Daphnia sinensis Gu, Xu, Li, Dumont et Han 2013
Creators: name: Popova, Ekaterina V.
name: Petrusek, Adam
name: Kořínek, Vladimír
name: Mergeay, Joachim
name: Bekker, Eugeniya I.
name: Karabanov, Dmitry P.
name: Galimov, Yan R.
name: Neretina, Tatyana V.
name: Taylor, Derek J.
name: Kotov, Alexey A.
Publisher: name: Zenodo
Year: 2016
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Branchiopoda
Diplostraca
Daphnia
Daphnia sinensis

description: <i>Daphnia sinensis</i> Gu, Xu, Li, Dumont et Han, 2013 (Figs 4 C, 5–13) <i>Daphnia similoides sinensis</i> Gu, Xu, Li, Dumont &amp; Han 2013: p. 309–311, figs 1–6; Ma <i>et al.</i> 2016: figs. 1–2. <i>Daphnia psittacea</i> Baird and <i>D. psittacea</i> var <i>exilis</i> nov. comb. in Uéno 1927: p. 276–277, Pl. 22, figs 4, 4–4h, 5, 5a–5c. <i>Daphnia carinata</i> King in Mashiko 1953: p. 49, fig. 2 a–b; Manujlova 1964: p. 141–143, fig. 46; Chiang &amp; Du 1979: p. 107– 109, fig. 71; Dumont &amp; Van de Velde 1975: p. 192, fig. 2. <i>?</i> <i>Daphnia carinata</i> King in Michael &amp; Sharma 1988: p. 59–62, figs 14–15. <i>Daphnia similis</i> Claus in Fernando <i>et al.</i> 1987: p. 112, figs 35–47. ? <i>Daphnia similis</i> Claus in Uéno 1966: p. 288–289, fig. 1(1–11). ? <i>Daphnia hodgsoni</i> Sars in Brehm 1935: p. 146–147, Fig. 1–2. ? <i>Daphnia madhuriae</i> Rane &amp; Jafri 1990: p. 62–66, figs 1–23. <b>Type locality.</b> A pond on the campus of South China Agricultural University, Guangzhou, China (N23.146°; E113.360°). The type specimens were obtained from a pond in Jinan University, Guangzhou, where they were hatched from the mud taken from the South China Agricultural University (Y.G. Gu, personal communication). <b>Type material. Holotype and paratypes.</b> Parthenogenetic females in collection of Jinan University, Guangzhou, China. <b>Material studied here.</b> <i>China.</i> A shallow temporary pond without vegetation (N24.93°, E102.71°), Yunnan Province, coll. in 13.05.2012 by Q.Q. Lin &amp; A.A. Kotov. <i>Mongolia.</i> Population 13 in Table 1. <i>South Korea</i>. Rice paddies near Gwangju city (N35.2°, E126.9°), coll. by S. Lee. A swampy area near Hongyang Lake (N36.5899°, E126.7112°), coll. in 21.04.2016 by K.S. Kim, H.M. Yang &amp; A.A. Kotov. Gagok Lake (N36.6396°, E126.5853°), coll. in 21.04.2016 by K.S. Kim, H.M. Yang &amp; A.A. Kotov. A ricefield (N36.6222°, E126.5859°), coll. in 21.04.2016 by K.S. Kim, H.M. Yang &amp; A.A. Kotov. Ricefield near O-Bong Lake (N36.8716°, E126.7354°), coll. in 21.04.2016 by K.S. Kim, H.M. Yang &amp; A.A. Kotov. <i>Russia (Asian)</i>. Populations 15–26 in Table 1; A cow pond (N48.38131°, E134.8559°), Island of Bol'shoy Ussurijsky, Khabarovsk Territory, coll. in 0 1.09.2007 by A. A. Kotov &amp; N. M. Korovchinsky. Puddle near the abandoned farm, flood of the Sosua river (N46.9516°, E142.7028°), Yuzhno Sakhalinsk, Sakhalin Area, coll. in 11.09.2008 by A. A. Kotov &amp; N. M. Korovchinsky. Puddle 1 on the ground road near the Sosua river (N46.9473°, E142.6948°), Yuzhno Sakhalinsk, Sakhalin Area, coll. in 11.09.2008 by A. A. Kotov &amp; N. M. Korovchinsky. Puddle 5 on the ground road near the Sosua river (N46.9489°, E142.7009°), Yuzhno Sakhalinsk, Sakhalin Area, coll. in 11.09.2008 by A. A. Kotov &amp; N. M. Korovchinsky. Lake Khanka (N44.76767°, E132.0924°), Primorski Territory, coll. in 11.09.2009 by N. M. Korovchinsky. Puddle on the road, Lake Khanka region (N44.9409°, E131.9532°), Primorski Territory, coll. in 11.09.2009 by N. M. Korovchinsky. Lake Khanka 5 (N44.76182°, E132.0662°), Primorski Territory, coll. in 11.09.2009 by N. M. Korovchinsky. <i>Russia (European)</i>. Population 14 in Table 1. <i>Azerbaijan.</i> Puddle in a pasture, Adzhinaur, coll. in 0 6. 27.1986. by M. &amp;Ccaron;erný. <i>Iran.</i> Population 34 in Table 1. <i>Ethiopia.</i> Populations 29–33 in Table 1. <i>Namibia.</i> End lake of the Tsauchab-Rivers (S24.7457°, E15.2888°), Sossus Vlei, coll. in 2002 by B. Scharf. <b>Short diagnosis. Parthenogenetic female.