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Figure 12 in On a remarkable new species of Tharsis, a Late Jurassic teleostean fish from southern Germany: its morphology and phylogenetic relationships

Figure 12. Hypothesis of phylogenetic relationships of the Late Jurassic Ascalabos, Ebertichthys and Tharsis among the most primitive teleosts (Tharsis elleri n. sp. highlighted in bold). Synapomorphies supporting the main nodes are listed below; for a complete list see Arratia (2017: 114–118). Uniquely derived characters are identified with an asterisk (∗). See Supplement S1 for descriptions of characters listed below. Node A (Teleosteomorpha or total-group teleost): 13[0]∗, 24[1], 29[1], 45[0]∗, 56[1], 62[1], 104[0]∗, 123[1], 124[1], 128[1], 136[1], 143[1], 145[1], 162[1]∗, 171[1], 187[1], 190[1]∗, 191[1]∗, 194[1] and 195[1]∗. Characters 190–192, 194 and 195 are soft anatomical features that are unknown in fossils, but the parsimony analysis predicts that they were present at this phylogenetic level. Node B: 26[1], 30[1], 39[1], 59[1∗], 61[1], 87[1], 89[1], 107[1], 114[1], 126[1], 142[1], 152[1] and 167[1]. Node C (Teleostei- or apomorphy-based group): 3[1], 11[1], 23[2], 53[1], 70[1], 71[1], 73[1], 77[2], 78[1], 115[1], 173[2] and 178[1]. Node C1 (Pholidophoriformes): 2[1], 7[1], 23[1], 124[0], 125[1]∗, 129[1] and 165[1]. Node C2 (Pholidophoridae): 1[1]∗, 3[2], 11[0], 20[1], 26[0], 27[1], 77[1], 88[0], 89[0], 111[0], 114[0], 115[0], 133[1], 142[0] and 152[0].Node D: 16[1]∗, 86[1]∗, 87[2], 91[1], 123[3], 149[1], 151[1], 167[0], 171[0] and 187[0]. Node E: 23[0], 26[0], 30[0], 47[1], 75[1], 76[1]∗, 127[1], 173[3] and 175[2]. Node F: 11[0], 67[2], 72[1], 74[1]∗, 119[1]∗ and 133[1]. Node G: 8[2], 28[1], 35[1], 56[2], 92[1]∗, 107[3]∗, 108[1]∗, 109[1]∗, 116[1]∗, 121[1], 122[2], 130[1], 132[1], 138[1], 140[1], 141[1], 144[1], 147[1], 160[1], 164[1], 170[2], 174[1]∗, 177[1], 180[1], 181[2] and 188[1]. Node H: 22[1], 30[1], 33[1], 34[1], 35[2], 37[1], 53[3], 55[1], 78[0], 108[2]∗, 109[2]∗, 110[1]∗, 142[0], 165[1], 168[2] and 176[1]. Node H1 (Ascalaboidae): 112[1]∗, 133[0] and 135[1]. Node H2 (Ebertichthys + Ascalabos): 44[1], 65[1]∗, 103[1], 105[1]∗, 118[1]∗, 128[0] and 164[0]. Node H3 (Tharsis dubius Tharsis elleri): 41[1], 48[1], 72[0], + 154[1], 168[1], 196[1]∗, 197[1]∗ and 198[1]∗. Node I: 36[1], 38[1], 129[1], 161[1], 163[1] and 166[1]. Node J (Varasichthyidae): 94[1]∗, 95[1], 120[1], 122[1], 154[1], 167[1], 173[2], 182[1]∗ and 183[1]∗. Node J1: 141[0], 142[1], 144[0] and 146[1]. Node J2: 30[0], 145[0], 152[3], 154[0] and 155[1]. Node K (crown-group Teleostei): 41[1], 71[0], 73[0], 117[1], 134[2]∗, 152[3], 156[1], 175[0] and 177[0]. Node L (elopomorphs): 30[0], 57[1]∗, 62[0], 148[1]∗, 153[1], 155[1] and 177[2]. Node L1: 70[0], 142[1] and 144[1]. Node M (osteoglossomorphs): 8[0], 36[0], 43[1], 46[1]∗, 48[1], 49[1], 55[2], 56[0], 67[1], 83[1]∗, 100[1], 103[1], 128[0], 136[0], 143[0], 149[2] and 173[0]. Node N: 30[2] and 32[1]∗.

ShareScore

40/100

Overall dataset sharing score

Score breakdown

These five areas show where the dataset supports — or may limit — practical reuse.

Stewardship
8
Harmonization
4
Access
20
Reuse readiness
8
Engagement
0

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