Table 1 in An integrative taxonomic revision of lesser gymnures (Eulipotyphla: Hylomys) reveals five new species and emerging patterns of local endemism in Tropical East Asia

Table 1. Craniodental and selected external measurements (mm), weight (g) of adult Hylomys, including new species from Mount Leuser and the Da Lat–Dak Lak Plateaus. Mean, SD (w), ranges, and sample size (N) are specified for each measurement.
Hylomys maxiHylomys vorax sp. nov.Hylomys parvusHylomys dorsalisHylomys suillusHylomys macarong sp. nov.Hylomys peguensisGLS36.9 (w 0.8)34.5 (w 1.2)30.9 (w 1.0)36.6 (w 0.9)34.8 (w 1.1)34.8 (w 1.0)34.4 (w 0.9)35.5–38.433.4–36.329.2–33.434.9–38.432.2–37.933.6–35.932.3–36.0N = 28N = 5N = 15N = 25N = 57N = 7N = 17CBL36.2 (w 0.9)33.3 (w 1.3)29.8 (w 1.0)35.5 (w 0.8)33.8 (w 1.3)33.8 (w 0.9)33.4 (w 1.1)34.0–38.231.9–35.128.1–32.133.9–37.530.4–37.032.8–34.930.4–35.4N = 35N = 5N = 15N = 30N = 62N = 6N = 21IOB8.7 (w 0.4)8.8 (w 0.6)8.3 (w 0.3)9.5 (w 0.2)8.9 (w 0.3)8.3 (w 0.3)8.2 (w 0.3)8.1–9.67.8–9.47.7–9.19.2–10.08.1–9.67.9–8.87.5–9.0N = 32N = 7N = 14N = 29N = 43N = 9N = 19BB15.0 (w 0.3)14.8 (w 0.2)13.6 (w 0.3)15.5 (w 0.4)14.6 (w 0.4)14.4 (w 0.3)14.3 (w 0.4)14.1–15.614.5–15.113.1–14.014.9–16.313.8–15.614.1–15.013.7–14.8N = 30N = 5N = 14N = 26N = 58N = 7N = 18ROL16.9 (w 0.5)16.0 (w 0.7)14.2 (w 0.4)17.3 (w 0.5)16.1 (w 0.8)15.1 (w 0.5)14.6 (w 0.7)16.1–18.215.2–17.313.6–15.116.1–18.114.5–18.114.6–15.713.1–15.8N = 37N = 7N = 15N = 33N = 47N = 10N = 25ROB5.9 (w 0.3)4.7 (w 0.2)4.7 (w 0.2)5.0 (w 0.2)5.3 (w 0.3)5.2 (w 0.2)5.5 (w 0.3)5.2–6.44.5–5.04.4–5.04.6–5.54.7–6.14.9–5.65.0–6.0N = 34N = 7N = 14N = 34N = 46N = 9N = 24PPL13.2 (w 0.5)11.8 (w 0.5)10.7 (w 0.3)13.0 (w 0.4)12.4 (w 0.8)12.5 (w 0.5)12.6 (w 0.6)12.3–14.211.1–12.310.1–11.212.3–13.810.8–14.311.9–13.111.5–14.0N = 35N = 5N = 13N = 29N = 47N = 5N = 20PPD9.2 (w 0.3)8.7 (w 0.3)8.2 (w 0.4)9.0 (w 0.2)8.6 (w 0.3)9.1 (w 0.3)8.9 (w 0.3)8.6–9.78.3–9.17.4–8.68.4–9.48.0–9.18.7–9.78.4–9.4N = 29N = 6N = 13N = 28N = 42N = 9N = 19M3B6.9 (w 0.3)6.2 (w 0.1)5.3 (w 0.4)6.5 (w 0.4)6.3 (w 0.3)6.5 (w 0.3)6.3 (w 0.3)6.2–7.56.1–6.44.7–6.05.5–7.45.7–6.96.1–6.85.5–6.8N = 29N = 7N = 14N = 33N = 48N = 7N = 24M1M111.7 (w 0.3)10.2 (w 0.3)9.4 (w 0.4)10.6 (w 0.5)10.5 (w 0.4)10.9 (w 0.4)10.9 (w 0.5)10.9–12.59.8–10.89.0–10.28.2–11.39.8–11.410.2–11.59.8–11.6N = 28N = 7N = 15N = 29N = 57N = 10N = 19IM3SB18.5 (w 0.6)17.3 (w 0.5)15.7 (w 0.6)18.1 (w 0.5)17.5 (w 0.8)16.6 (w 0.5)16.9 (w 0.7)17.6–19.616.7–18.114.6–16.917.5–19.015.3–18.816.1–17.415.1–18.2N = 31N = 7N = 17N = 32N = 62N = 10N = 25P4M38.8 (w 0.3)7.7 (w 0.2)7.2 (w 0.2)8.1 (w 0.2)7.9 (w 0.3)8.0 (w 0.2)8.0 (w 0.4)8.3–9.97.5–8.26.9–7.57.7–8.67.3–8.67.6–8.37.1–8.6N = 25N = 7N = 14N = 29N = 43N = 10N = 20LMA26.3 (w 0.7)24.0 (w 0.9)21.3 (w 0.7)25.3 (w 0.7)24.5 (w 1.0)24.9 (w 0.8)24.2 (w 0.8)24.8–27.923.0–25.620.1–22.223.6–26.622.4–26.823.9–25.922.4–25.4N = 32N = 6N = 13N = 27N = 42N = 8N = 19IM3I18.2 (w 0.4)17.1 (w 0.4)15.3 (w 0.5)17.7 (w 0.4)17.0 (w 0.5)16.4 (w 0.4)16.5 (w 0.6)17.6–18.916.6–17.714.5–16.016.7–18.415.7–18.215.8–17.115.1–17.4N = 26N = 7N = 16N = 26N = 57N = 8N = 20HCO9.4 (w 0.4)7.8 (w 0.4)7.5 (w 0.3)8.9 (w 0.5)8.2 (w 0.6)8.8 (w 0.2)8.9 (w 0.5)8.6–10.77.4–8.66.9–7.98.2–9.96.6–9.58.5–9.18.0–9.8N = 32N = 7N = 13N = 28N = 42N = 7N = 17LAP9.7 (w 0.6)8.4 (w 0.5)7.6 (w 0.5)9.2 (w 0.6)8.8 (w 0.6)10.1 (w 0.4)9.1 (w 0.5)8.8–10.87.9–9.16.8–8.17.8–10.37.7–10.39.4–10.68.4–10.6N = 27N = 6N = 13N = 28N = 41N = 8N = 18NL12.0 (w 0.9)12.1 (w 0.9)9.514.0 (w 0.7)11.2 (w 0.9)13.0 (w 0.6)11.8 (w 1.0)10.6–14.311.0–13.49.512.6–15.09.4–12.912.1–13.910.3–13.6N = 23N = 7N = 1N = 22N = 20N = 10N = 12NB2.6 (w 0.2)2.2 (w 0.2)2.02.5 (w 0.1)2.4 (w 0.2)2.4 (w 0.3)2.2 (w 0.2)2.2–3.02.0–2.42.02.3–2.82.1–2.92.0–3.01.9–2.5N = 21N = 7N = 1N = 22N = 20N = 10N = 13BD10.0 (w 0.3)9.1 (w 0.2)8.69.8 (w 0.2)9.2 (w 0.3)9.7 (w 0.3)9.3 (w 0.2)9.3–10.58.9–9.58.69.6–10.18.8–9.89.4–10.29.0–9.6N = 23N = 5N = 1N = 20N = 20N = 8N = 12MAB14.5 (w 0.3)13.6 (w 0.6)12.214.6 (w 0.3)13.7 (w 0.3)14.2 (w 0.4)13.9 (w 0.4)13.9–15.013.0–14.112.213.8–15.113.2–14.513.5–14.913.2–14.7N = 20N = 4N = 1N = 20N = 20N = 7N = 11IM3SA18.9 (w 0.5)17.8 (w 0.4)16.118.5 (w 0.4)17.2 (w 0.4)17.4 (w 0.5)17.3 (w 0.7)18.3–19.717.2–18.516.118.0–19.216.0–17.916.8–18.215.8–18.3N = 11N = 7N = 1N = 22N = 19N = 10N = 12I1L2.7 (w 0.2)2.3 (w 0.1)2.52.6 (w 0.2)2.5 (w 0.3)3.3 (w 0.7)2.6 (w 0.3)2.2–3.32.2–2.62.52.1–3.12.0–3.02.6–4.52.1–3.1N = 18N = 6N = 1N = 19N = 18N = 10N = 13ASC0.2 (w 0.1)0.4 (w 0.2)---0.5 (w 0.3)1.0 (w 0.2)0.1–0.40.2–0.5---0.2–1.00.7–1.2N = 4N = 4N = 0N = 0N = 0N = 8N = 8TL146.4 (w 6.4)144.6 (w 3.6)-154.7 (w 11.5)142.0 (w 9.2)161.3 (w 12.4)150.7 (w 12.6)140.0–160.0139.0–150.0-139.0–175.0124.0–152.0135.0–171.0140.0–172.0N = 8N = 7N = 0N = 20N = 10N = 7N = 7HB139.3 (w 7.8)123.1 (w 3.4)107.2 (w 4.4)135.2 (w 8.1)129.5 (w 9.8)138.4 (w 5.4)129.4 (w 12.4)123.0–156.0117.0–128.0100.0–115.0119.0–150.098.0–152.0130.0–146.0103.0–157.0N = 54N = 7N = 14N = 54N = 52N = 8N = 29T16.2 (w 3.0)21.4 (w 0.6)23.1 (w 5.4)19.0 (w 3.5)18.8 (w 4.3)23.2 (w 2.4)21.3 (w 2.5)7.0–24.020.5–22.015.0–32.011.0–26.012.0–28.020.0–25.017.0–25.0N = 46N = 7N = 14N = 49N = 46N = 8N = 18HF25.2 (w 1.2)(w)23.1 (w 0.8)25.7 (w 0.9)24.4 (w 1.7)23.5 (w 0.7)22.5 (w 1.4)23.0–28.0-21.9–25.024.0–28.020.0–28.023.0–24.020.0–25.0N = 31N = 0N = 16N = 13N = 42N = 2N = 14HFW N26.3 (w 1.1)26.3 (w 0.8)-27.7 (w 1.8)24.8 (w 1.2)25.7 (w 1.5)24.8 (w 1.2)24.0–29.025.5–27.5-24.0–32.023.0–26.023.0–27.022.0–27.0N = 32N = 7N = 0N = 37N = 9N = 7N = 14E16.4 (w 1.3)19.1 (w 0.7)16.5 (w 1.3)17.4 (w 1.7)16.6 (w 1.5)18.1 (w 1.4)16.4 (w 2.5)13.9–21.018.0–20.014.0–19.012.0–21.013.0–21.016.0–20.011.0–20.0N = 53N = 7N = 16N = 53N = 52N = 10N = 26W64.2 (w 9.2)44.4 (w 5.0)-60.9 (w 8.4)49.7 (w 7.4)-54.2 (w 12.7)43.0–80.039.6–53.8-46.0–75.040.0–64.0-45.0–73.0N = 29N = 6N = 0N = 14N = 8N = 0N = 4