How SCP-939 acquire voices is not currently understood specimens have been documented imitating victims despite never hearing the victim speak.
SCP-939 vocalizations often imply significant distress whether SCP-939 understand their vocalizations or are repeating previously heard phrases is the subject of ongoing study. SCP-939's primary method of luring prey is the imitation of human speech in the voices of prior victims, though imitation of other species and active nocturnal hunts have been documented. Despite the absence of many vital organ systems, SCP-939 are capable of bearing live young. Ingested material typically accumulates in the respiratory system of SCP-939 and is regurgitated once the amount is sufficient to markedly inhibit its function. SCP-939 have no apparent physiological need to feed, nor any way to digest consumed tissue. SCP-939's respiratory system is atrophied and serves no apparent purpose beyond spreading AMN-C227. SCP-939 do not possess many vital organ systems central and peripheral nervous systems, circulatory system, and digestive tract are all absent. These spines may be up to 16 cm long and are believed to be sensitive to changes in air pressure and flow. Eye spots, sensitive to light and dark, run the length of their spined dorsal ridges. The jaws of SCP-939 are lined with red, faintly luminescent fang-like teeth, similar to those belonging to specimens of the genus Chauliodus, up to 6 cm in length, and encircled by heat-sensitive pit organs.
Their heads are elongated, devoid of even vestigial eyes or eye sockets, and contain no brain casing. Each of their four limbs end in three-fingered claws with a fourth, opposable digit, and are covered in setae which considerably augment climbing ability. SCP-939 average 2.2 meters tall standing upright and weigh an average of 250 kg, though weight is highly variable. The skins of SCP-939 are highly permeable to moisture and translucent red, owing to a compound chemically similar to hemoglobin. SCP-939 are endothermic, pack-based predators which display atrophy of various systems similar to troglobitic organisms.
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