. Principles of modern biology. Biology. The Plant Kingdom - 599 PLATES. Fig. 31-4. Flame algae (Pyrrophyta). The dinoflagel- lates (shown above) are the most important of the flame algae. Note the unique arrangement of the flagella and the overlapping cellulose plates. Some dinoflagellates produce toxic substances and are re- sponsible for "mussel poisoning" and "red tides" (see text). the millions when an upsurging population of dinoflagellates becomes so great that it is described as a "red tide." Also "mussel poi- soning" may result when people eat m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/principles-of-modern-biology-biology-the-plant-kingdom-599-plates-fig-31-4-flame-algae-pyrrophyta-the-dinoflagel-lates-shown-above-are-the-most-important-of-the-flame-algae-note-the-unique-arrangement-of-the-flagella-and-the-overlapping-cellulose-plates-some-dinoflagellates-produce-toxic-substances-and-are-re-sponsible-for-quotmussel-poisoningquot-and-quotred-tidesquot-see-text-the-millions-when-an-upsurging-population-of-dinoflagellates-becomes-so-great-that-it-is-described-as-a-quotred-tidequot-also-quotmussel-poi-soningquot-may-result-when-people-eat-m-image232336744.html
RMRDYRTT–. Principles of modern biology. Biology. The Plant Kingdom - 599 PLATES. Fig. 31-4. Flame algae (Pyrrophyta). The dinoflagel- lates (shown above) are the most important of the flame algae. Note the unique arrangement of the flagella and the overlapping cellulose plates. Some dinoflagellates produce toxic substances and are re- sponsible for "mussel poisoning" and "red tides" (see text). the millions when an upsurging population of dinoflagellates becomes so great that it is described as a "red tide." Also "mussel poi- soning" may result when people eat m