Polysiphonia supergroup

Reader view. Supergroup: Rhizaria. Supergroup: Plantae. Clade: Metazoa. Conidial fungi Genus: Polysiphonia.

Euglena. Coprinus -Some can incorporate calcium carbonate (coralline algae for example)-Important sources of gelling agents such as Agar-Example: Genus Polysiphonia Supergroup (unranked): Archaeplastida Phylum (Division) Chlorophyta - Can be unicellular, colonial or multicellular - Diverse forms from filamentous to fleshy or encrusting . Plantlike Protists • Supergroup Archaeplastida: Phylum Rhodophyta – Polysiphonia sp. (Red Algae) • phycoetherin pigment for photosynthesis Plantlike Protists • Supergroup Excavata: Phylum Euglenophyta – Euglena ( ex. ) • mixotrophic: photosynthesis and ingestion • flexible pellicle • flagella Radiolarians (purple) Supergroup: 3 Rhizaria -Silica Skeletons, axopodia; Polysiphonia Genus: Polysiphonia Common name: Red Algae Supergroup: 4 Archaeplastida -Blade -Air bladder -Stipe; Equisetum -Horsetail -Strobili 2021-4-17 · Certain cells of the tetrasporophyte undergo meiosis to produce tetraspores, and the cycle is repeated. In the life cycle of Polysiphonia, and many other red algae, there are separate male and female gametophytes, carposporophytes that develop on … Polysiphonia (Supergroup Archeplastida) Eukarya - Bikonta - Plantae - Rhodophyta - Rhodophytina - Florideophyceae - Rhodymeniophycidae - Ceramiales - Rhodomelaceae - Polysiphonia Polysiphonia morrowii Harvey, 1856 Show literature Eukaryotic Supergroup Archaeplastida Chlorophyta 3. Draw and examine the mature Volvox colony and label daughter colonies.

Course.

Examine Polysiphonia. This genus of red algae reproduces using the alternation of generations lifecycle; where for part of their lifecycle the haploid members (n) produce the diploid members (2n), followed by Supergroup Bikonta. Kingdom Plantae.

Unikonta a.

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One of the supergroups contains the kingdoms Fungi and Animalia (Opisthokonta), and another contains the Kingdom Plantae and their algal relatives (this supergroup does not currently have a scientific name). Plantlike Protists • Supergroup Archaeplastida: Phylum Rhodophyta – Polysiphonia sp. (Red Algae) • phycoetherin pigment for photosynthesis Plantlike Protists • Supergroup Excavata: Phylum Euglenophyta – Euglena ( ex. ) • mixotrophic: photosynthesis and ingestion • flexible pellicle • flagella Supergroup Clade Genus/Species name Image Archaeplastida Rhodophyta Polysiphonia Archaeplastida Chlorophyta Chlamydomonas Archaeplastida Chlorophyta Gonium Archaeplastida Chlorophyta Pandorina Archaeplastida Chlorophyta Eudorina Gracilaria has a three-stage sexual reproductive life cycle called a Polysiphonia-type life history.
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Unikonta a.

gloeocapsa, oscillatoria, anabaena. Red Algae. Polysiphonia. Archaeplastids Rhodophyta. Polysiphonia supergroup and phylum. Golden Brown Algae.

Chloroplasts evolved following an endosymbiotic event between an ancestral, photosynthetic cyanobacterium and an early eukaryotic phagotroph. This event (termed primary endosymbiosis) resulted in the origin of the red and green algae, and the glaucophytes, which make up the oldest evolutionary lineages of photosynthetic eukaryotes. Question: Organisms Belongs To Which Supergroup Of Eukaryotes? Type Of Nutritional Uptake?