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Post by Sebbe on Mar 4, 2016 15:59:49 GMT
I visited the Swedish Museum of Natural History today and they keep a small collection of extinct animals on display. Amongst them is the famous Quagga foetus (one of only two in existence I believe) acquired by A. Sparrman in 1775. There seems to be few photographs of this specimen around but as you can see it is unfortunately very poorly displayed. how to print screen on pc
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Post by surroundx on Mar 19, 2016 6:23:58 GMT
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Post by surroundx on Mar 19, 2016 6:30:45 GMT
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Post by Melanie on Jul 19, 2016 7:51:01 GMT
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Post by surroundx on Oct 1, 2016 8:10:07 GMT
Larkin, Nigel R. and Porro, Laura B. (In Press, 2016). Three legs good, four legs better: making a quagga whole again with 3D printing. Collection Forum. doi: dx.doi.org/10.14351/2015.08.15 [ Abstract]
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Post by Melanie on Dec 12, 2016 15:22:22 GMT
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Post by surroundx on Jan 2, 2017 7:52:28 GMT
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Post by surroundx on Jan 2, 2017 7:53:29 GMT
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Post by surroundx on Apr 23, 2017 3:55:21 GMT
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Post by Sebbe on May 12, 2017 20:33:52 GMT
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Post by surroundx on Aug 6, 2017 9:19:32 GMT
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Post by surroundx on Nov 5, 2017 8:53:52 GMT
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Post by Melanie on Jan 26, 2018 5:47:07 GMT
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Post by Melanie on Jan 26, 2018 5:49:08 GMT
A southern African origin and cryptic structure in the highly mobile plains zebra Casper-Emil T. Pedersen, Anders Albrechtsen, Paul D. Etter, Eric A. Johnson, Ludovic Orlando, Lounes Chikhi, Hans R. Siegismund & Rasmus Heller Abstract The plains zebra (Equus quagga) is an ecologically important species of the African savannah. It is also one of the most numerous and widely distributed ungulates, and six subspecies have been described based on morphological variation. However, the within-species evolutionary processes have been difficult to resolve due to its high mobility and a lack of consensus regarding the population structure. We obtained genome-wide DNA polymorphism data from more than 167,000 loci for 59 plains zebras from across the species range, encompassing all recognized extant subspecies, as well as three mountain zebras (Equus zebra) and three Grevy’s zebras (Equus grevyi). Surprisingly, the population genetic structure does not mirror the morphology-based subspecies delineation, underlining the dangers of basing management units exclusively on morphological variation. We use demographic modelling to provide insights into the past phylogeography of the species. The results identify a southern African location as the most likely source region from which all extant populations expanded around 370,000 years ago. We show evidence for inclusion of the extinct and phenotypically divergent quagga (Equus quaggaquagga) in the plains zebra variation and reveal that it was less divergent from the other subspecies than the northernmost (Ugandan) extant population. www.nature.com/articles/s41559-017-0453-7
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Post by surroundx on Jul 6, 2019 4:23:08 GMT
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Post by surroundx on Jan 8, 2022 4:49:06 GMT
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Post by surroundx on Feb 5, 2022 3:13:02 GMT
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Post by simontonge on Mar 28, 2022 18:24:37 GMT
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Post by Melanie on Mar 29, 2022 22:15:03 GMT
Hi Simon, thanks for sharing this story with us. Great work.
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Post by simontonge on Mar 31, 2022 20:07:09 GMT
Thanks, Melanie. It's written probably a bit simplistically for readers of this blog, but it was intended for a less knowledgeable audience!
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