CZ:Biology Workgroup: Difference between revisions
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imported>Chris Day (→Core article: do them all anthro style) |
imported>Chris Day |
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{{col-break|width=33%}} | {{col-break|width=33%}} | ||
'''Biology related''' | '''Biology related''' | ||
{{pl|abiogenesis}} | #{{pl|abiogenesis}} | ||
{{pl|acetyl CoA}} | #{{pl|acetyl CoA}} | ||
{{pl|acid}} | #{{pl|acid}} | ||
{{pl|acquired characteristics}} | #{{pl|acquired characteristics}} | ||
{{pl|ACTH}} | #{{pl|ACTH}} | ||
{{pl|actin}} stub | #{{pl|actin}} stub | ||
{{pl|action potential}} stub | #{{pl|action potential}} stub | ||
{{pl|action spectrum}} | #{{pl|action spectrum}} | ||
{{pl|activation energy}} | #{{pl|activation energy}} | ||
{{pl|active site}} | #{{pl|active site}} | ||
{{pl|active transport}} | #{{pl|active transport}} | ||
{{pl|adaptive radiation}} | #{{pl|adaptive radiation}} | ||
{{pl|ADH}} | #{{pl|ADH}} | ||
{{pl|aerobic}} | #{{pl|aerobic}} | ||
{{pl|Alfred Russel Wallace}} | #{{pl|Alfred Russel Wallace}} | ||
{{pl|algae}} | #{{pl|algae}} | ||
{{pl|allele}} | #{{pl|allele}} | ||
{{pl|anaerobic respiration}} | #{{pl|anaerobic respiration}} | ||
{{pl|Ant}} | #{{pl|Ant}} | ||
{{pl|antibiotic resistance}} | #{{pl|antibiotic resistance}} | ||
{{pl|antibody}} | #{{pl|antibody}} | ||
{{pl|Antoni van Leeuwenhoek}} | #{{pl|Antoni van Leeuwenhoek}} | ||
{{pl|apoptosis}} | #{{pl|apoptosis}} | ||
{{pl|Arabidopsis thaliana}} | #{{pl|Arabidopsis thaliana}} | ||
{{pl|archaebacteria}} | #{{pl|archaebacteria}} | ||
{{pl|Asexual reproduction}} | #{{pl|Asexual reproduction}} | ||
{{pl|ATP synthase}} | #{{pl|ATP synthase}} | ||
{{pl|autosome}} | #{{pl|autosome}} | ||
{{pl|Biochemistry}} | #{{pl|Biochemistry}} | ||
{{pl|biological emergence}} | #{{pl|biological emergence}} | ||
{{pl|biological membrane}} | #{{pl|biological membrane}} | ||
{{pl|blastula}} | #{{pl|blastula}} | ||
{{pl|Botany}} | #{{pl|Botany}} | ||
{{pl|Bryophyte}} | #{{pl|Bryophyte}} | ||
{{pl|Calvin cycle}} | #{{pl|Calvin cycle}} | ||
{{pl|Carbohydrate}} | #{{pl|Carbohydrate}} | ||
{{pl|carbon cycle}} | #{{pl|carbon cycle}} | ||
{{pl|carnivore}} | #{{pl|carnivore}} | ||
{{pl|Carolus Linnaeus}} | #{{pl|Carolus Linnaeus}} | ||
{{pl|carotenoid}} | #{{pl|carotenoid}} | ||
{{pl|Cell biology}} | #{{pl|Cell biology}} | ||
{{pl|cell division}} | #{{pl|cell division}} | ||
{{pl|Cell nucleus}} | #{{pl|Cell nucleus}} | ||
{{pl|Cell wall}} | #{{pl|Cell wall}} | ||
{{pl|Cellular differentiation}} | #{{pl|Cellular differentiation}} | ||
{{pl|cellulose}} | #{{pl|cellulose}} | ||
