{"title":"Geburt: Tabelle I","body":"Geburt<\/STRONG>
<\/BR>
<\/BR>Geburtsgewichte von Säugetieren<\/STRONG>\n\n
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
\nName\n<\/TD>\n\nGeburtsgewicht pro Jungtier (in g bzw. %)\n<\/TD>\n\nWurfgröße\n<\/TD>\n\nGeburtsgewicht pro Wurf (in g bzw. %)\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\nBeuteltiere\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Macropus rufus (Rotes Riesenkänguruh)\n<\/TD>\n\n0,750 g (0,0033%)\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nInsektenfresser\n<\/TD>\n\n–\n<\/TD>\n\nmeist 2–10\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Erinaceus europaeus (Braunbrustigel)\n<\/TD>\n\n2,0%\n<\/TD>\n\n–\n<\/TD>\n\n5–13%\n<\/TD>\n<\/TR>\n
\n Tupaia glis (Gewöhnliches Spitzhörnchen)\n<\/TD>\n\n7%\n<\/TD>\n\n2–3\n<\/TD>\n\n14%\n<\/TD>\n<\/TR>\n
\nFledermäuse\n<\/TD>\n\n12–35%\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Pipistrellus pipistrellus (Zwergfledermaus)\n<\/TD>\n\n1 g\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\nbis 2 g\n<\/TD>\n<\/TR>\n
\nZahnarme\/Nebengelenktiere\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Euphractus sexcinctus (Weißborstengürteltier)\n<\/TD>\n\n6,2%\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Myrmecophaga tridactyla (Großer Ameisenbär)\n<\/TD>\n\n14.800 g (5,4%)\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nHasenartige\n<\/TD>\n\n–\n<\/TD>\n\n2–10\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Lepus spp. und Oryctolagus spp. (Hasen und Kaninchen)\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n\n15–20%\n<\/TD>\n<\/TR>\n
\n Oryctolagus cuniculus (Kaninchen)\n<\/TD>\n\n60 g\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nNagetiere\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Cavia aperea hypoleuca (wildes Meerschweinchen)\n<\/TD>\n\n60 g (9,2%)\n<\/TD>\n\n–\n<\/TD>\n\nbis 30%\n<\/TD>\n<\/TR>\n
\n Cavia aperea porcellus (Hausmeerschweinchen)\n<\/TD>\n\nmeist 75–100 g\n<\/TD>\n\n–\n<\/TD>\n\nbis 70%\n<\/TD>\n<\/TR>\n
\n Erethizon sp. (Nordamerikanische Baumstachler)\n<\/TD>\n\n8%\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Hydrochoerus sp. (Wasserschwein, Capybara)\n<\/TD>\n\nbis 1200 g\n<\/TD>\n\nbis zu 8\n<\/TD>\n\n17,6%\n<\/TD>\n<\/TR>\n
\n Lagidium sp. (Hasenmaus)\n<\/TD>\n\n25%\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Mus musculus und Rattus rattus (Hausmaus und Hausratte)\n<\/TD>\n\n3-4%\n<\/TD>\n\nbis zu 16\n<\/TD>\n\n15–40%\n<\/TD>\n<\/TR>\n
\n Petromys volans (Eichhörnchen)\n<\/TD>\n\n8,5 g (2–4%)\n<\/TD>\n\n2–5\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nRaubtiere\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Canis lupus f. domesticus (Haushund)\n<\/TD>\n\n1–7%\n<\/TD>\n\nbis zu 12\n<\/TD>\n\n10–15%\n<\/TD>\n<\/TR>\n
\n Felis silvestris (Hauskatze)\n<\/TD>\n\n–\n<\/TD>\n\nselten über 5\n<\/TD>\n\n12–18%\n<\/TD>\n<\/TR>\n
\n Genetta genetta (Ginsterkatze)\n<\/TD>\n\n70 g (2–5%)\n<\/TD>\n\n2–3\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Mustela putorius furo (Frettchen)\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n\nselten über 10%\n<\/TD>\n<\/TR>\n
\n Panthera leo (Löwe)\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n\n4%\n<\/TD>\n<\/TR>\n
