Reptiles & Amphibians
These are resources we've gathered that relate to amphibians and reptiles.
Cryptosporiosis is caused by an internal parasite that can infect many different species of animals. It is caused by a protozoal, or one celled, parasite called Cryptosporidium. There are several species of Cryptosporidium, but the most commonly encountered in reptiles is C. serpentis. Cryptospordiosis is an important disease in reptiles due to its tendency to be highly contagious and high mortality rate.
Nutritional Secondary Hyperparathyroidism (NSHP), commonly referred to as “Metabolic Bone Disease”, is a common and serious health problem in pet reptiles. This disease causes the bones to become soft and brittle, easily bending and breaking. These fractures are referred to as pathologic fractures or fractures that occur during normal activity due to disease of the bone, not because of excessive trauma. In many cases, reptiles may have multiple fractures all over their body. Young growing reptiles may also develop swelling of the jaw and limbs, called fibrous osteodystrophy or “rubber jaw syndrome”. In severe cases, where the calcium in their body becomes dangerously low, reptiles develop muscle tremors, paralysis, and can lead to death.
Easy for follow diagrammatic instructions on building an artificial burrow for your tortoise.
A list of a variety of different plants, both cultivated and wild, that tortoises and land turtles can eat.
Reptiles are often referred to being “cold-blooded”, which can be misleading. More appropriately they should be considered poikilothermic or ectothermic. This means that, unlike mammals and birds, reptiles are unable to regulate their body temperatures internally and change their body temperature in adaptation to their environmental temperature. Because reptiles do not need to expend as much energy heating their bodies, they have a much lower metabolic rate than that of mammals. Each reptile species has what is referred to as its preferred optimal temperature zone which is a narrow temperature range at which they are active and undergo typical functions such as feeding, digestion, fighting off infections, and reproduction. Outside of this range these functions may be hindered or cease altogether. Some species will hibernate during colder months and during this time their metabolic rate will decrease.