Linked from

The 97 pages that link to Zoonosis, each with the reason it gives.

• Neolithic RevolutionRelated: Close contact with domesticated animals increased opportunities for some infections to cross species.

• One HealthRelated: Zoonotic diseases show how animal and human health intersect.

• Wildlife tradeRelated: Capture, transport, and sale can bring species and pathogens into close contact.

• BushmeatRelated: Butchering and handling wild animals can expose people to pathogens carried by wildlife.

• PathogenRelated: Animal pathogens can cross species barriers and cause human disease.

• BiosecurityRelated: Biosecurity at animal–human interfaces can reduce opportunities for zoonotic transmission.

• Urban wildlifeRelated: Close contact among people, pets, and wildlife can influence transmission risks.

• Animal domesticationRelated: Close, sustained contact with livestock created new opportunities for disease transmission.

• VirusRelated: Animal viruses can cross into human populations and establish infections.

• Animal husbandryRelated: Close contact among people and livestock can create routes for disease transmission.

• Vector-borne diseaseRelated: Some vector-borne diseases are zoonoses, while others circulate mainly among humans.

• Wildlife traffickingRelated: Capture, transport, and sale of live wildlife can create opportunities for pathogen transmission.

• Veterinary medicineRelated: Zoonoses show where animal and human health responsibilities directly intersect.

• Wildlife rehabilitationRelated: Handling wildlife can expose caregivers to pathogens that cross species boundaries.

• Host–parasite interactionRelated: Host shifts across species can create routes for infections to reach human populations.

• Emerging infectious diseaseRelated: Many emerging infections cross into human populations from animal hosts.

• LivestockRelated: Close contact among livestock, wildlife, and people can create transmission pathways.

• Host–pathogen interactionRelated: Cross-species transmission exposes how host range shapes infection risk.

• Neglected tropical diseasesRelated: Several diseases in the group depend on animal hosts or reservoirs.

• HostRelated: Cross-species transmission makes animal hosts relevant to human disease.

• Tropical deforestationRelated: Forest disruption can change contact among wildlife, livestock, and people, affecting spillover risks.

• Primate conservationRelated: Contact among people, primates, and livestock can create disease risks that conservation programs must manage.

• Companion animalRelated: Close contact with companion animals can create opportunities for disease transmission.

• Host rangeRelated: Cross-species transmission occurs when a pathogen’s host range includes humans and an animal host.

• Intensive animal farmingRelated: Close contact among animals can amplify some pathogens with zoonotic potential.

• Mesopredator releaseRelated: Some mesopredator increases can change encounters among wildlife, livestock, and people.

• Veterinary epidemiologyRelated: Animal surveillance can reveal infections with human health implications.

• Wildlife disease ecologyRelated: Wildlife hosts can be sources or links in zoonotic transmission.

• Definitive hostRelated: A definitive host may be an animal that sustains a parasite capable of infecting people.

• Livestock farmingRelated: Close contact among livestock, workers, and wildlife can create routes for transmission.

• Marine mammal strandingRelated: Some stranded animals carry pathogens, so responders use protective hygiene practices.

• RodentiaRelated: Some rodents host pathogens that can infect people, making ecology and public health intersect.

• Bird controlRelated: Bird-associated disease concerns can motivate control, though risk varies by pathogen and exposure.

• Bovine spongiform encephalopathyRelated: BSE became a major example of animal disease posing a human-health risk.

• Human–animal interactionRelated: Close contact can create pathways for infections to cross species.

• Flea-borne transmissionRelated: Many flea-borne infections move from animal reservoirs to people.

• MacaqueRelated: Close contact with macaques can create opportunities for pathogen transmission in some settings.

• Obligate intracellular parasiteRelated: Many intracellular parasites move between animal hosts and humans.

• ParasitologyRelated: Zoonotic parasites move between animal reservoirs and people.

• SynanthropyRelated: Close contact with synanthropic animals can create routes for pathogen transmission.

• Parasitic diseaseRelated: Animal hosts sustain many parasites that infect people and maintain transmission cycles.

• BaboonRelated: Close contact around settlements can make baboons relevant to disease transmission research.

• MicrosporidiaRelated: Some microsporidia infect both animals and people, making cross-species transmission relevant.

• VirologyRelated: Cross-species transmission raises questions about how viruses adapt to new hosts.

• HelminthologyRelated: Zoonotic helminths link animal reservoirs, human exposure, and parasite transmission.

• OrthomyxoviridaeRelated: Some orthomyxoviruses cross from animal hosts into people.

• Bush dogRelated: Disease surveillance must account for pathogens shared among people, domestic animals, and wild canids.

• CoprophagiaRelated: Contact with infected feces can transmit diseases across species.

• Rudolf LeuckartRelated: His work connected animal parasites with infections affecting human health.

• Sweating sicknessRelated: An animal origin has been proposed, but the disease's source is unproven.