\n Bärenartige\n<\/TD>\n\n0,15–0,3%\n<\/TD>\n\n2; selten 4\n<\/TD>\n\n0,3–1,2%\n<\/TD>\n<\/TR>\n
\n Vulpes vulpes (Rotfuchs)\n<\/TD>\n\n–\n<\/TD>\n\n–\n<\/TD>\n\nselten über 10%\n<\/TD>\n<\/TR>\n
\nRobben\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Odobenus rosmarus (Walroß)\n<\/TD>\n\n6000 g (5–8%)\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nWale\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Bartenwale\n<\/TD>\n\nca. 30%\n<\/TD>\n\nfast immer 1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Balaenoptera musculus (Blauwal)\n<\/TD>\n\n2.000000\n<\/TD>\n\nfast immer 1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Zahnwale\n<\/TD>\n\nbis über 10%\n<\/TD>\n\nfast immer 1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nRüsseltiere\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Loxodonta africana (Afrikanischer Elefant)\n<\/TD>\n\n90.000–135.000 g (3,6–5,4%)\n<\/TD>\n\nfast immer 1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nSchliefer\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Procavia capensis (Kap-Klippschliefer)\n<\/TD>\n\nbis 400 g (bis 13%)\n<\/TD>\n\n1 (selten bis 4)\n<\/TD>\n\nbis 25%\n<\/TD>\n<\/TR>\n
\nPaarhufer\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Wiederkäuer \n<\/TD>\n\nmeist 7%\n<\/TD>\n\n1 (einige 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Hippopotamus sp. (Flußpferd)\n<\/TD>\n\n2–5%\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Schweine\n<\/TD>\n\n1%\n<\/TD>\n\nbis 9\n<\/TD>\n\nbis über 8%\n<\/TD>\n<\/TR>\n
\nUnpaarhufer\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Equus spp. (Pferde)\n<\/TD>\n\n8–10%\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Nashörner\n<\/TD>\n\n6%\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Tapire\n<\/TD>\n\n2,8%\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\nPrimaten\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\n Lemur catta (Katzenmaki)\n<\/TD>\n\n50–85 g (ca. 3%)\n<\/TD>\n\nmeist 1 (selten 2 oder 3)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Propithecus verreauxi (Larvensifaka)\n<\/TD>\n\n35–40 g (ca. 7%)\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Galago senegalensis (Senegal-Galago)\n<\/TD>\n\n11,5 g (4-8%)\n<\/TD>\n\n1–2\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Lemur mongoz (Mongozmaki)\n<\/TD>\n\n55–61 g (ca. 3%)\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Tarsius sp. (Koboldmakis)\n<\/TD>\n\nbis 25%\n<\/TD>\n\n1\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Cercopithecus aethiops (Grüne Meerkatze)\n<\/TD>\n\n300–400 g (ca. 10%)\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Macaca sylvanus (Berberaffe)\n<\/TD>\n\nca. 400 g (ca. 7%)\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Cebuella pygmaea (Zwergseidenäffchen)\n<\/TD>\n\n15 g (12%)\n<\/TD>\n\nfast immer 2\n<\/TD>\n\n30 g (24%)\n<\/TD>\n<\/TR>\n
\n Callithrix spp. (Krallenaffen)\n<\/TD>\n\n30 g (9%)\n<\/TD>\n\nfast immer 2\n<\/TD>\n\n60 g (18%)\n<\/TD>\n<\/TR>\n
\nMenschenähnliche (ohne Mensch)\n<\/TD>\n\n2–4%\n<\/TD>\n\n1 (selten 2)\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n
\n Homo sapiens (Mensch)\n<\/TD>\n\nca. 3000 g (5–6%)\n<\/TD>\n\n<\/TD>\n\n–\n<\/TD>\n<\/TR>\n\n<\/TABLE><\/TD><\/TR><\/TABLE>"}