{{pl|centromere}} | #{{pl|centromere}} | ||
{{pl|chemautotrophic}} | #{{pl|chemautotrophic}} | ||
{{pl|chemiosmosis}} | #{{pl|chemiosmosis}} | ||
{{pl|Chi square test}} | #{{pl|Chi square test}} | ||
{{pl|chiasma}} | #{{pl|chiasma}} | ||
{{pl|chitin}} | #{{pl|chitin}} | ||
{{pl|chlorophyll}} | #{{pl|chlorophyll}} | ||
{{pl|Chloroplast}} | #{{pl|Chloroplast}} | ||
{{pl|chromatid}} | #{{pl|chromatid}} | ||
{{pl|chromatin}} | #{{pl|chromatin}} | ||
{{pl|chromosome}} | #{{pl|chromosome}} | ||
{{pl|circadian rhythm}} | #{{pl|circadian rhythm}} | ||
{{pl|Cladistics}} | #{{pl|Cladistics}} | ||
{{pl|Classical genetics}} | #{{pl|Classical genetics}} | ||
{{pl|codon}} | #{{pl|codon}} | ||
{{pl|collagen}} | #{{pl|collagen}} | ||
{{pl|conformation}} | #{{pl|conformation}} | ||
{{pl|convergent evolution}} | #{{pl|convergent evolution}} | ||
{{pl|Cytoplasm}} | #{{pl|Cytoplasm}} | ||
{{pl|cytosol}} | #{{pl|cytosol}} | ||
{{pl|Developmental biology}} | #{{pl|Developmental biology}} | ||
{{pl|diffusion}} | #{{pl|diffusion}} | ||
{{pl|Digestion}} | #{{pl|Digestion}} | ||
{{pl|dimer}} | #{{pl|dimer}} | ||
{{pl|diploid}} | #{{pl|diploid}} | ||
{{pl|DNA replication}} | #{{pl|DNA replication}} | ||
{{pl|DNA virus}} | #{{pl|DNA virus}} | ||
{{pl|double helix}} | #{{pl|double helix}} | ||
{{pl|Drosophila melanogaster}} | #{{pl|Drosophila melanogaster}} | ||
{{pl|ecological niche}} | #{{pl|ecological niche}} | ||
{{pl|egg (biology)}} | #{{pl|egg (biology)}} | ||
{{pl|Electron transport chain}} | #{{pl|Electron transport chain}} | ||
{{pl|electrophoresis}} | #{{pl|electrophoresis}} | ||
{{pl|embryo}} | #{{pl|embryo}} | ||
{{pl|Endoplasmic reticulum}} | #{{pl|Endoplasmic reticulum}} | ||
{{pl|endosymbiosis}} | #{{pl|endosymbiosis}} | ||
{{pl|enhancer}} | #{{pl|enhancer}} | ||
{{pl|enzyme kinetics}} | #{{pl|enzyme kinetics}} | ||
{{pl|Ernst Haeckel}} | #{{pl|Ernst Haeckel}} | ||
{{pl|eubacteria}} | #{{pl|eubacteria}} | ||
{{pl|evolutionary tree}} | #{{pl|evolutionary tree}} | ||
{{pl|Excretion}} | #{{pl|Excretion}} | ||
{{pl|exon}} | #{{pl|exon}} | ||
{{pl|Eye}} | #{{pl|Eye}} | ||
{{pl|facilitated diffusion}} | #{{pl|facilitated diffusion}} | ||
{{pl|FADH2}} | #{{pl|FADH2}} | ||
{{pl|fat}} | #{{pl|fat}} | ||
{{pl|feedback inhibition}} | #{{pl|feedback inhibition}} | ||
{{pl|Flagellum}} | #{{pl|Flagellum}} | ||
{{pl|fluid mosaic model}} | #{{pl|fluid mosaic model}} | ||
{{pl|Francis Crick}} | #{{pl|Francis Crick}} | ||
{{pl|fundamental niche}} | #{{pl|fundamental niche}} | ||
{{pl|fungi}} | #{{pl|fungi}} | ||
{{pl|gamete}} | #{{pl|gamete}} | ||
{{pl|gene duplication}} | #{{pl|gene duplication}} | ||
{{pl|gene pool}} | #{{pl|gene pool}} | ||
