍然缺乏代表性。本研究描述了云南西北部上新世晚期的果总科新果化石,包括果总科Fragaria achenes和果总科Rubus endocarps。这些化石为玫瑰总科化石档案增添了新的内容,并提供了东亚地区首个Fragaria化石记录。新的化石发现为该亚科在云南西北部的现代多样性和分布提供了历史背景,这是一个地形复杂的地区,可容纳许多植物类群的高度多样性。我们的红毛犀化石,结合附近其他同时期出现的红毛犀属,表明在上新世晚期,红毛犀已经在云南西北部建立了其现代多样性。这一发现丰富了我们对滇西北晚新近纪开花植物多样性的认识,这种多样性被认为主要是由剧烈的山脉隆升和青藏高原东南延伸相关的环境复杂性所驱动的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fruit fossils of Rosoideae (Rosaceae) from the late Pliocene of northwestern Yunnan, Southwest China
The subfamily Rosoideae Focke (Rosaceae) has a good fossil record in the Northern Hemisphere, but these fossil records are confined mainly to a few genera, whereas the majority, in particular those with herbaceous members, are still under‐represented. In this study, we describe new fruit fossils of Rosoideae, including Fragaria achenes and Rubus endocarps, from the late Pliocene of northwestern Yunnan, Southwest China. These fossils add new accounts to the fossil archive of Rosoideae and provide the first fossil record of Fragaria in East Asia. The new fossil findings provide a historical backdrop for the modern diversity and distribution of the subfamily in northwestern Yunnan, a topographically complex area accommodating a high diversity for many plant groups. Our Rubus fossils, in combination with other nearby coeval occurrences of the genus, suggest that Rubus was already establishing its modern diversity in northwestern Yunnan during the late Pliocene. This finding enriches our knowledge of the post‐Neogene diversification of flowering plants in northwestern Yunnan, which is thought to be largely driven by dramatic mountain uplifts and environmental complications associated with the southeastern extension of the Tibetan Plateau.
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