Takakia ceratophylla is a species of moss in the Takakiaceae family. It is found in China, India, Nepal, and the United States. Its natural habitats are rocky areas and cold desert. It is threatened by habitat loss.
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Classification; Culture; Bryologists; Publications; Resources; About; Liverwort Tree of Life TAKAKIA CERATOPHYLLA. Gametophyte plant with two sporophytes near its apex. The terminal sporangia are elongate and bear spirally aligned epidermal cells. The slightly older sporophyte on the right is beginning to dehisce: Created by Dr. Raymond E. Stotler and Dr. Barbara J. Crandall-Stotler.
Classification. Click on a scientific name below to expand it in the PLANTS Classification Report. Rank. The Plants Database includes the following 2 species of Takakia. Click below on a thumbnail map or name for species profiles. Native Introduced Native and Introduced. Takakia ceratophylla horn-leaved Takakia Takakia lepidozioides Takakia Legal Status. Wetland Status. Interpreting.
Taxonomy Kingdom Plantae (1PLAK) Phylum Bryophyta (1BRYP) Class Takakiopsida (1TAKC).Learn More
Takakia ditemukan di Himalaya oleh Mitten tahun 1861. Pada awalnya dianggap sebagai spesies (Lepidozia ceratophylla) Pada pertengahan abad ke 20, Dr. Takaki dari Jepang menemukan tumbuhan yang mirip, sehingga perbedaan antara spesies ini dengan genus Lepidozia semakin tampak.Learn More
The sporophytic features, discovered only on Takakia ceratophylla in 1993, further confirmed classification as a moss. The seta is cutinized, has a conducting strand composed of hydroids, and elongates prior to maturation of the sporangium and spores. The sporangium has features distinctly unique from other bryophytes.Learn More
Takakia ceratophylla (Mitt.) Grolle Grolle Species recognized by EOL Dynamic Hierarchy 0.9, Integrated Taxonomic Information System (ITIS) Taxonomic Hierarchy, and GBIF classification.Learn More
Taxonomic remark Takakia and its family Takakiaceae were originally described as liverworts; current placement is with the mosses in its own class and order, refer Ruggiero et al., 2015.Learn More
Introduction. With approximately 13 000 species, the Bryophyta compose the second most diverse phylum of land plants. Mosses share with the Marchantiophyta and Anthocerotophyta a haplodiplobiontic life cycle that marks the shift from the haploid-dominated life cycle of the algal ancestors of embryophytes to the sporophyte-dominated life cycle of vascular plants.Learn More
Classification. Ivory Hilliard. This unit is geared toward students in a tenth grade Biology classroom. It is intended as an introduction to both the concept of classification and the system of taxonomy. The Minnesota Department of Education Standards that will be covered in this section are as follows: IV. LIFE SCIENCE: B. Diversity of Organisms. 5. The student will use the characteristics.Learn More
Takakia ceratophylla (Bryophyta) was employed to root the trees. Character sampling involved 92 gametophytic and 34 sporophytic traits, supplemented with ten continuous characters.Learn More
Takakiopsida (Takakia ceratophylla, T. lepidozioides)Sphagnopsida (Sphagnum, Ambuchanania) Andreaeopsida (Acroschisma, Andreaea)Andreaeobryopsida (Andreaeobryum macrosporum)Oedipodiopsida (Oedipodium griffithianum)Tetraphidopsida (Tetraphis, Tetrodontium)Polytrichopsida (Polytrichum, Pogpnatum etc.)Bryopsida.Learn More
The classification of Takakia (a genus of two species) has been unsettled.Learn More
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No group in the plant kingdom has presented greater difficulties in classification than the Charophycaeae. Some authors consider Charales and Coleochaetales distinct orders and believe that the Coleochaetales are monophyletic and less closely related to land plants than the Charales. 27 In fact, in the case of Chara and Nitella the reproductive organs may be considered more similar to those of.Learn More