19 Fascinating Mite Species: Extreme Niches, Parasitism, and Unique Evolutionary Relationships
Below are some astonishing mite and animal relationships that have evolved over millions of years of life on Earth. Have a look through before going on to the important mite for human health, *Dermatophagoides* spp. Some clever mites to note in your introduction on the study of mites, but remember that the house dust mite may be the smartest of all, because it changed from being a parasite to becoming a scavenger.
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Name: *Acarapis woodii* (Tarsonemidae)
Home: in the throat of honey bees
Occupation: parasitic on host
Source: Sammataro & Needham 1996
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Name: *Antennequesoma* (Trachyuropodidae)
Home: On the terminal antennal segments of army ants
Occupation: Steals food
Source: Krantz 1978
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Name: *Cheyletidae* - various genera
Home: In the feather shafts of birds
Occupation: Preys on parasitic mites inside feather
Source: Atyeo et al. 1984
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Name: *Cloacaridae*
Home: Lives in the rectum of turtles
Occupation: parasitic on host blood & mucosal tissue
Source: Camin et al. 1967
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Name: *Coreitarsonemus* (Tarsonemidae)
Home: In the 'stink' glands of bugs - insects with heads (Hemiptera)
Occupation: parasitic?
Source: Krantz 1978
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Name: *Demodex folliculorum* *D.Brevis* (Demodicidae)
Home: in human facial pores, eyelash & eyebrow
Occupation: parasite, causing pimples or dermatitis occasionally
Source: Krantz 1978
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Name: *Dicrocheles* (Dermanyssidae)
Home: in the ears of noctuid moths
Occupation: feeds on haemolymph, but avoids deafening the moth by living in one ear only. This is so the moth can hear bats and avoid being eaten along with the mite.
Source: Treat 1975
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Name: *Enterohalacarus minutipalpis* (Halacaridae)
Home: in the digestive system of sea urchins
Occupation: parasitic?
Source: Bartsch 1987
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Name: *Entonyssinae* (Laelapidae)
Home: in the lungs of snakes
Occupation: parasitic
Source: Domrow 1987
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Name: *Gastronyssus bakeri* (Gastronyssidae)
Home: in the stomach lining of fruit eating bats
Occupation: parasitic
Source: Fain & Hyland 1985
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Name: *Hypodectes propus* (Hypoderidae)
Home: in the fat under the skin of pigeons
Occupation: parasitically 'absorbs' nutrients from fat, this mite has evolved without a mouth
Source: Fain 1969
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Name: *Kennethiella trisetosa* (Winterschmidtiidae)
Home: in the acarinara (mite pockets) of wasps
Occupation: a sexually transmitted parasites of wasp larvae
Source: Cowan 1985
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Name: *Larvamima* (Larvamimidae)
Home: in the brood chambers of army ants,
Occupation: mimics ant larvae and may prey on larvae when ants are not looking
Source: Elzinga 1993
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Name: *Macrocheles lukoschusi* (Macrochelidae)
Home: Near the anus of sloths
Occupation: Feeds on the sloth's parasitic worms associated with dung or rectum (hypothesized)
Source: Kratz 1983
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Name: *Macrocheles rettenmeyeri* (Macrochelidae)
Home: Attached to the front or end of army ant feet
Occupation: parasitic on ant's blood, but careful not to interfere with the working of the foot by helping to function as part of the foot
Source: Gotwald 1996
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Name: *Opsonyssus* (Gastronyssidae)
Home: On the eyeballs of fruit bats
Occupation: parasitic
Source: Fain 1969
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Name: *Orthohalarachne* (Halarachnidae)
Home: In the nasal passages and lungs of seals
Occupation: Parasitic on blood and mucosal tissue of hosts
Source: Kim 1985
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Name: *Paraspinturnix globosus* (Spinturnicidae)
Home: Inside the anus of hibernating Myotis bats
Occupation: Parasitic or just overwintering
Source: Radovsky 1985
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Name: *Rhinoseius* (Ascidae)
Home: In the nostrils of hummingbirds
Occupation: use the birds as transport between flowers, their true sources of food
Source: Colwell & Naeem 1994
References
- Mites: Ecology, Evolution and Behaviour, D.E. Walter, H.C. Proctor, 1999, CABI Publishing, ISBN 0 85199 375 3
- 'Dust Mites', Matthew J. Colloff, 2009 'Springer Publishing', ISBN: 9789048122233
- Is Permanent Parasitism Reversible? - Critical Evidence from Early Evolution of House Dust Mites', Pavel B Kilmov, Barry O'Connor,'Oxford University Press' on behalf of the Society of Systemic Biologists (2013) doi: 10.1093/sysbio/syt008