</b> Body subovoid, body depth/length (without shell spine) = 0.39– 0.55, caudal spine relatively short, a very shallow or no depression between head and rest of body (Fig. 5 A). Rostrum short and rounded, head without pre-ocular and post-ocular depressions, eye capsule located below the level of anteriormost point of head; ocellus present, but very small. Head shield with slightly projected fornices, projection from valves penetrates to about 1/3–1/2 of head shield length (Fig. 5 B). First abdominal segment with relatively short (as long as postabdominal claw) process, strongly bent anteriorly; second segment with a curved process (somewhat shorter than postabdominal claw), third segment with a very low, curved process; fourth segment lacking any process. Preanal angle of postabdomen not expressed, postanal angle ill-defined. On outer side of postabdominal claw, first and second (proximal) pectens consisting of relatively strong teeth, longest approximately two times shorter than claw diameter; third pecten consisting of numerous fine setules not reaching tip of claw (Fig. 5 J, H). Body of antenna I well-developed, tips of aesthetascs not projected beyond tip of rostrum, antennular sensory seta small, arise from base of mound of antenna I and doesn`t reaching tip of mound (Fig. 5 C). On limb I anterior setae 1–3 long, bearing short setules, seta 4 shorter than the former, with short setules (Fig. 6 A). Limb II–IV (Fig. 6 B–E) as in other species of this group. Limb V with exopodite supplied with a single small distal setae and a long, curved lateral seta (Fig. 6 F). <b>Ephippium.</b> "D"-shaped, anterior margin of ephippium fluently turned to anterior projection; two eggs with axes located at a very acute angle to dorsal margin, anterior process short, postero-dorsal portion of valves (with shell spine) not incorporated into ephippium (Figs 4 C, 5J). <b>Adult male.</b> Body elongated, body depth/length (without shell spine) = 0.56–0.58, rectangular-rounded, dorsal margin of valves almost straight, postero-dorsal angle distinct, with a short caudal spine having a wide basal portion (Fig. 7 A). Head with a very short rounded rostrum, post-ocular depression well-developed. Compound eye very large, occupies almost whole anterior portion of head, which projected anteriorly (Fig. 7 B). Anterior part of valve ventral margin with a slight depression, densely covered by relatively long setae (Fig. 7 A). Abdomen with a shallow mound on each segment. Postabdomen with distal portion as a short cone, dorsal margin almost straigh in preanal region, gonopore opens subdistally, on a reduced genital papilla. Anal teeth at basal protuberances (Fig. 7 E), they reduced in postanal and distal part of anal portion. On outer side of postabdominal claw, the first and second (proximal) pectens consisting of relatively strong teeth, longest teeth shorter than claw diameter; third pecten consisting of numerous fine setules not reaching the tip of claw (Fig. 7 D–G). Antenna I long, with group of minute denticles distally, antennular sensory seta thin, located distally on end of antenna I body; length of flagellum about half body length of the antenna I, the former bisegmented, its distal segment setulated (Fig. 7 C). IDL of limb I with a bent copulatory hook with a narrowing tip, and two setae of very different size; anterior setae 2, 3 and 4 smaller that these in female and supplied with longer setules, additional seta 2' on endite 4. (Fig. 7 H). On distalmost endite of limb II, anterior seta slightly curved, unilaterally setulated by short and fine setules (Fig. 7 I, J). Limb V without additional small seta on distal portion of exopodite (Fig. 7 K). Size. Adult females 1.83–2.04 mm in our material (1.0–3.0 mm according to Gu <i>et al.</i> 2013), adult males 1.23–1.31 mm in our material (1.15–1.3 mm according to Gu <i>et al.</i> 2013). <b>Redescription. Adult parthenogenetic female.</b> <i>General.