{{pl|gene}} | #{{pl|gene}} | ||
{{pl|genetic code}} | #{{pl|genetic code}} | ||
{{pl|genetic drift}} | #{{pl|genetic drift}} | ||
{{pl|genetic recombination}} | #{{pl|genetic recombination}} | ||
{{pl|genome}} | #{{pl|genome}} | ||
{{pl|Genomics}} | #{{pl|Genomics}} | ||
{{pl|glucose}} | #{{pl|glucose}} | ||
{{pl|glycoprotein}} | #{{pl|glycoprotein}} | ||
{{pl|Golgi apparatus}} | #{{pl|Golgi apparatus}} | ||
{{pl|gravitropism}} | #{{pl|gravitropism}} | ||
{{pl|Gregor Mendel}} | #{{pl|Gregor Mendel}} | ||
{{pl|growth curve}} | #{{pl|growth curve}} | ||
{{pl|habitat (ecology)}} | #{{pl|habitat (ecology)}} | ||
{{pl|haploid}} | #{{pl|haploid}} | ||
{{pl|herbivore}} | #{{pl|herbivore}} | ||
{{pl|heredity}} | #{{pl|heredity}} | ||
{{pl|hermaphrodite}} | #{{pl|hermaphrodite}} | ||
{{pl|Hershey-Chase experiment}} | #{{pl|Hershey-Chase experiment}} | ||
{{pl|heterochromatin}} | #{{pl|heterochromatin}} | ||
{{pl|heterozygote}} | #{{pl|heterozygote}} | ||
{{pl|hibernation}} | #{{pl|hibernation}} | ||
{{pl|homeobox}} | #{{pl|homeobox}} | ||
{{pl|homeostasis}} | #{{pl|homeostasis}} | ||
{{pl|Homology (biology)}} | #{{pl|Homology (biology)}} | ||
{{pl|homozygote}} | #{{pl|homozygote}} | ||
{{pl|household gene}} | #{{pl|household gene}} | ||
{{pl|Human Genome Project}} | #{{pl|Human Genome Project}} | ||
{{pl|human}} | #{{pl|human}} | ||
{{pl|hybrid}} | #{{pl|hybrid}} | ||
{{pl|insectivores}} | #{{pl|insectivores}} | ||
{{pl|intestine}} | #{{pl|intestine}} | ||
{{pl|intron}} | #{{pl|intron}} | ||
{{pl|invasive species}} | #{{pl|invasive species}} | ||
{{pl|ion channel}} | #{{pl|ion channel}} | ||
{{pl|James Watson}} | #{{pl|James Watson}} | ||
{{pl|Jean-Baptiste Lamarck}} | #{{pl|Jean-Baptiste Lamarck}} | ||
{{pl|knock-out mouse}} | #{{pl|knock-out mouse}} | ||
{{pl|Konrad Lorenz}} | #{{pl|Konrad Lorenz}} | ||
{{pl|Lac repressor}} | #{{pl|Lac repressor}} | ||
{{pl|leaf}} | #{{pl|leaf}} | ||
{{pl|liver}} | #{{pl|liver}} | ||
{{pl|locus (genetics)}} | #{{pl|locus (genetics)}} | ||
{{pl|Louis Pasteur}} | #{{pl|Louis Pasteur}} | ||
{{pl|Lynn Margulis}} | #{{pl|Lynn Margulis}} | ||
{{pl|Lyon hypothesis}} | #{{pl|Lyon hypothesis}} | ||
{{pl|Macroevolution}} | #{{pl|Macroevolution}} | ||
{{pl|mass extinction}} | #{{pl|mass extinction}} | ||
{{pl|mass spectrometry}} | #{{pl|mass spectrometry}} | ||
{{pl|Max Delbrück}} | #{{pl|Max Delbrück}} | ||
{{pl|meiosis}} | #{{pl|meiosis}} | ||
{{pl|Mendelian inheritance}} | #{{pl|Mendelian inheritance}} | ||
{{pl|metaphase}} | #{{pl|metaphase}} | ||
{{pl|Michaelis-Menten kinetics}} | #{{pl|Michaelis-Menten kinetics}} | ||
{{pl|Microarray}} | #{{pl|Microarray}} | ||
