Pteropus

Pteropus is a genus of large Old World fruit bats, commonly called flying foxes. Its species live across tropical and subtropical regions of Asia, Africa, and Oceania.

Pteropodidae: Pteropodidae is a family of bats that includes fruit bats and flying foxes. Pteropus is the family’s largest and best-known genus.
Seed dispersal: Seed dispersal is the movement of seeds away from their parent plants by wind, water, or animals. Flying foxes carry or excrete seeds far from the trees whose fruits they eat.
Black flying fox: The black flying fox (Pteropus alecto) is a large fruit bat native to Australia, New Guinea, and nearby islands. It is a well-studied Australian species whose colonies often roost near human settlements.
Bat-borne virus: A bat-borne virus is a virus maintained in bat populations that can sometimes infect other animals or people. Some Pteropus species host viruses that have prompted surveillance and public-health measures.
Megabat: Megabats are Old World bats in the family Pteropodidae, generally relying on vision and smell rather than echolocation. Pteropus belongs to this group, whose members differ from most bats in sensory ecology.
Pollination: Pollination is the transfer of pollen from an anther to a receptive stigma. Some Pteropus species transfer pollen while feeding on flowers, including those of forest trees.
Grey-headed flying fox: The grey-headed flying fox (Pteropus poliocephalus) is an Australian fruit bat with a distinctive reddish-brown mantle. Its changing range and large urban camps make it a prominent example of human-wildlife conflict.
Hendra virus: Hendra virus is a zoonotic virus first identified in Australia that can pass from flying foxes to horses and then humans. Its transmission pathway has shaped debates over flying fox management and disease prevention.
Chiroptera: Chiroptera is the mammalian order comprising all bats. The genus belongs to this order of mammals adapted for powered flight.
Flying foxes and seed dispersal in the South Pacific: Flying foxes disperse seeds across South Pacific islands through fruit consumption and movement between forests. Island forests illustrate how Pteropus movement can connect fragmented habitats.

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