</i> Body almost transparent, body depth/length (without shell spine) = 0.37–0.55, subovoid in lateral view, with maximum height in middle of valves, a very shallow or no depression between head and rest of body. Postero-dorsal angle in adults with a relatively short caudal spine projected postero-dorsally, ventral margin regularly convex (Fig. 5 A). <i>Head</i> with a short, rounded or somewhat angled rostrum (Fig. 5 B–C); posterior margin of head with a low mound in the basal part and second smaller mound between antennae I, pre-rostral fold not expressed; head without any pre-ocular and post-ocular depressions. In lakes, this species may have morphs with relatively long recurved helmets (Ma <i>et al.</i>, 2016). Dorsal contour of the head lies at the same level with dorsal margin of carapace; eye capsule located below the level of anteriormost point of head. Compound eye relatively small (specially in helmeted morphs), ocellus distinct, but very small, located closer to the compound eye than to base of antenna I. Head shield with slightly projected, sharp fornices, a projection from valves penetrates to about 1/3–1/2 of length of the former. <i>Carapace</i> in general semi-ovoid, the free edge uniformly convex. Spinules (Fig. 5 D) present on whole dorsal margin and on posterior half of ventral margin. A group of relatively long setae in middle of ventral margin (Fig. 5 E), short setae at postero-ventral margin of valve, with setules between them (Fig. 5 F). <i>Abdomen</i> relatively short, consisting of four segments, the first (basal most) abdominal segment with a relatively short (as long as postabdominal claw) process, strongly bent anteriorly; the second segment with a smaller process (somewhat shorter than postabdominal claw) bent backward, the third segment with a very low, curved process, covered by transverse rows of minute setules; the fourth segment lacking any process. <i>Postabdomen</i> elongated, tapering distally, with S-formed ventral margin. Preanal margin long, almost straight, with series of minute setules. Preanal angle not expressed, postanal angle ill-defined. About eight small anal spines of subequal size on anal portion. Postabdominal seta slightly longer than preanal margin, its distal and basal segments of similar length. Postabdominal claw regularly bent, with a pointed tip. On outer side, three successive pectens along the dorsal margin the first and second (proximal) pecten consisting of relatively strong teeth, longest approximately two times shorter than claw diameter; the third pecten consisting of numerous fine setules, somewhat shorter than those in the second pecten, not reaching tip of claw (Fig. 5 H–I). <i>Antenna I</i> as a conical tubercle with nine terminal aesthetascs, tips of aesthetascs not projected beyond tip of rostrum, antennular sensory seta small, arise from base of mound of antenna I and doesn`t reaching tip of mound (Fig. 5 C). Antenna II relatively long, length of apical setae approximately equal to the length of the branches. Antenna formula: setae 1–1–3 / 0–0–1–3 (Fig. 5 G). <i>Limb I</i> without accessory seta; outer distal lobe (Fig. 6 A: ODL) cylindrical, with a long seta distally armed with short setules, and a short second seta; inner distal lobe (or endite 5, Fig. 6 A: e5) with a single, long anterior seta 1, unilaterally armed distally with short setules. Endite 4 (Fig. 6 A: e4) with a long anterior seta (Fig. 6 A: 2) and two posterior setae (a–b). Endite 3 (Fig. 6 A: e3) with a long and thin anterior seta (Fig. 6 A: 3), with distal segment bilaterally armed with short setules, and two posterior setae (c–d). Endite 2 (Fig. 6 A: e2) with a long anterior seta (Fig. 6 a: 4), armed with long, fine setules distally, and four posterior setae (e–h). Endite 1 (gnathobase) fully absent. Two ejector hooks of different length (Fig. 6 A: eh). <i>Limb II</i> with a subovoid epipodite (Fig. 6 B: ep); exopodite as an elongated lobe (Fig. 6 B: ext) bearing a soft, distal seta, and