{{pl|Microevolution}} | #{{pl|Microevolution}} | ||
{{pl|microsatellite}} | #{{pl|microsatellite}} | ||
{{pl|microtubules}} | #{{pl|microtubules}} | ||
{{pl|Mitochondrion}} | #{{pl|Mitochondrion}} | ||
{{pl|mitosis}} | #{{pl|mitosis}} | ||
{{pl|Molecular biology}} | #{{pl|Molecular biology}} | ||
{{pl|molecular clock}} | #{{pl|molecular clock}} | ||
{{pl|monoclonal antibody}} | #{{pl|monoclonal antibody}} | ||
{{pl|monophyletic}} | #{{pl|monophyletic}} | ||
{{pl|Muller's ratchet}} | #{{pl|Muller's ratchet}} | ||
{{pl|mutagen}} | #{{pl|mutagen}} | ||
{{pl|myosin}} | #{{pl|myosin}} | ||
{{pl|neuron}} | #{{pl|neuron}} | ||
{{pl|neurospora crassa}} | #{{pl|neurospora crassa}} | ||
{{pl|Nicotinamide adenine dinucleotide}} | #{{pl|Nicotinamide adenine dinucleotide}} | ||
{{pl|nitrogen cycle}} | #{{pl|nitrogen cycle}} | ||
{{pl|Non-coding RNA}} | #{{pl|Non-coding RNA}} | ||
{{pl|non-competitive inhibition}} | #{{pl|non-competitive inhibition}} | ||
{{pl|Nucleic acid}} | #{{pl|Nucleic acid}} | ||
{{pl|nucleosome}} | #{{pl|nucleosome}} | ||
{{pl|nucleotide}} | #{{pl|nucleotide}} | ||
{{pl|Okazaki fragment}} | #{{pl|Okazaki fragment}} | ||
{{pl|oncogene}} | #{{pl|oncogene}} | ||
{{pl|operon}} | #{{pl|operon}} | ||
{{pl|osmosis}} | #{{pl|osmosis}} | ||
{{pl|oxidative phosphorylation}} | #{{pl|oxidative phosphorylation}} | ||
{{pl|parasitism}} | #{{pl|parasitism}} | ||
{{pl|Peptide}} | #{{pl|Peptide}} | ||
{{pl|peroxisome}} | #{{pl|peroxisome}} | ||
{{pl|phagocytosis}} | #{{pl|phagocytosis}} | ||
{{pl|phenotype}} | #{{pl|phenotype}} | ||
{{pl|phloem}} | #{{pl|phloem}} | ||
{{pl|phospholipid bilayer}} | #{{pl|phospholipid bilayer}} | ||
{{pl|phospholipid}} | #{{pl|phospholipid}} | ||
{{pl|phosphorylation}} | #{{pl|phosphorylation}} | ||
{{pl|Photosynthesis}} | #{{pl|Photosynthesis}} | ||
{{pl|phylogeny}} | #{{pl|phylogeny}} | ||
{{pl|pigment}} | #{{pl|pigment}} | ||
{{pl|Plant physiology}} | #{{pl|Plant physiology}} | ||
{{pl|Plant tissues}} | #{{pl|Plant tissues}} | ||
{{pl|plant}} | #{{pl|plant}} | ||
{{pl|plasmid}} | #{{pl|plasmid}} | ||
{{pl|plasmolysis}} | #{{pl|plasmolysis}} | ||
{{pl|plastid}} | #{{pl|plastid}} | ||
{{pl|Polymerase chain reaction}} | #{{pl|Polymerase chain reaction}} | ||
{{pl|polypeptide}} | #{{pl|polypeptide}} | ||
{{pl|polysaccharide}} | #{{pl|polysaccharide}} | ||
{{pl|population}} | #{{pl|population}} | ||
{{pl|predation}} | #{{pl|predation}} | ||
{{pl|Pregnancy}} | #{{pl|Pregnancy}} | ||
{{pl|primary structure}} | #{{pl|primary structure}} | ||
{{pl|promoter}} | #{{pl|promoter}} | ||
{{pl|protein biosynthesis}} | #{{pl|protein biosynthesis}} | ||
{{pl|protein folding}} | #{{pl|protein folding}} | ||
