Linked from

The 35 pages that link to Chytridiomycosis, each with the reason it gives.

• Biodiversity lossRelated: The disease has contributed to severe declines and extinctions in amphibian populations.

• AmphibianRelated: This disease has driven severe declines across numerous amphibian populations.

• Amphibian conservationRelated: Disease surveillance and containment target a major cause of amphibian declines.

• AnuraRelated: The disease has caused severe declines and extinctions among anuran populations.

• TadpoleRelated: Disease and environmental stress can reduce tadpole survival and recruitment into adult populations.

• Amphibian declineRelated: The fungal disease has caused severe declines and extinctions across several amphibian groups.

• Amphibian skinRelated: Infection can impair skin processes essential to water and electrolyte balance.

• Cloud forestRelated: The disease has devastated amphibian populations in several high-elevation tropical forests.

• FrogRelated: This fungal disease has devastated frog populations worldwide.

• HerpetologyRelated: Disease surveillance helps explain and respond to amphibian declines.

• ZoosporeRelated: The chytrid pathogen disperses through water using flagellated zoospores.

• Batrachochytrium dendrobatidisBroader topic: The disease this fungus causes, defined by infection of keratinized skin.

• LissamphibiaRelated: It has driven severe declines across multiple lissamphibian groups.

• Wildlife diseaseBroader topic: Global amphibian declines show how an emerging pathogen can affect diverse wildlife.

• Wildlife disease ecologyBroader topic: Its global impacts show how pathogens can threaten diverse wildlife populations.

• ChytridiomycotaBroader topic: It demonstrates how a member of the phylum can disrupt amphibian skin function and threaten populations.

• HylidaeRelated: The disease has contributed to declines in some hylid species.

• XenopusRelated: Xenopus frogs have been implicated in the international spread of the chytrid fungus.

• Common toadRelated: Disease surveillance matters because amphibian skin infections can threaten wild populations.

• Darwin's frogRelated: Chytrid infection is a documented concern in assessments of Darwin's frog populations.

• CeratophryidaeRelated: This disease is a wider conservation threat relevant to monitoring wild frog populations.

• Glass frogRelated: This disease threatens amphibians in the same Neotropical ecosystems where glass frogs live.

• RanidaeRelated: This disease has contributed to declines in several ranid species worldwide.

• African bullfrogRelated: Captive movement of amphibians can spread pathogens that threaten wild populations.

• BatrachologyRelated: Tracking this disease links species identification and ecology to urgent conservation work.

• MantellaRelated: Disease surveillance considers this pathogen among threats to Malagasy amphibians.

• PlethodontidaeRelated: Because plethodontids exchange gases through their skin, skin disease can threaten their physiology.

• Tree frogRelated: Tree frogs, like other amphibians, can be affected by this disease and monitored in conservation programs.

• True toadRelated: Chytrid fungi have contributed to declines in several toad species.

• AgalychnisRelated: Chytridiomycosis has contributed to declines in some Central American Agalychnis populations.

• AlytidaeRelated: The disease has been documented in midwife toads and is relevant to their conservation.

• Asiatic salamanderRelated: Its distribution and effects require monitoring across vulnerable salamander populations.

• Common midwife toadRelated: Chytrid infection has contributed to declines in some populations of the species.

• Duttaphrynus melanostictusRelated: The species is studied as a possible carrier of amphibian pathogens in introduced ranges.

• LeptodactylidaeRelated: This disease has contributed to declines in some leptodactylid populations.