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are documented most commonly in oligo- to meso- trophic temperate lakes and ponds, though they have also been observed in eutrophic waters. Such blooms regularly occur during springtime at the onset of thermal stratification, and commonly occur following a diatom bloom. The blooms are initiated from
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resting siliceous spores called statospores that lay dormant on the lake bottom through the winter. Increased spring insolation causes them to germinate, producing amoeboid cells that generate two flagella and encase themselves in a vase-like cellulosic lorica. These motile cells rise into
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Caron, David A.; Sanders, Robert W.; Lim, Ee Lin; Marrasé, Celia; Amaral, Linda A.; Whitney, Sheri; Aoki, Rika B.; Porters, Karen G. (1993). "Light-dependent phagotrophy in the freshwater mixotrophic chrysophyte
Dinobryon cylindricum".
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212:, which come to the attention of humans annually due to transient blooms in the photic zone of temperate lakes and ponds. Such blooms may produce volatile organic compounds (
204:, capable of obtaining energy and carbon through photosynthesis and phagotrophy of bacteria. The genus comprises at least 37 described species. The best-known species are
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Watson, Sue B.; Whitton, Brian A.; Higgins, Scott N.; Paerl, Hans W.; Brooks, Bryan W.; Wehr, John D. (2015). "Harmful Algal Blooms".
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Guiry, M.D. & Guiry, G.M. 2013. AlgaeBase. World-wide electronic publication, National
University of Ireland, Galway.
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337:"The influence of growth conditions on odor-compound production by two chrysophytes and two cyanobacteria".
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Colonies as defence in the freshwater phytoplankton genus
Dinobryon (Chrysophyceae)
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have also been documented flourishing in lotic and estuarine habitats.
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313:"WoRMS – World Register of Marine Species – Dinobryon Ehrenberg, 1834"
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can exist as free-living, solitary cells or in branching colonies.
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Though most commonly found in freshwater lakes and ponds,
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216:) that produce odors and affect water quality.
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715:Taxa named by Christian Gottfried Ehrenberg
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373:(Thesis). University of British Columbia.
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386:Freshwater Algae of North America
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367:Armstrong, Gary Dale (1985).
658:. You can help Knowledge by
351:10.1016/0273-1223(95)00472-y
339:Water Science and Technology
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184:is a type of microscopic
48:Scientific classification
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264:http://www.algaebase.org
246:where they proliferate.
654:-related article is a
188:. It is one of the 22
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710:Golden algae genera
41:Dinobryon divergens
291:10.1007/BF00182132
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660:expanding it
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345:(11). 1995.
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320:. Retrieved
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124:Ochrophytina
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519:iNaturalist
452:Wikispecies
120:Subphylum:
699:Categories
652:heterokont
250:References
202:mixotrophs
467:AlgaeBase
458:Dinobryon
428:Dinobryon
239:Dinobryon
232:Dinobryon
220:Dinobryon
198:Dinobryon
181:Dinobryon
165:Dinobryon
65:Eukaryota
25:Dinobryon
443:Q1226656
437:Wikidata
322:11 March
299:24189708
150:Family:
110:Phylum:
61:Domain:
537:1070044
511:3194946
226:Ecology
171:Ehrenb.
160:Genus:
140:Order:
130:Class:
114:Gyrista
622:157240
609:426842
606:uBio:
599:839497
583:NZOR:
524:123859
498:1DINBG
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190:genera
650:This
617:WoRMS
576:98059
532:IRMNG
485:11770
472:43781
186:algae
98:Clade
85:Clade
72:Clade
656:stub
571:NCBI
550:1515
545:ITIS
506:GBIF
493:EPPO
398:ISBN
324:2019
295:PMID
214:VOCs
208:and
200:are
558:NBN
480:EoL
390:doi
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287:doi
91:SAR
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