{{pl|proteolysis}} | #{{pl|proteolysis}} | ||
{{pl|proteomics}} | #{{pl|proteomics}} | ||
{{pl|pseudopod}} | #{{pl|pseudopod}} | ||
{{pl|punctuated equilibrium}} | #{{pl|punctuated equilibrium}} | ||
{{pl|Punnett square}} | #{{pl|Punnett square}} | ||
{{pl|purine}} | #{{pl|purine}} | ||
{{pl|pyrimidine}} | #{{pl|pyrimidine}} | ||
{{pl|Quantitative trait loci}} | #{{pl|Quantitative trait loci}} | ||
{{pl|quaternary structure}} | #{{pl|quaternary structure}} | ||
{{pl|receptor (biochemistry)}} | #{{pl|receptor (biochemistry)}} | ||
{{pl|recombination}} | #{{pl|recombination}} | ||
{{pl|Redox}} | #{{pl|Redox}} | ||
{{pl|Reproduction}} | #{{pl|Reproduction}} | ||
{{pl|Restriction enzyme}} | #{{pl|Restriction enzyme}} | ||
{{pl|retrovirus}} | #{{pl|retrovirus}} | ||
{{pl|Ribosome}} | #{{pl|Ribosome}} | ||
{{pl|RNA virus}} | #{{pl|RNA virus}} | ||
{{pl|root}} | #{{pl|root}} | ||
{{pl|secondary structure}} | #{{pl|secondary structure}} | ||
{{pl|seed}} | #{{pl|seed}} | ||
{{pl|senescence}} | #{{pl|senescence}} | ||
{{pl|sequencing}} | #{{pl|sequencing}} | ||
{{pl|Sexual reproduction}} | #{{pl|Sexual reproduction}} | ||
{{pl|signal transduction}} | #{{pl|signal transduction}} | ||
{{pl|sister chromatid}} | #{{pl|sister chromatid}} | ||
{{pl|Skeleton}} | #{{pl|Skeleton}} | ||
{{pl|Skin}} | #{{pl|Skin}} | ||
{{pl|Southern blot}} | #{{pl|Southern blot}} | ||
{{pl|speciation}} | #{{pl|speciation}} | ||
{{pl|sperm}} | #{{pl|sperm}} | ||
{{pl|Splicing (genetics)}} | #{{pl|Splicing (genetics)}} | ||
{{pl|starch}} | #{{pl|starch}} | ||
{{pl|stoma}} | #{{pl|stoma}} | ||
{{pl|substrate (biochemistry)}} | #{{pl|substrate (biochemistry)}} | ||
{{pl|symbiosis}} | #{{pl|symbiosis}} | ||
{{pl|Systematics}} | #{{pl|Systematics}} | ||
{{pl|taxis}} | #{{pl|taxis}} | ||
{{pl|Taxonomy}} | #{{pl|Taxonomy}} | ||
{{pl|telomere}} | #{{pl|telomere}} | ||
{{pl|tertiary structure}} | #{{pl|tertiary structure}} | ||
{{pl|testes}} | #{{pl|testes}} | ||
{{pl|thermocline}} | #{{pl|thermocline}} | ||
{{pl|thermoregulation}} | #{{pl|thermoregulation}} | ||
{{pl|Thomas Hunt Morgan}} | #{{pl|Thomas Hunt Morgan}} | ||
{{pl|thylakoid}} | #{{pl|thylakoid}} | ||
{{pl|Trait (biological)}} | #{{pl|Trait (biological)}} | ||
{{pl|transcription (genetics)}} | #{{pl|transcription (genetics)}} | ||
{{pl|transcription factor}} | #{{pl|transcription factor}} | ||
{{pl|Transformation (genetics)}} | #{{pl|Transformation (genetics)}} | ||
{{pl|tropism}} | #{{pl|tropism}} | ||
{{pl|twin}} | #{{pl|twin}} | ||
{{pl|Vacuole}} | #{{pl|Vacuole}} | ||
{{pl|vesicle (biology)}} | #{{pl|vesicle (biology)}} | ||
{{pl|Visual perception}} | #{{pl|Visual perception}} | ||
