Genomic DNA Sequences from Mastodon and Woolly Mammoth Reveal Deep Speciation of Forest and Savanna Elephants

Multilingual Wikipedia

In June 2020 the work Genomic DNA Sequences from Mastodon and Woolly Mammoth Reveal Deep Speciation of Forest and Savanna Elephants was on the 6,582nd place in the ranking of the most reliable and popular publications with DOI number in multilingual Wikipedia from readers' point of view (PR-score). If we consider only frequency of appearance of this source in references of Wikipedia articles (F-score), this work was on the 2,859th place in June 2020. From Wikipedians' point of view, "Genomic DNA Sequences from Mastodon and Woolly Mammoth Reveal Deep Speciation of Forest and Savanna Elephants" is the 949th most reliable publication with DOI number in different language versions of Wikipedia (AR-score).

PR-score:
6,582nd place
190,815
-59,794
AR-score:
949th place
33,955
-212
F-score:
2,859th place
70
0

English Wikipedia (en)

PR-score:
25,582nd place
63,606
-12,345
AR-score:
10,025th place
7,205
+35
F-score:
46,696th place
6
0

Dutch Wikipedia (nl)

PR-score:
187th place
38,729
-7,269
AR-score:
18th place
14,290
+17
F-score:
247th place
4
0

Polish Wikipedia (pl)

PR-score:
1,851st place
21,096
-6,484
AR-score:
1,432nd place
1,894
0
F-score:
5,112th place
4
0

Spanish Wikipedia (es)

PR-score:
7,236th place
18,980
-5,073
AR-score:
3,579th place
1,946
0
F-score:
13,077th place
2
0

Japanese Wikipedia (ja)

PR-score:
5,558th place
13,647
+442
AR-score:
3,397th place
910
+3
F-score:
24,547th place
1
0

Hungarian Wikipedia (hu)

PR-score:
150th place
12,306
-15,621
AR-score:
68th place
2,972
0
F-score:
241st place
6
0

German Wikipedia (de)

PR-score:
15,374th place
9,850
-3,010
AR-score:
11,947th place
1,278
+7
F-score:
589th place
15
0

Serbian Wikipedia (sr)

PR-score:
2,032nd place
1,053
-1,821
AR-score:
1,534th place
405
+5
F-score:
326th place
6
0
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BestRef shows popularity and reliability scores for sources in references of Wikipedia articles in different languages. Data extraction based on complex method using Wikimedia dumps. To find the most popular and reliable sources we used information about over 200 million references of Wikipedia articles. More details...