@ARTICLE{TreeBASE2Ref25695,
author = {Miroslawa Dabert and Heather C. Proctor and J. Dabert},
title = {Higher-level molecular phylogeny of the water mites (Acariformes: Prostigmata: Parasitengonina: Hydrachnidiae)},
year = {2016},
keywords = {Hydracarina; Prostigmata; molecular phylogeny; rogue taxa; molecular dating; character evolution},
doi = {10.1016/j.ympev.2016.05.004},
url = {http://},
pmid = {},
journal = {Molecular Phylogenetics and Evolution},
volume = {},
number = {},
pages = {},
abstract = {With nearly 6000 named species, water mites (Hydrachnidiae) represent the largest group of arachnids to have invaded and extensively diversified in freshwater habitats. Water mites together with three other lineages (the terrestrial Erythraiae and Trombidiae, and aquatic Stygothrombiae), make up the hyporder Parasitengonina, which is characterized by having parasitic larvae and predatory nymphs and adults. Relationships between the Hydrachnidiae and other members of the Parasitengonina are unclear, as are relationships among the major lineages of water mites. Monophyly of water mites has been asserted, with the possible exception of the morphologically distinctive Hydrovolzioidea.Here we infer the phylogeny of water mites using multiple molecular markers and including representatives of all superfamilies of Hydrachnidiae and of almost all other Parasitengonina. Our results support a monophyletic Parasitengonina including Trombidiae, Stygothrombiae, and Hydrachnidiae. A monophyletic Hydrachnidiae, including Hydrovolzioidea, is strongly supported. Terrestrial Parasitengonina do not form a monophyletic sister group to water mites. Stygothrombiae is close to water mites but is not nested within this clade. Water mites appear to be derived from ancestors close to Stygothrombiae or the erythraoid group Calyptostomatoidea; however, this relationship is not clear because of extremely short branches in this part of the parasitengonine tree. We recovered with strong support all commonly accepted water mite superfamilies except for Hydryphantoidea, which is clearly paraphyletic. Our data support the previously proposed clades Protohydrachnidia (Hydrovolzioidea and Eylaoidea), Euhydrachnidia (all remaining superfamilies), and the euhydrachnid subclade Neohydrachnidia (Lebertioidea, Hydrachnoidea, Hygrobatoidea, and Arrenuroidea). We found that larval leg structure and locomotory behavior are strongly congruent with the molecular phylogeny. Other morphological and behavioural characters, including host choice, are not as strongly correlated with phylogeny. Molecular dating suggests that the Hydrachnidiae arose about 235 MYA, and that Neohydrachnidia began to diversify about 155 MYA. Our results provide a strong framework for classification and for further elaboration at finer taxonomic scales, which will allow testing of ecological and behavioral hypotheses associated with the transition from terrestrial to aquatic life.}
}
Taxa for Study 19053
Citation title:
"Higher-level molecular phylogeny of the water mites (Acariformes: Prostigmata: Parasitengonina: Hydrachnidiae)".
Study name:
"Higher-level molecular phylogeny of the water mites (Acariformes: Prostigmata: Parasitengonina: Hydrachnidiae)".
This study is part of submission 19053
(Status: Published).
Taxa
ID |
Taxon Label |
NCBI taxid |
uBIO namebankID |
2371087 |
Anystis sp.1 |
|
|
2371056 |
Anystis sp.2 |
|
|
2371110 |
Arrenurus (Arrenurus) sp.1 |
|
|
2371005 |
Arrenurus (Megaluracarus) sp. |
|
10347963
|
2371096 |
Arrenurus planus |
|
2695701
|
2371007 |
Atractides sp. |
|
|
2371044 |
Atractothrombium sp.1 |
|
|
2371045 |
Atractothrombium sp.2 |
|
|
2371085 |
Australotiphys barmutai |
|
6222036
|
2371063 |
Balaustium sp. |
|
|
2371057 |
Bdellidae sp.1 |
|
|
2371121 |
Bdellidae sp.2 |
|
|
2371092 |
Bdellodes sp. |
|
|
2371120 |
Calyptostoma sp.2 |
|
|
2371076 |
Calyptostoma sp.1 |
|
|
2371053 |
Calyptostoma velutinus |
92091
|
5958706
|
2371105 |
Chanbria regalis |
88341
|
4974578
|
2371037 |
Cheletomimus wellsigi |
|
4112010
|
2371051 |
