Linked from

The 84 pages that link to One Health, each with the reason it gives.

• Antimicrobial resistanceRelated: Resistance moves across human, animal, and environmental settings, requiring coordinated action.

• Human–wildlife conflictRelated: Some conflicts involve disease risks that cross human, domestic-animal, and wildlife health.

• ZoonosisRelated: Zoonotic risk depends on interactions among people, animals, and ecosystems.

• World Health OrganizationRelated: WHO collaborates with partner agencies on threats that cross these health domains.

• Antibiotic resistanceRelated: Resistance circulates across people, animals, food systems, and environments.

• Biodiversity lossRelated: Biodiversity decline can alter disease risks and the health of people and other species.

• Endangered speciesRelated: It frames some species declines alongside disease, land use, and human health.

• BiosecurityRelated: Biosecurity often requires coordinated measures across animals, people, and shared environments.

• Waterborne diseaseRelated: Water contamination can link human disease with livestock, wildlife, and ecosystem health.

• Animal husbandryRelated: It frames livestock health and management as connected to public and ecosystem health.

• Beta-lactamaseRelated: Beta-lactamase genes and resistant bacteria circulate across clinical, agricultural, and environmental settings.

• CattleRelated: Cattle farming connects food safety, zoonotic disease, and environmental health.

• Vector controlRelated: Vector ecology links control decisions to people, animals, and surrounding environments.

• Drug resistanceRelated: Resistance genes and drug residues move across people, animals, food systems, and environments.

• Emerging infectious diseaseRelated: It links the sectors needed to detect and address zoonotic emergence.

• Healthcare-associated infectionRelated: Resistant pathogens and transmission pathways cross the boundaries between healthcare and the wider environment.

• LivestockRelated: Livestock policy links animal disease, food systems, ecosystems, and public health.

• ParasiteRelated: Parasites often circulate across people, other animals, and shared environments.

• Host–pathogen interactionRelated: It addresses interactions spanning hosts, reservoirs, and environments.

• Systems thinkingRelated: It applies systems thinking to health risks that cross species and environments.

• Global healthRelated: It frames cross-species and environmental threats that national health services cannot address alone.

• Neglected tropical diseasesRelated: Control often depends on coordinating health services, veterinary work, and environmental measures.

• VultureRelated: Vulture declines can alter carcass disposal and disease risks across human and animal systems.

• XenotransplantationRelated: Xenotransplantation links recipient care with animal health and infectious-disease monitoring.

• AnthraxRelated: Anthrax control requires coordination across human health, veterinary care, and environmental monitoring.

• Animal-assisted therapyRelated: It frames therapy outcomes and risks as matters involving both people and animals.

• AntimicrobialRelated: Antimicrobial use across people, livestock, and environments links resistance risks across sectors.

• Biological warfareRelated: Biological threats can cross species and affect entire ecosystems.

• Intermediate hostRelated: Many parasite cycles link human disease to intermediate hosts in animals or aquatic environments.

• Soil-transmitted helminthiasisRelated: It frames sanitation, environmental contamination, and zoonotic parasite transmission together.

• Taenia soliumRelated: Controlling T. solium requires coordinated action in people, pigs, food systems, and sanitation.

• Companion animalRelated: Companion-animal health and human health intersect within shared households and communities.

• Host rangeRelated: Host-range monitoring links disease risks across people, animals, and ecosystems.

• Snake conservationRelated: This perspective links snake conservation with public health, ecosystem health, and coexistence.

• Wildlife diseaseRelated: Wildlife disease can affect livestock, people, and ecosystem health.

• Feral catRelated: Colony policies can involve zoonotic disease, cat health, and ecosystem effects together.

• Pandemic preparednessRelated: Joint monitoring can identify pathogens moving between animals and people.

• Mosquito-borne diseaseRelated: Managing zoonotic mosquito-borne infections often requires surveillance across these domains.

• ParasitologyRelated: Shared parasite transmission often crosses human, animal, and environmental boundaries.

• Biological weaponRelated: Assessing biological threats requires attention to effects across species and ecosystems.

• Campylobacter jejuniRelated: C. jejuni transmission links human illness with animal reservoirs, food production, and environmental contamination.

• LeptospirosisRelated: Control depends on coordinating medical care, veterinary surveillance, and environmental risk reduction.

• TrematodaRelated: Fluke transmission often depends on interactions among people, livestock, wildlife, and aquatic habitats.

• Animal scienceRelated: Animal disease, food production, and environmental conditions link animal science to wider health systems.

• AnthrozoologyRelated: Anthrozoological findings inform health approaches that include relationships across species.

• ArbovirusRelated: Arbovirus prevention often requires coordinating human, animal, and environmental monitoring.

• MpoxRelated: Mpox control requires attention to animal reservoirs as well as human transmission.

• HelminthologyRelated: Helminth transmission often crosses human, animal, and environmental boundaries.

• Parasite ecologyRelated: Parasites cross these domains, so control often depends on coordinated ecological and public-health action.

• Dog meatRelated: Disease prevention in dog supply chains can require coordination across veterinary and public health systems.