Burmese amber (Lingpoge Amber Museum coll) (Cretaceous of Myanmar)
Where: Myanmar (26.4° N, 96.7° E: paleocoordinates 12.4° N, 93.8° E)
• coordinate stated in text
When: Early/Lower Cenomanian (99.6 - 93.5 Ma)
Environment/lithology: terrestrial; amber
• "...inclusions in the piece are numerous frass pellets and wood fragments, further suggestive (besides body form) of arboreal/wood nesting habits of the ant..."
• "reddish-orange amber..."or "transparent yellow amber"
Size class: mesofossils
Preservation: amber
Collection methods: Repository: Lingpoge Amber Museum (specimen currently housed at NIGP)
Primary reference: B. Wang, F. Y. Xia, T. Wappler, E. Simon, H. C. Zhang, E. A. Jarzembowski, and J. Szwedo. 2015. Brood care in a 100-million-year-old scale insect. eLife 4:e05447 [M. Clapham/M. Clapham]more details
Purpose of describing collection: taxonomic analysis
PaleoDB collection 167760: authorized by Matthew Clapham, entered by Matthew Clapham on 31.03.2015
Creative Commons license: CC BY (attribution)
Taxonomic list
Show authors, comments, and common names
Ostracoda | |
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Insecta | |
Zhenia xiai n. gen. n. sp.22
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Ingensala xiai n. gen. n. sp.13
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Fangyuania xiai n. gen. n. sp.3
Fangyuania xiai n. gen. n. sp.3 Chen et al. 2018 froghopper BA16003; 19002, 19003 in Chen et al., 2019
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Minlagerron griphos n. gen. n. sp.2
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Wathondara kotejai n. gen. n. sp.
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Phyllotridactylus wangi n. gen. n. sp.21
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Ol xiai n. gen. n. sp.18
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Anisotermes xiai n. gen. n. sp.23
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Nymphavus progenitor n. gen. n. sp.1
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Calobabinskaia xiai n. gen. n. sp.10
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Diodontognathus papillatus n. gen. n. sp.1
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Habrosymphrasis xiai n. gen. n. sp.15
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Kurtodipteromantispa xiai n. sp.7
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"Mallecupes qingqingae" = Mallecupes (Mallecupes) qingqingae5
"Mallecupes qingqingae" = Mallecupes (Mallecupes) qingqingae5 Jarzembowski et al. 2017 reticulated beetle Figured specimen in Xia et al., 2015
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1Badano et al. 2018; 2Chen et al. 2019; 3Chen et al. 2018; 4Fu et al. 2019; 5Jarzembowski et al. 2017; 6Li et al. 2023; 7Li et al. 2020; 8Liu et al. 2017; 9Liu et al. 2018; 10Lu et al. 2021; 11Lu et al. 2018; 12Luo et al. 2022; 13Luo et al. 2022; 14Perrichot et al. 2020; 15Shi et al. 2020; 16Vršanský et al. 2018; 17Vršanský et al. 2019; 18Vršanský and Wang 2017; 19Wang et al. 2022; 20Wichard and Wang 2016; 21Xu et al. 2022; 22Zhang et al. 2016; 23Zhao et al. 2019; 24Zhao et al. 2020; 25Zheng et al. 2017