Chimerathyas cooki |
|
5561466
|
2371098 |
Chyzeria sp. |
|
|
2371048 |
Coaustraliobates cortipes |
|
|
2371064 |
Crotophagisyringophilus |
|
|
2371088 |
Dactylothrombium pulcherrimum |
0
|
5505413
|
2371042 |
Demodex brevis |
574145
|
6426496
|
2371046 |
Demodex canis |
188545
|
5536309
|
2371072 |
Diplothrombium sp. |
|
4145656
|
2371115 |
Eremobates |
307033
|
4160049
|
2371065 |
Eupodes sp. |
|
|
2371106 |
Eupodidae |
393868
|
4977931
|
2371075 |
Eusimonia wunderlichi |
41359
|
4975248
|
2371103 |
Eylais sp.1 |
|
|
2371049 |
Eylais sp.2 |
|
|
2371027 |
Feltria |
|
2696092
|
2371091 |
Frontipoda sp. |
|
|
2371020 |
Gluvia dorsalis |
62148
|
5955736
|
2371022 |
Halacarus sp. |
|
2695641
|
2371097 |
Hexathrombium sp. |
|
4402864
|
2371030 |
Hoffmaniella sp. |
|
|
2371109 |
Horreolanus orphanus |
296197
|
2696236
|
2371016 |
Hydrachna |
|
|
2371047 |
Hydrachna conjecta |
|
2695925
|
2371017 |
Hydrachna globosa |
|
|
2371041 |
Hydrachna sp.1 |
|
|
2371033 |
Hydrachna sp.2 |
|
|
2371035 |
Hydrachna sp.3 |
|
|
2371040 |
Hydrodroma sp.1 |
|
|
2371029 |
Hydrodroma sp.2 |
|
|
2371004 |
Hydrodroma torrenticola |
|
5569468
|
2371090 |
Hydrovolzia sp.1 |
|
|
2371068 |
Hydrovolzia sp.2 |
|
|
2371078 |
Hydryphantes sp.1 |
|
|
2371116 |
Hydryphantes sp.2 |
|
|
2371025 |
Hydryphantes sp.3 |
|
|
2371111 |
Hydryphantes waynensis |
|
5561467
|
2371014 |
Hygrobates longipalpis |
673102
|
2696084
|
2371102 |
Hygrobates nigromaculatus |
673103
|
2696088
|
2371054 |
Hygrobates setosus |
673103
|
|
2371081 |
Johnstoniana errans |
92072
|
5455581
|
2371061 |
Labidostomma |
66584
|
4212067
|
2371114 |
Labidostomma luteum |
|
6238995
|
2371009 |
Labidostomma sp.2 |
|
|
2371070 |
Lasioerythraeus sp. |
|
4557894
|
2371079 |
Lebertia sp.1 |
|
|
2371058 |
Lebertia sp.2 |
|
|
2371069 |
Leptus sp. |
|
|
2371026 |
Limnesia (Limnesiella) marshallae |
|
514541
|
2371015 |
Limnesia sp.1 |
|
|
2371036 |
Limnesia sp.2 |
|
|
2371002 |
Limnochares americana |
|
2695944
|
2371043 |
Linopodes motatorius |
|
|
2371112 |
Linopodes sp. |
|
4221664
|
2371086 |
Litarachna communis |
|
7084941
|
2371073 |
Microcaeculus sp. |
|
|
2371006 |
Microtrombidium sp. |
|
4243577
|
2371021 |
Mideopsis roztoczensis |
|
5555543
|
2371077 |
Mideopsis sp. |
|
|
2371117 |
Myobia musculi |
|
5591492
|
2371118 |
Neochelacheles messersmithi |
296203
|
5636784
|
2371104 |
Neumania distincta |
|
2695907
|
2371031 |
Neumania sp. |
|
2695904
|
2371008 |
Oudemansicheyla sp. |
|
4511028
|
2371107 |
Partnunia steinmanni |
0
|
5563335
|
2371001 |
Penthaleus sp. |
|
|
2371060 |
Penthalodes |
|
|
2371062 |
Picobia sp. |
|
4297128
|
2371084 |
Piona sp.1 |
|
2696126
|
2371055 |
Piona sp.2 |
|
|
2371028 |
Platythrombium sp. |
|
|
2371108 |
Poecilophysis sp. |
|
|
2371011 |
Protzia sp. |
|
2695962
|
2371099 |
Recifella sp. |
|
|
2371024 |
Rhagidia sp.1 |
|
|
2371101 |
Rhagidia sp.2 |
|
|
2371023 |
Rhombognathides pascens |
291238
|
2697661
|
2371059 |
Rhombognathus levigatoides |
|
2695656
|
2371010 |
Scolotydaeus corticicola |
|
6426532
|
2371071 |
Smarididae |
92250
|
4981477
|
2371093 |
Smaris sp. |
|
|
2371067 |
Sperchon clupeifer |
|
6886631
|
2371074 |
Sperchon violaceus |
0
|
5563345
|
2371052 |
Sperchonopsis phreaticus |
|
|
2371019 |
Spinibdella sp. |
|
4346366
|
2371050 |
Stygothrombium sp.1 |
|
4356794
|
2371080 |
Stygothrombium sp.2 |
|
|
2371012 |
Teutonia cometes |
|
6461857
|
2371034 |
Teutonia sp. |
|
|
2371003 |
Thalassarachna basteri |
291240
|
2697639
|
2371066 |
Tiphys sp. |
|
2696183
|
2371000 |
Torotrogla |
|
4524546
|
2371094 |
Torotrogla merulae |
|
5732878
|
2371032 |
Torrenticola |
|
|
2371013 |
Torrenticola amplexa |
|
2696038
|
2371119 |
Torrenticola indistincta |
|
2696046
|
2371082 |
Torrenticola sp.1 |
|
|
2371039 |
Trombidium sp. |
|
|
2371100 |
Tyrrellia sp. |
|
2695873
|
2371083 |
Unionicola crassipes |
513193
|
2695882
|
2371113 |
Unionicola foili |
350889
|
5479634
|
2371038 |
Unionicola ischyropalpus |
564335
|
|
2371095 |
Valgoperuvia paradoxa |
|
6027824
|
2371089 |
Wandesia sp.1 |
|
2695964
|
2371018 |
Wandesia sp.2 |
|
|