a large, soft, lateral seta. Four endites (Fig. 6 B: e5–e2) bearing five setae, among them, a stiff anterior seta (Fig. 6 B: 1) with length 3/4 of soft seta length, armed with short setules distally. Gnathobase (Fig. 6 B: gn=e1) with two rows of setae: four anterior setae (Fig. 6 B: 1–4), the longest seta 2 as long as a 'filter plate' seta and numerous (16–19) posterior setae of gnathobasic filter plate. <i>Limb III</i> with a setulated pre-epipodite (Fig. 6 C: pep), ovoid epipodite and a flat exopodite bearing four distal setae (Fig. 6 C: 1–4=dis), among them seta 2 distally with short setules, and two lateral setae (Fig. 6 C: 5–6=lat). Inner-distal portion of limb with four endites: endite 5 with a single, large anterior seta (Fig. 6 D: 1), armed distally with short setules and a large posterior seta, bearing long setules (Fig. 6 D: a); endite 4 with a single anterior seta (Fig. 6 D: 2) and a single posterior (Fig. 6 D: b) seta somewhat smaller than anterior seta, both with long setules; endite 3 with a large anterior seta (Fig. 6 D: 3) and two posterior setae (not illustrated in Fig. 6 D); endite 2 with an anterior seta (Fig. 6 D: 4) and four posterior setae. The rest of the limb inner-distal portion as a singular large lobe (Fig. 6 D: e5=gn), modified gnathobase (Kotov 2013), bearing numerous posterior soft setae, a single, short anterior seta in its distal corner (Fig. 6 D). <i>Limb IV</i> with a large, setulated pre-epipodite, ovoid epipodite (not illustrated) and a wide, flat exopodite, bearing four distal (Fig. 6 E: 1–4=dis) and two lateral (Fig. 6 E: 5–6=lat) setae. Inner-distal portion of this limb with completely fused endites, distally with two setae of unclear homology, the most part of limb inner margin is a gnathobase filter plate consisting of numerous posterior setae (Fig. 6 E). <i>Limb V</i> with a small, setulated pre-epipodite (not illustrated), large, subovoid epipodite, triangular exopodite supplied with one distal seta (Fig. 6 F: dis), and a large, slightly curved lateral seta (Fig. 6 F: lat). Inner limb portion as an ovoid flat lobe, with setulated inner margin and a single, large seta. <b>Ephippial female.</b> Ephippium "D"-shaped (Figs 4 C, 5J), anterior margin of ephippium fluently turned to anterior projection; two eggs with axes located at a very acute angle to dorsal margin, anterior process short, postero-dorsal portion of valves (with shell spine) not incorporated into ephippium. <b>Adult male.</b> <i>General.</i> Body elongated, body depth/length (without shell spine) = 0.56–0.58, in general rhomboid-ovoid, dorsal margin of valves almost straight, not elevated above head, no distinct depression between head and valves, postero-dorsal angle distinct, as a triangular projection fluently turned to a short caudal spine having a wide basal portion (Fig. 7 A). <i>Head</i> with a very short, rounded rostrum, anteriormost extremity completely occupied with optic vesicle (Fig. 7 B: ov), a post-ocular depression (Fig. 7 A–B: pod) posteriorly to it, a very shallow depression between first and second bunches of muscles of antenna II. Compound eye very large, ocellus minute (Fig. 7 B). <i>Valve</i> with anterior margin almost straight, supplied with exactly marginal, relatively short setae; anteroventral angle prominent anteriorly, supplied with specially long setae; then ventral margin with a slight depression, densely covered by relatively long setae; whole ventral margin with numerous setae located submarginally on inner face of valve. Postero-ventral portion of valve with marginal denticles, and short setae located submarginally on inner face of valve, no setules between these setae (Fig. 7 A). <i>Abdomen</i> with a shallow mound on each segment. Postabdomen with distal portion as a short cone, dorsal margin almost straight in preanal region, gonopore opens subdistally, on a reduced genital papilla. Anal teeth at basal protuberances, they are present only in basal portion of anal