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ring winter, the food supply shrinks drastically and prewinter body fat stores can only provide a limited supply of energy. Tawny frogmouths are unable to survive the winter months without spending much of their days and nights in torpor. Torpor results in energy conservation by significantly slowing down heart rate and metabolism, which lowers body temperature. Torpor is different from hibernation in that it only lasts for relatively short periods of time, usually a few hours. Shallow torpor lasts for several hours and is a regular, daily occurrence in the winter. Dawn torpor bouts are shorter and temperature reduction may be as small as 0.5 to 1.5 °C, while night torpor bouts last several hours and can reduce body temperature by up to 10 °C. Conservation and threats Perching on a balcony in Sydney, Australia The conservation status of tawny frogmouths is "least concern" due to their widespread distribution. However, a num ber of ongoing threats to the health of the population are known. Many bird and mammalian carnivores are known to prey upon the tawny frogmouth. Native birds, including ravens, butcherbirds, and currawongs, may attempt or steal the protein-rich eggs to feed their own young. Birds of prey such as hobbies and falcons, as well as rodents and tree-climbing snakes, also cause major damage to the clutches by taking eggs and nestlings. In subtropical areas where food is available throughout the year, tawny frogmouths sometimes start brooding earlier in winter to avoid the awakening of snakes after hibernation. Since 1998, a cluster of cases of neurological disease has occurred in tawny frogmouths in the Sydney area, caused by the parasite Angiostrongylus cantonensis, a rat lungworm. Human impact Tawny frogmouths face a number of threats from human activities and pets. They are often killed or injured on rural roads during feeding, as they fly in front of cars when chasing insects illuminat ed in the beam of the headlights. Large-scale land clearing of eucalypt trees and intense bushfires are serious threats to their populations, as they tend not to move to oth