Vertebrata Palasiatica ›› 2020, Vol. 58 ›› Issue (1): 67-81.DOI: 10.19615/j.cnki.1000-3118.190525
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DONG Wei1,2(), LIU Wen-Hui1,2,3, BAI Wei-Peng1,2,3
Received:
2019-01-17
Online:
2020-01-20
Published:
2020-01-20
作者简介:
dongwei@ivpp.ac.cn
基金资助:
CLC Number:
DONG Wei, LIU Wen-Hui, BAI Wei-Peng. Cladistic approach on chronological relationship of the Pleistocene mammalian faunas from China. Vertebrata Palasiatica, 2020, 58(1): 67-81.
董为, 刘文晖, 白炜鹏. 2020, 58(1): 67-81, 中国境内部分更新世哺乳动物群的支序系统学分析及生物年代学推断. 古脊椎动物学报.
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URL: https://www.vertpala.ac.cn/EN/10.19615/j.cnki.1000-3118.190525
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
GLS | GLS | SDD (100) | SDD (13.64%) | GLS: 16-20 ka | |
SDD | SDD | GLS (120) | GLS (17.65%) | SDD: 18 ka ( | |
SCZ | SCZ | SCZ (126) | YJG (26.67%) | SCZ: 20-30 ka | |
XGS | XGS | SLWS (128) | SLWS (27.27%) | YJG: (27.0±0.6) ka ( | |
SLWS | YS | YJG (132) | DC (30.00%) | YS: 27-40 ka ( | |
DC | YJG | DC (144) | YS (33.33%) | XGS: 30-80 ka ( | |
YJG | SLWS | YS (146) | SCZ (35.9%) | SLWS: 61-68 ka ( | |
YS | DC | XGS (156) | XGS (37.50%) | DC: 100 ka ( | |
LJ | LJ | LJ (162) | LJ (52.94%) | LJ: 105-125 ka ( | |
MHS | MHS | MHS (174) | MHS (53.13%) | MHS: <400 ka (NET et al., 1987) |
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
GLS | GLS | SDD (100) | SDD (13.64%) | GLS: 16-20 ka | |
SDD | SDD | GLS (120) | GLS (17.65%) | SDD: 18 ka ( | |
SCZ | SCZ | SCZ (126) | YJG (26.67%) | SCZ: 20-30 ka | |
XGS | XGS | SLWS (128) | SLWS (27.27%) | YJG: (27.0±0.6) ka ( | |
SLWS | YS | YJG (132) | DC (30.00%) | YS: 27-40 ka ( | |
DC | YJG | DC (144) | YS (33.33%) | XGS: 30-80 ka ( | |
YJG | SLWS | YS (146) | SCZ (35.9%) | SLWS: 61-68 ka ( | |
YS | DC | XGS (156) | XGS (37.50%) | DC: 100 ka ( | |
LJ | LJ | LJ (162) | LJ (52.94%) | LJ: 105-125 ka ( | |
MHS | MHS | MHS (174) | MHS (53.13%) | MHS: <400 ka (NET et al., 1987) |
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
Ltd | Gwl | Hld (81) | Mp (33.33%) | Hld: 150-400 ka | |
Cjw | Ltd | Ts (87) | Hld (36.36%) | Zkd 3-5: 230-310 ka ( | |
Zkd 3-5 | Mh | Xhs (88) | Xhs (40.00%) | Xhs: 150-400 ka | |
Zkd 8-11 | Lgd | Zkd 3-5 (89) | Ts (43.75%) | Ts: 350 ka ( 500 ka ( | |
Zkd 6-7 | Bld | Qzas (90) | Bld (46.43%) | Ltd: 150-190 ka ( 300 ka ( | |
Qzas | Qyhk | Cjw (92) | Zkd 3-5 (47.06%) | Qzas: 320-420 ka ( | |
Ts | Mp | Zkd 6-7 (94) | Cjw (50.00%) | Zkd 6-7: 380 ka ( | |
Xhs | Dh | Ltd (95) | Qzas (53.85%) | Cjw: 650 ka ( | |
Dh | Xhs | Bld (97) | Dh (57.89%) | Dh: 500-700 ka | |
Qyhk | Zkd 8-11 | Dh (98) | Ltd (58.06%) | Zkd 8-11: 462 ka ( 750 ka ( | |
Gwl | Zkd 3-5 | Mp (99) | Zkd 6-7 (59.09%) | Bld: 500-850 ka | |
Mp | Zkd 6-7 | Zkd 8-11 (102) | Zkd 8-11 (55.26%) | Mp: 500-850 ka | |
Hld | Ts | Qyhk (104) | Qyhk (65.22%) | Qyhk: 936 ka ( | |