margin while in distal portion they are substituted by fine setules (Fig. 7 E–G). On outer side of postabdominal claw, the first and second (proximal) pectens consisting of relatively strong teeth; longest teeth shorter than claw diameter; third pecten consisting of numerous fine setules not reaching the tip of claw (Fig. 7 E–G). <i>Antenna I</i> long, with a group of minute denticles distally near aesthetascs. Nine aesthetascs short; antennular sensory seta located distally, shorter than aesthetascs. Length of flagellum about half body length of the antenna I. The distal segment of flagellum covered with short setules (Fig. 7 C). <i>Antenna II</i> (Fig. 7 A) relatively larger as compared with female. <i>Limb I</i>. ODL large, bearing a rudimentary seta and a very large seta supplied with minute setules distally; IDL with a bent copulatory hook, and one seta (Fig. 7 H), endites 2–4 with anterior seta (Fig. 7 H: 2–4) shorter than in female and supplied with long setules, additional seta 2' on endite 4. <i>Limb II</i>. Distalmost endite with seta 1 slightly bent and asymmetrically setulated (Fig. 7 I, J). Limb II and V as in female (Fig. 7 K). <b>Size.</b> Adult females 1.83–2.04 mm in our material (1.0–3.0 mm according to Gu <i>et al.</i> 2013), adult males 1.23– 1.31 mm in our material (1.15–1.3 mm according to Gu <i>et al.</i> 2013). <b>Population from European Russia.</b> A population from Krasnodar Area, European Russia, population 14 in Table 1 (Figs 8–13) was studied in detail with aim to find possible differences from Asian populations of <i>D. sinensis</i>. Morphology of parthenogenetic females from Krasnodar is basically similar to that from Far East, but in the former: (1) there is a small projection on posterior head margin dorsally to antenna I (Fig. 8 B–C, arrow); (2) the first tooth in the first pecten on postabdominal claw is especially strong (Fig. 8 G, arrow). These two “fine scale” characters are very consistent in the studied population. Any separation of European and Asian populations of <i>D. sinensis</i> is not supported by mitochondrial genes, but morphological data suggest that they are isolated. Only studies of sufficiently variable nuclear markers could support or reject this hypothesis. <b>Distribution.</b> We identified <i>D. sinensis</i> (based on male characters) from China, Mongolia, South Korea, many localities in Far East of Russia, a single poplation in European Russia, Azerbaijan, Ethiopia and Namibia and Kenya (from Mergeay <i>et al.</i> 2005a, b). Therefore, <i>D. sinensis</i> is widely distributed in the Old World. We confirmed this broad Old World distribution using molecular markers for specimens from Taiwan, Iran, Ethiopia, Far East of Russia and the south of European part of Russia. Gu <i>et al.</i> (2013) made sequences from several water bodies in China, but they were not deposited to the GenBank, also sequences of Ma <i>et al.</i> (2016) from China were not yet publicly available. In several countries of Africa and Asia <i>D. sinensis</i> is usually misidentified as " <i>D. carinata</i> ". Probably, it is present in India together with <i>D. similoides</i> (this preliminary opinion is based on the illustrations by Michael &amp; Sharma 1988). Also Marrone <i>et al.</i> (2007) represented illustrations of an adult male of " <i>D. similis</i> " from Southern Italy with reduced anal teeth in distal portion of postabdomen. It could possibly be also a population of <i>D. sinensis</i>, although the female (according to illustrations of Marrone <i>et al.</i> 2007) has no ocular do
description: Published as part of <i>Popova, Ekaterina V., Petrusek, Adam, Kořínek, Vladimír, Mergeay, Joachim, Bekker, Eugeniya I., Karabanov, Dmitry P., Galimov, Yan R., Neretina, Tatyana V., Taylor, Derek J. &amp; Kotov, Alexey A., 2016, Revision of the Old World Daphnia (Ctenodaphnia) similis group (Cladocera: Daphniidae), pp. 1-40 in Zootaxa 4161 (1)</i> on pages 11-24, DOI: 10.11646/zootaxa.4161.1.1, http://zenodo.org/record/272238