{{pl|vitamin}} | #{{pl|vitamin}} | ||
{{pl|Wobble base pair}} | #{{pl|Wobble base pair}} | ||
{{pl|X chromosome}} | #{{pl|X chromosome}} | ||
{{pl|xanthophyll}} | #{{pl|xanthophyll}} | ||
{{pl|xylem}} | #{{pl|xylem}} | ||
{{pl|Y chromosome}} | #{{pl|Y chromosome}} | ||
{{pl|Zoology}} | #{{pl|Zoology}} | ||
{{pl|zygote}} | #{{pl|zygote}} | ||
{{col-break|width=33%}} | #{{col-break|width=33%}} | ||
'''Health Sciences related''': | '''Health Sciences related''': | ||
Move article red links to this column from first column if they are more appropriate for health sciences. Or, move back to the first column if these article names are not suitable for health sciences. | Move article red links to this column from first column if they are more appropriate for health sciences. Or, move back to the first column if these article names are not suitable for health sciences. | ||
{{pl|Acid-base physiology}} | #{{pl|Acid-base physiology}} | ||
{{pl|albinism}} | #{{pl|albinism}} | ||
{{pl|Arterial system}} | #{{pl|Arterial system}} | ||
{{pl|Auditory system}} | #{{pl|Auditory system}} | ||
{{pl|Blood}} | #{{pl|Blood}} | ||
{{pl|Bone}} | #{{pl|Bone}} | ||
{{pl|capillary}} | #{{pl|capillary}} | ||
{{pl|diabetes}} | #{{pl|diabetes}} | ||
{{pl|Down syndrome}} | #{{pl|Down syndrome}} | ||
{{pl|Endocrine system}} | #{{pl|Endocrine system}} | ||
{{pl|gene therapy}} | #{{pl|gene therapy}} | ||
{{pl|genetic fingerprint}} | #{{pl|genetic fingerprint}} | ||
{{pl|Heart}} | #{{pl|Heart}} | ||
{{pl|immune system}} | #{{pl|immune system}} | ||
{{pl|karyotype}} | #{{pl|karyotype}} | ||
{{pl|Klinefelter syndrome}} | #{{pl|Klinefelter syndrome}} | ||
{{pl|lung}} | #{{pl|lung}} | ||
{{pl|malaria}} | #{{pl|malaria}} | ||
{{pl|muscle}} | #{{pl|muscle}} | ||
{{pl|nondisjunction}} | #{{pl|nondisjunction}} | ||
{{pl|organ (anatomy)}} | #{{pl|organ (anatomy)}} | ||
{{pl|Reproductive system}} | #{{pl|Reproductive system}} | ||
{{pl|Respiration (physiology)}} | #{{pl|Respiration (physiology)}} | ||
{{pl|tumor}} | #{{pl|tumor}} | ||
{{pl|Turner syndrome}} | #{{pl|Turner syndrome}} | ||
{{pl|vaccine}} | #{{pl|vaccine}} | ||
{{pl|Viral diseases}} | #{{pl|Viral diseases}} | ||
{{col-break|width=33%}} | {{col-break|width=33%}} | ||
Revision as of 17:29, 27 September 2007
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| Biology workgroup tasks |
| Suggestions for this page as recommended by Larry Sanger
Still to do: (i) a welcome message aimed at new editors in your area, and perhaps (ii) a link to a version of Citizendium_Pilot:Recruitment_Letter adapted for your discipline. And whatever else seems helpful!