YmM | Qzas | Gwl (106) | Lgd (72.50%) | Gwl: 1.15 Ma ( 1.7 Ma ( | |
Bld | Cjw | Lgd (114) | Gwl (75.00%) | Lgd: 2.14 Ma ( | |
Lgd | Hld | Mh (117) | Mh (80.00%) | Mh: 1.2-1.8 Ma | |
Mh | YmM | YmM (120) | YmM (80.77%) | YmM: 700 ka ( 1.7 Ma ( |
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
Ltd | Gwl | Hld (81) | Mp (33.33%) | Hld: 150-400 ka | |
Cjw | Ltd | Ts (87) | Hld (36.36%) | Zkd 3-5: 230-310 ka ( | |
Zkd 3-5 | Mh | Xhs (88) | Xhs (40.00%) | Xhs: 150-400 ka | |
Zkd 8-11 | Lgd | Zkd 3-5 (89) | Ts (43.75%) | Ts: 350 ka ( 500 ka ( | |
Zkd 6-7 | Bld | Qzas (90) | Bld (46.43%) | Ltd: 150-190 ka ( 300 ka ( | |
Qzas | Qyhk | Cjw (92) | Zkd 3-5 (47.06%) | Qzas: 320-420 ka ( | |
Ts | Mp | Zkd 6-7 (94) | Cjw (50.00%) | Zkd 6-7: 380 ka ( | |
Xhs | Dh | Ltd (95) | Qzas (53.85%) | Cjw: 650 ka ( | |
Dh | Xhs | Bld (97) | Dh (57.89%) | Dh: 500-700 ka | |
Qyhk | Zkd 8-11 | Dh (98) | Ltd (58.06%) | Zkd 8-11: 462 ka ( 750 ka ( | |
Gwl | Zkd 3-5 | Mp (99) | Zkd 6-7 (59.09%) | Bld: 500-850 ka | |
Mp | Zkd 6-7 | Zkd 8-11 (102) | Zkd 8-11 (55.26%) | Mp: 500-850 ka | |
Hld | Ts | Qyhk (104) | Qyhk (65.22%) | Qyhk: 936 ka ( | |
YmM | Qzas | Gwl (106) | Lgd (72.50%) | Gwl: 1.15 Ma ( 1.7 Ma ( | |
Bld | Cjw | Lgd (114) | Gwl (75.00%) | Lgd: 2.14 Ma ( | |
Lgd | Hld | Mh (117) | Mh (80.00%) | Mh: 1.2-1.8 Ma | |
Mh | YmM | YmM (120) | YmM (80.77%) | YmM: 700 ka ( 1.7 Ma ( |
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
NHW | Gwl | Gwl (198) | DD (61.1%) | JYD: 1.2-1.5 Ma | |
CTL | Lgd | DD (202) | Gwl (63.4%) | DD: 1.2 Ma ( | |
LD | DD | JYD (208) | Lgd (65.9%) | Gwl: 1.15 Ma ( 1.7 Ma ( | |
StV | JYD | CTL (209) | LGP (69.6%) | CTL: 1.6-1.9 Ma | |
Gwl | CTL | Lgd (232) | JYD (71.4%) | NHW: 1.7-2.2 Ma ( | |
JYD | LD | LD (234) | RZD (72.5%) | LGP: 1.12-1.96 Ma ( | |
DD | NHW | StV (238) | CTL (76.7%) | Lgd: 2.14 Ma ( | |
Lgd | StV | NHW (242) | NHW (85.4%) | LD: 2.16-2.55 Ma ( | |
LGP | LGP | LGP (258) | StV (85.7%) | StV: 1.95-2.58 Ma ( | |
RZD | RZD | RZD (266) | LD (96.8%) | RZD: 1.9-2.4 Ma |
Cladistics | B.-R.’s rule1) | Antiquity1) | Extinction rate1) | Dated age | Estimated age |
---|---|---|---|---|---|
NHW | Gwl | Gwl (198) | DD (61.1%) | JYD: 1.2-1.5 Ma | |
CTL | Lgd | DD (202) | Gwl (63.4%) | DD: 1.2 Ma ( | |
LD | DD | JYD (208) | Lgd (65.9%) | Gwl: 1.15 Ma ( 1.7 Ma ( | |
StV | JYD | CTL (209) | LGP (69.6%) | CTL: 1.6-1.9 Ma | |
Gwl | CTL | Lgd (232) | JYD (71.4%) | NHW: 1.7-2.2 Ma ( | |
JYD | LD | LD (234) | RZD (72.5%) | LGP: 1.12-1.96 Ma ( | |
DD | NHW | StV (238) | CTL (76.7%) | Lgd: 2.14 Ma ( | |
Lgd | StV | NHW (242) | NHW (85.4%) | LD: 2.16-2.55 Ma ( | |
LGP | LGP | LGP (258) | StV (85.7%) | StV: 1.95-2.58 Ma ( | |
RZD | RZD | RZD (266) | LD (96.8%) | RZD: 1.9-2.4 Ma |
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DOI URL |
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