DOI: 10.5281/zenodo.15137914
title: Table 1 in From a pair to a dozen: the piscivorous species of Haplochromis (Cichlidae) from the Lake Edward system

description: Table 1. (continued on the next three pages). Measurements and counts of the piscivorous species of Haplochromis from the Lake Edward system.
H. latifrons sp. nov.H. mentatusH. rex sp. nov.H. simba sp. nov.H. glaucus sp. nov.H. aquila sp. nov.H. kimondo sp. nov.H. falcatus sp. nov.H. curvidens sp. nov.H. pardus sp. nov.H. quasimodo sp. nov.H. squamipinnisn = 8, *2n = 20, *2n = 16, *2n = 11, *2n = 10, *2n = 8, *2n = 21, *2n = 20, *2n = 7, *2n = 20, *2n = 21, *2n = 20, *2Mean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeMean ± SDRangeSL (mm)120.3 ± 30.975.3–158.2110.3 ± 16.287.2–137.2128.7 ± 23.880.5–154.898.8 ± 7.487.1–109.0112.7 ± 22.690.7–158.3104.6 ± 16.483.9–122.9126.5 ± 25.181.6–171.3103.2 ± 1675.0–137.198.7 ± 7.590.2–112.080.1 ± 967.4–96.1113.6 ± 25.878.9–164.9136.7 ± 43.475.9–211.4HL % SL35.0 ± 0.634.2–36.035.1 ± 1.033.4–37.036.6 ± 0.635.8–37.836.8 ± 0.635.7–37.636.9 ± 0.735.9–37.936.3 ± 0.735.5–37.636.5 ± 0.934.8–38.538.2 ± 0.936.6–39.636.1 ± 1.434.1–37.935.2 ± 0.834.0–36.735.5 ± 0.933.9–37.236.0 ± 0.635.1–36.9BD % SL28.6 ± 1.227.2–30.131.2 ± 0.829.0–32.331.8 ± 1.728.4–35.131.3 ± 1.130.1–33.333.5 ± 2.329.7–36.032.4 ± 1.829.0–34.533.0 ± 1.629.9–35.333.2 ± 1.230.4–35.230.8 ± 1.029.0–32.031.8 ± 1.629.2–35.337.4 ± 2.333.5–41.735.7 ± 2.132.4–39.3PrD % SL35.9 ± 0.335.4–36.435.3 ± 0.933.3–36.438.0 ± 1.136.1–39.237.3 ± 0.536.6–38.036.1 ± 0.535.4–37.037.2 ± 0.836.5–38.938.0 ± 1.036.0–40.139.5 ± 1.036.9–41.136.3 ± 1.334.5–37.936.0 ± 1.034.1–37.837.7 ± 1.035.5–39.136.7 ± 0.735.0–38.3PrA % SL67.7 ± 0.567.0–68.266.9 ± 1.264.2–68.268.5 ± 1.066.2–69.667.3 ± 1.166.1–69.468.9 ± 1.266.5–70.367.4 ± 1.464.7–69.366.9 ± 0.765.8–68.267.1 ± 1.364.7–69.066.6 ± 1.065.3–67.965.3 ± 0.964.1–66.966.0 ± 1.563.0–68.766.5 ± 1.064.4–68.6PrP % SL36.1 ± 0.435.7–36.836.0 ± 1.233.1–38.237.6 ± 0.636.5–38.837.8 ± 0.836.2–39.238.1 ± 0.936.4–39.437.2 ± 1.135.5–39.336.7 ± 0.735.3–38.238.6 ± 0.737.1–39.936.7 ± 1.135.0–38.035.7 ± 1.034.2–37.835.8 ± 0.933.9–37.237.0 ± 0.635.9–38.3PrV % SL41.8 ± 0.441.2–42.242.4 ± 1.239.4–44.343.1 ± 1.041.4–44.842.7 ± 0.941.5–44.044.3 ± 1.441.9–45.942.8 ± 1.440.6–45.540.8 ± 0.739.2–42.143.5 ± 1.041.4–45.441.0 ± 0.940.1–42.540.9 ± 0.839.6–42.341.4 ± 1.438.6–45.442.8 ± 1.141.4–45.8PL % SL27.8 ± 0.627.1–28.727.5 ± 1.725.2–30.427.6 ± 1.723.4–29.829.0 ± 1.427.1–30.828.0 ± 1.027.1–29.729.8 ± 1.028.1–31.126.3 ± 1.623.1–29.427.2 ± 1.524.6–30.229.1 ± 1.327.7–30.628.5 ± 2.125.1–32.232.8 ± 2.428.3–37.530.5 ± 1.926.5–33.1VL % SL23.5 ± 0.922.2–25.024.6 ± 1.822.6–28.824.2 ± 2.021.8–28.327.5 ± 1.824.2–30.425.9 ± 1.523.3–27.725.0 ± 2.021.6–28.423.2 ± 1.721.0–27.523.5 ± 1.021.6–25.725.3 ± 1.623.0–27.426.1 ± 3.621.2–35.729.4 ± 2.126.2–33.728.8 ± 2.725.2–35.4DFB % SL49.0 ± 0.947.2–50.152.3 ± 1.250.3–54.251.5 ± 0.849.8–53.151.3 ± 1.349.4–53.151.9 ± 1.549.8–55.051.7 ± 0.650.5–52.653.1 ± 1.250.7–55.351.4 ± 1.448.8–53.452.4 ± 0.951.4–54.152.4 ± 1.250.3–55.354.1 ± 1.550.8–57.852.2 ± 1.549.7–55.1AFB % SL15.7 ± 1.014.7–17.318.0 ± 0.716.7–19.218.7 ± 1.117.1–21.418.0 ± 0.617.3–19.018.6 ± 0.917.3–20.318.3 ± 0.417.3–18.718.0 ± 0.717.0–19.219.3 ± 0.518.4–20.318.3 ± 0.217.9–18.620.5 ± 0.819.2–22.219.9 ± 0.918.1–21.719.9 ± 1.018.6–21.9CPL % SL17.0 ± 0.715.8–18.016.6 ± 0.615.7–17.514.8 ± 0.813.5–16.215.6 ± 0.514.8–16.614.8 ± 1.013.4–16.115.0 ± 0.314.6–15.415.1 ± 0.614.0–16.214.6 ± 0.813.7–16.515.7 ± 0.714.9–16.614.7 ± 0.813.8–16.615.5 ± 0.914.2–17.415.0 ± 0.413.9–16.1CPD % CPL65.2 ± 4.359.3–72.069.6 ± 3.464.8–78.680.6 ± 3.874.4–87.973.6 ± 2.870.1–78.381.0 ± 7.269.3–90.780.6 ± 3.773.6–86.879.0 ± 4.670.7–87.586.7 ± 5.377.7–97.376.7 ± 3.872.0–82.081.8 ± 4.872.8–90.081.4 ± 5.071.3–91.585.0 ± 4.777.3–96.0HW % HL41.8 ± 1.140.5–43.240.8 ± 1.039.4–42.339.2 ± 1.536.8–41.640.8 ± 0.739.5–41.539.7 ± 0.638.9–40.942.0 ± 1.340.1–43.745.1 ± 1.342.9–48.042.9 ± 1.239.9–44.443.4 ± 0.742.4–44.242.6 ± 1.040.1–44.145.3 ± 1.542.0–48.142.5 ± 2.338.4–47.0ED % HL24.4 ± 1.622.3–26.727.2 ± 1.225.4–29.924.6 ± 1.722.2–28.328.3 ± 0.826.7–29.526.8 ± 1.723.2–28.730.6 ± 0.630.0–31.527.5 ± 1.924.6–30.828.9 ± 1.525.2–31.530.4 ± 0.729.4–31.131.9 ± 1.329.8–34.129.2 ± 1.626.2–31.826.6 ± 2.023.1–29.7IOW % HW60.0 ± 2.357.4–63.355.5 ± 2.351.3–61.048.9 ± 2.144.9–52.748.1 ± 1.545.5–50.453.8 ± 1.950.9–57.148.0 ± 2.645.3–53.352.8 ± 2.649.2–58.547.7 ± 2.541.9–53.349.1 ± 2.046.4–52.544.6 ± 2.639.3–48.443.9 ± 2.340.5–48.751.9 ± 2.048.6–55.6SNL % HL35.6 ± 1.133.9–37.334.2 ± 1.530.0–35.934.7 ± 1.931.1–37.932.5 ± 0.831.3–34.032.8 ± 1.331.0–35.130.3 ± 1.328.0–31.934.5 ± 1.831.3–37.732.4 ± 0.930.3–33.430.1 ± 1.128.9–32.130.3 ± 1.527.6–33.231.0 ± 1.228.2–33.133.5 ± 2.129.9–37.1LaD % HL20.7 ± 1.618.8–23.019.7 ± 0.918.1–20.920.8 ± 1.018.9–22.519.5 ± 0.618.7–20.519.8 ± 1.318.0–22.718.3 ± 0.717.0–19.119.7 ± 1.416.9–22.018.0 ± 0.616.1–18.816.7 ± 0.616.0–17.817.3 ± 0.716.0–18.318.6 ± 1.016.6–20.619.6 ± 1.217.3–23.0ChD % HL27.7 ± 2.424.3–30.926.4 ± 1.723.8–31.131.1 ± 1.627.6–33.528.3 ± 0.827.0–29.628.5 ± 1.526.2–31.328.3 ± 1.326.8–30.830.9 ± 2.427.1–35.226.0 ± 1.023.3–28.023.2 ± 0.822.4–24.922.5 ± 1.120.8–24.427.5 ± 2.223.7–32.929.0 ± 2.924.9–36.0PPL % HL25.4 ± 0.624.5–26.026.0 ± 0.725.0–27.325.1 ± 0.723.8–26.224.5 ± 0.923.4–26.125.8 ± 1.223.8–28.625.1 ± 0.724.1–26.326.7 ± 1.025.0–28.526.9 ± 0.725.2–28.125.1 ± 0.923.7–26.327.0 ± 1.124.5–28.726.8 ± 1.025.4–29.427.9 ± 1.225.2–30.5UJL % HL38.2 ± 2.435.3–41.637.0 ± 1.933.8–41.038.1 ± 1.236.1–40.038.6 ± 1.236.3–40.138.6 ± 1.536.8–42.138.2 ± 1.736.5–41.139.3 ± 2.535.8–43.838.5 ± 1.336.4–41.836.4 ± 0.735.3–37.334.6 ± 1.232.7–36.837.9 ± 1.834.6–41.040.7 ± 2.835.8–47.1LJL % HL47.8 ± 1.345.6–49.448.5 ± 2.043.9–51.047.8 ± 1.345.6–50.148.4 ± 1.047.1–50.049.0 ± 2.246.0–53.147.1 ± 1.645.0–49.247.7 ± 2.444.7–52.049.5 ± 1.347.6–52.147.3 ± 1.345.8–49.744.7 ± 1.242.4–46.747.1 ± 1.644.2–49.652.7 ± 2.847.8–58.6LJW % LJL43.5 ± 2.839.6–46.439.3 ± 1.735.2–41.844.7 ± 2.439.5–47.940.8 ± 1.538.2–42.840.5 ± 2.136.2–43.141.8 ± 1.838.1–43.449.3 ± 2.544.7–53.342.5 ± 1.740.2–45.640.8 ± 1.538.5–43.241.3 ± 2.037.3–44.645.9 ± 2.541.0–50.637.2 ± 3.732.6–44.7LPL % HL30.7 ± 0.330.5–30.9*29.9 ± 0.629.4–30.3*29.2 ± 1.628.1–30.3*30.3 ± 0.030.3–30.3*28.9 ± 0.128.8–28.9*31.0 ± 1.130.2–31.7*28.9 ± 0.128.8–29.0*29.4 ± 0.029.4–29.4*29.5 ± 1.128.7–30.3*29.4 ± 1.028.7–30.1*30.7 ± 3.028.6–32.8*31.7 ± 2.1*30.2–33.1*LPW % LPL89.7 ± 4.486.6–92.8*84.7 ± 1.583.6–85.7*89.3 ± 3.786.6–91.9*85.8 ± 2.883.8–87.9*94.2 ± 1.393.3–95.1*88.3 ± 6.783.6–93.1*99.8 ± 2.198.3–101.3*96.3 ± 0.496.0–96.6*86.6 ± 4.983.2–90.1*93.6 ± 0.093.6–93.7*95.9 ± 7.790.4–101.3*90.5 ± 2.4*88.9–92.2*DAL % LPL54.9 ± 2.453.3–56.6*57.4 ± 1.656.3–58.5*61.1 ± 2.059.7–62.5*59.4 ± 2.058.0–60.9*60.9 ± 4.357.8–63.9*56.8 ± 1.156.0–57.6*57.3 ± 1.856.0–58.6*55.7 ± 3.952.9–58.4*56.2 ± 3.154.0–58.3*57.2 ± 2.055.8–58.5*60.8 ± 0.560.4–61.2*57.5 ± 2.3*55.8–59.1*DAW % LPW64.5 ± 1.363.6–65.4*67.0 ± 3.664.5–69.6*67.0 ± 2.565.2–68.8*67.0 ± 1.765.8–68.3*63.8 ± 0.463.5–64.1*64.1 ± 2.362.5–65.7*65.4 ± 0.365.2–65.6*64.6 ± 3.062.5–66.7*68.7 ± 2.167.2–70.2*68.8 ± 1.168.0–69.6*68.8 ± 0.868.2–69.4*67.8 ± 2.9*65.7–69.8*
description: Published as part of Vranken, Nathan, Steenberge, Maarten Van, Heylen, Annelies, Decru, Eva & Snoeks, Jos, 2022, From a pair to a dozen: the piscivorous species of Haplochromis (Cichlidae) from the Lake Edward system, pp. 10-12 in European Journal of Taxonomy 815 on page 10, DOI: 10.5852/ejt.2022.815.1749, http://zenodo.org/record/6484153