Wikipedia:Landsbybrønden/Ny biota klassificering ønskes overvejet og anvendt eller evt. indlejret

Hej!

Det foreslås hermed, at de gamle biota klassificeringer erstattes og alle berørte artikler rettes til - eller i det mindste suppleres med følgende nye klassificering. Dette forudsætter selvfølgelig, at de 28 eksperter i kilden, bliver rimeligt accepteret af andre eksperter indenfor feltet:

• Biota
  • Bacteria Bacteriae (uændret)
    • Ægte bakterier Eubacteria (uændret)
  • Arker Archaea (uændret)
    • Arkebakterier Archebacteria (uændret)
  • Opisthokonta
    • animalia
    • fungi
    • choanoflagellates
    • Mesomycetozoa
  • Amoebozoa
    • Bl.a. (engelske navne): most traditional amoebae, slime moulds, many testate amoebae, some amoebo-flagellates, and several species without mitochondria.
  • Excavata
    • Bl.a. (engelske navne): oxymonads, parabasalids, diplomonads, jakobids, and several other genera of heterotrophic flagellates, and possibly including the Euglenozoa and Heterolobosea.
  • Rhizaria
    • Bl.a. (engelske navne): Foraminifera, most of the traditional Radiolaria, and the Cercozoa with filose pseudopodia, such as many amoebo-flagellates and some testate amoebae.
  • Archaeplastida
    • Bl.a. (engelske navne): Glaucophyta, red algae, green algae, and Plantae.
  • Chromalveolata
    • Bl.a. (engelske navne): Alveolata (including ciliates, the dinoflagellates, and the Apicomplexa), cryptophytes, haptophytes, and stramenopiles (including brown algae, the diatoms, many zoosporic fungi, opalinids, amongst others).

Kilde/reference:

• October 2005, blackwellpublishing.com: New Classification of Eukaryotes has implications for AIDS treatment, agriculture and beyond Citat: "...The first major higher level classification of all organisms (with the exception of bacteria), coordinated by the International Society of Protistologists, overturns previously held scientific assumptions. 28 experts representing the fields of microbiology, mycology, parasitology, phycology, and protozoology contributed to this joint effort, which incorporates new data, obtained in the past 25 years, in such diverse areas as biochemistry and metabolism, electron microscopic structure, and gene sequences...The new classification recognizes 6 major clusters of organisms, rather than the 4 traditional Kingdoms... Finally, the authors noted that they “adopted a hierarchical system without formal rank designations, such as “class,” “sub-class,” “super-order” or “order.” The decision to do so has been primarily motivated by utility, to avoid the common problem of a single change causing a cascade of changes to the system..."
• Fundet via: 2005-10-26, Sciencedaily: New Classification Of Eukaryotes Has Implications For AIDS Treatment, Agriculture And Beyond

mvh --Glenn 27. okt 2005 kl. 19:40 (CEST)