|
| How you can help |
| Launch workgroup tagging of articles
Any article related to the Biology Workgroup should be placed in the category [[Category:Biology Workgroup]]". This means that we think the biology workgroup will be one of the main groups to manage this article. Note, the tag is *not* "[[Category:Biology]]"; that's because we're attaching the article to its *management*. Note: only articles with the biology workgroup category tag will been seen in the recent changes for all biology articles (see header above). Launch area managemnet: deferred We should probably defer selection of discipline workgroup management until after more people in each area have arrived, and we have had a chance to finalize how this management will be selected. |
| Proposed subgroups |
|
The organisation we inherited from Wikipedia is subdivided into disciplines within biology, however, we do not have to follow such a format. We can move forward with subgroups that seem more natural, and I imagine some subgroups will include several related disciplines. We can discuss this more on the subgroups thread, in the biology forum, as we reach a critical mass of editors and authors. Relevant lists and headers from Wikipedia are shown at the bottom of this section. Also, the list of high priority articles in the next section are currently categorized by discipline. |
High priority articles
This list of articles is not complete but it can be used as a starting point for writing new articles or focus our efforts towards getting more articles approved. Articles in bold are regarded as a higher priority. Those struck through are considered as low priority.
Biography
- Charles Darwin
- Carolus Linnaeus -
- Antonie van Leeuwenhoek
- Gregor Mendel
- Barbara_McClintock - approved
Anatomy
- Circulatory system
- Endocrine system
- Gastrointestinal tract
- Integumentary system
- Nervous system
- Sensory system
- Reproductive system
- Respiratory system
- Skeleton
Biochemistry
- Macromolecules
- Metabolism - approved
Botany
- Fungus
- Plant
- Plant anatomy
- Leaf
- Flower
- Root
- Stem
- Plant tissues
parenchymacollenchymasclerenchymaepidermisguard cell- stomate (plural: stomata)
trichomeroot hair
- xylem article could merge together the subcategories
- phloem article could merge together the subcategories
- Plant physiology
- Plant behavior
Cell biology
Developmental biology
Ecology
Evolutionary biology
- Evidence of evolution
- Processes of evolution:
Genetics
- Classical genetics
- Clinical genetics
- Ecological genetics
- Molecular genetics
- Population genetics
- Quantitative genetics
Microbiology
Molecular biology
- Polymerase chain reaction
- Gel electrophoresis
- Southern blot
- Northern blot
- Restriction enzyme
- Western blot
Physiology
Taxonomy
Virology
Zoology
Core article
The list below is adapted from the high priority articles above and the small list that has already started at CZ:Core_Articles#Biology. These are articles that we deem vital to get the biology section going. Please add and delete from this list. We are rstricted to 198 articles that we think are needed now.
For a more comprehensive list search for the red links in the CZ:Biology_Workgroup/list or CZ:Biology_Workgroup/concepts.
Just to clarify, i combined the list the concepts and the core article we already had. I then edited for duplicates and removed items that did not seem to fit the core concept. We now have 300 articles. Feel free to add topics that are missing. Also feel free to group articles into topic related concepts, although this alphabetical list is probably OK for those wanting to see what is missing from CZ. Chris Day (talk) 16:33, 27 September 2007 (CDT)
Bear in mind the Health Sciences Workgroup has 198, too, and there must not be overlap. --Larry Sanger 12:02, 27 September 2007 (CDT)
Tree-of-life subgroup
A major part of the articles in the biology workgroup can be categorized under the concept of Tree of Life. All article about a species, genus or any other taxonomic level are part of this subgroup.
Naming convention
To be determined
Taxoboxes
Taxoboxes facilitate the navigation through the Tree-of-Life and each taxon is required to have one using the Template:Taxobox.