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  2. Hermann's tortoise - Wikipedia

    en.wikipedia.org/wiki/Hermann's_tortoise

    Hermann's tortoise can be kept indoors with adequate living conditions provided by the owner. It requires a heat lamp set at around 15–30 °C (59–86 °F) to provide a basking area. [ 11 ] A UVB bulb is also needed to help process and create vitamin D3 and prevents issues such as metabolic bone disease.

  3. Testudo hermanni hermanni - Wikipedia

    en.wikipedia.org/wiki/Testudo_hermanni_hermanni

    Testudo hermanni hermanni, also known as the Western Hermann's tortoise or known as the Italian tortoise, is a subspecies of tortoise. The subspecies has a rich golden yellow shell with sharp contrast. Behind the eye is a lack of a yellow patch which Testudo hermanni robertmertensi has. T. h.

  4. Testudo (genus) - Wikipedia

    en.wikipedia.org/wiki/Testudo_(genus)

    Kopet-Dag steppe tortoise, T. horsfieldii rustamovi; Subgenus Chersine. Hermann's tortoise, T. hermanni [1] Subspecies: Eastern Hermann's tortoise, T. hermanni boettgeri [1] Western Hermann's tortoise, T. hermanni hermanni [1] †Testudo hellenica (Miocene) Subgenus Testudo. Spur-thighed tortoise, Greek tortoise or common tortoise, T. graeca [1 ...

  5. Greek tortoise - Wikipedia

    en.wikipedia.org/wiki/Greek_tortoise

    The other four species are Hermann's tortoise (T. hermanni), the Egyptian tortoise (T. kleinmanni), the marginated tortoise (T. marginata), and the Russian tortoise (A. horsfieldii). The Greek tortoise is a very long-lived animal, achieving a lifespan upwards of 125 years, with some unverified reports up to 200 years. [4]

  6. Megalochelys - Wikipedia

    en.wikipedia.org/wiki/Megalochelys

    Megalochelys ("great turtle") is an extinct genus of tortoises that lived from the Miocene to Pleistocene.They are noted for their giant size, the largest known for any tortoise, with a maximum carapace length of over 2 m (6.5 ft) in M. atlas.

  7. Jackson ratio - Wikipedia

    en.wikipedia.org/wiki/Jackson_ratio

    The Jackson ratio is calculated by taking the weight of the tortoise in grams and dividing it by the cube of the length of the tortoise's carapace in centimeters. [1] This is essentially a value of the density of the tortoise in g/cm 3. The optimal value for this ratio is 0.21 with a range of 0.18–0.22 being acceptable for hibernation.