description: {"references": ["Gu, Y. L., Xu, L., Li, Q. Q., Dumont, H. J. &amp; Han, B. P. (2013) A new subspecies of Daphnia: Daphnia similoides sinensis. Ecological Science, 32, 308 - 312.", "Ma, X., Wolinska, J., Petrusek, A., Giesler, G., Hu, W. &amp; Yin, M. (2016) The phenotypic plasticity in Chinese populations of Daphnia similoides sinensis: recurvate helmeted forms are associated with the presence of predators. Journal of Plankton Research, http: // dx. doi. org / 10.1093 / plankt / fbw 031", "Ueno, M. (1927) The freshwater Branchiopoda of Japan I. Memoirs of the College of Science, Kyoto Imperial University, Series B, 2, 259 - 311.", "Mashiko, K. (1953) Cladocera and Rotatoria of Central China (Studies of the freshwater plankton of Central China. III). The Science Report of the Kanazawa University, 2, 49 - 73.", "Manujlova, E. F. (1964) The cladocerans of fauna of the USSR. Opredeliteli po faune SSSR, 88, 1 - 327. [In Russian]", "Chiang, S. C. &amp; Du, N. S. (1979) Freshwater Cladocera. Fauna Sinica. Crustacea. Science Press, Academia Sinica, Peking, 297 pp.", "Dumont, H. J. &amp; Van de Velde, I. (1975) Anostraca, Cladocera and Copepoda from Rio de Oro (North-Western Sahara). Biologisch Jaarboek Dodonaea, 43, 137 - 145.", "Michael, R. G. &amp; Sharma, B. K. (1988) Fauna of India and ajancent countries. Indian Cladocera (Crustacea: Branchiopoda: Cladocera). Zoological Survey of India, Calcutta, 262 pp.", "Fernando, C. H., Paggi, J. C. &amp; Rajapaksa, R. (1987) Daphnia in tropical lowlands. Memorie dell' Istituto Italiano di Idrobiologia, 45, 107 - 141.", "Ueno, M. (1966) Crustacea (Cladocera, Copepoda and Amphipoda) collected by the Kyoto University Pamir-Hindukush Expedition 1960. Results of the Kyoto University Scientific Expedition to Karakorum Hindukush, 8, 287 - 298.", "Brehm, V. (1935) Crustacea. 1. Cladocera und Euphyllopoda. Mission scientifique de l'Omo. Memoires du Museum National d'Histoire Naturelle, Nouvelle Serie, 2, 141 - 166.", "Rane, P. &amp; Jafri, S. N. (1990) A new species of Cladocera, Daphnia madhuriae sp. nov. from Madhya Pradesh, India. Crustaceana, 59, 62 - 68. http: // dx. doi. org / 10.1163 / 156854090 X 00291", "Mergeay, J., Verschuren, D. &amp; De Meester, L. (2005 a) Cryptic invasion and dispersal of an American Daphnia in East Africa. Limnology &amp; Oceanography, 50, 1278 - 1283. http: // dx. doi. org / 10.4319 / lo. 2005.50.4.1278", "Mergeay, J., Verschuren, D. &amp; De Meester, L. (2005 b) Daphnia species diversity in Kenya, and a key to the identification of their ephippia. Hydrobiologia, 542, 261 - 274. http: // dx. doi. org / 10.1007 / s 10750 - 004 - 4952 - 6", "Marrone, F., Alfonso, G. &amp; Naselli-Flores, L. (2007) On Daphnia (Ctenodaphnia) similis Claus, 1877 and other interesting Anomopods (Crustacea, Branchiopoda) from Apulia (Southern Italy). Thalassia Salentina, 30, 45 - 55.", "Bar, G. (1924) Uber Cladoceren von der Insel Ceylon. Jenaische Zeitschrift fur Naturwissenschaft, 60, 83 - 126.", "Fernando, C. H. (1980) The freshwater zooplankton of Sri Lanka, with a discussion of tropical freshwater zooplankton composition. Internationale Revue der gesamten Hydrobiologie und Hydrographie, 65, 85 - 125. http: // dx. doi. org / 10.1002 / iroh. 19800650105", "Daday, E. von. (1911) Eine neue Cladoceren-Art aus Ostindien. Allattani Kozlemenyek, 10, 110 - 113.", "Brehm, V. (1912) Die Cladoceren. Wissenschaftliche Ergebnisse der Deutschen Zentral-Africa-Expedition 1907 - 1908, unter Fuhrung Adolf Friedrichs, Herzog zu Mecklenburg, 3, 167 - 174.", "Gauthier, H. (1937) Euphyllopodes et Cladoceres continentaux recoltes par M. Monod au Sahara occidentale et en Mauritanie. Bulletin de la Societe des Sciences Naturelles du Maroc, 17, 75 - 98.", "Hudec, I. (1993) Redescription of Daphnia deserti (Gauthier, 1937) (Crustacea: Daphniiformes: Daphniidae). Hydrobiologia, 264, 153 - 158. http: // dx. doi. org / 10.1007 / BF 00007285"]}