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Abbreviation 

 Dictionary of botanic terminology - index of names

     
  The shortened form of a written word or phrase, either the use of initials instead of a whole word.  
     
Abbreviation [From Latin "brevis" = "short"] is strictly a shortening, but more particularly, an abbreviation is a letter or group of letters, taken from a word or words, and employed to represent them for the sake of brevity. For example: www (World Wide Web) or the first few letters, for example: Lab. for laboratory.
 
+ Chimaera [ Biology ]
1n Haploid number of chromosomes [ Genetics ]
2n Diploid [ Genetics ]
ABA Abscisic acid [ Biochemistry ]
Add. Addendum   [ Taxonomy ]
Aff. (affin.) Affinis [ Taxonomy ]
Alt. Altitude (Elevation) [ Geography ]
App. Appendix
ASL Altitude above sea level. [ Geography ]
auct. Auctoris/auctorum (of an author or authors)  [ Taxonomy ]
auct. mult. Auctorum multorum (of many authors)  [ Taxonomy ]
auct. non Auctorum non (of authors [but] not....), used for misapplied names [ Taxonomy ]
c. From Latin: Circa (About)
C Carbon
°C Degrees Celsius [ Unit of measure ]
Ca Calcium [ Chemistry ]
Ca. From Latin: Circa (about, approximately, concerning)
CAM Crassulacean acid metabolism
CITES Convention on International Trade in Endangered Species of wild Flora and Fauna
cf. Latin for confer = compares with
Cl Chlorine [ Chemistry ]
Cl CO2 Carbon dioxide
coll. Collector [ Taxonomy ]
colln. Collection    [ Taxonomy ]
comb. Combinatio (Combination)    [ Taxonomy ]
comb. nova Combinatio nova [ Taxonomy ]
cons. Conservandus  [ Taxonomy ]
cm. Centimetre  [ Unit of measure ]
Cu Copper [ Chemistry ]
cult. Cultivated [ Taxonomy - Horticulture ]
CV. Cultivar [ Horticulture - taxonomy ]
e.g. Exempli gratia (for example)
Emend. Emendation [ Taxonomy ]
f. Feminine - in Latin names

f.

Forma (Form)  [ Taxonomy ]
F1 First filial generation [ Genetics ]
F2 Second filial generation [ Genetics ]
fam.

Family [ Taxonomy ]

Fe Iron [ Chemystry ]
GA Gibberellic acid [ Plant physiology ]
H Hydrogen [ Chemistry ]
HT Holotype [ Taxonomy ]
hybr. Hybrid  [ Genetics - Taxonomy]
Indiv. Individual [ Biology ]
K Potassium [ Chemystry ]
lect. Lectotype  [ Taxonomy ]
LT Lectotype  [ Taxonomy ]
m. Masculine   [ in Latin names ]
Mg Magnesium [ Chemistry ]
Mn Manganese [ Chemistry ]
Mo Molybdenum [ Chemistry ] 
N Nitrogen [ Chemistry ]
n Haploid number of chromosomes [ Genetics ]

n.

Neutral   [ in Latin names ]
Na Sodium [ Chemistry]
n.n. Nomen nudum [ Taxonomy ]
nom. conf. Nomen confusum  [ Taxonomy ]
nom. cons. Nomen conservandum  [ Taxonomy ]
nom. dub. Nomen dubium [ Taxonomy ]
nom. illegit. Nomen illegitimum  [ Taxonomy ]
nom. inval. Nomen invalidum  [ Taxonomy ]
nom. nud. Nomen nudum [ Taxonomy ]
nom. nov. Nomen novum [ Taxonomy ]
nom. prov. Nomen provvisorium  [ Taxonomy ]
NT Neotype [ Taxonomy ]
O Oxygen  [ Chemistry ]
P Phosphorus [ Chemistry ]
p Plural    [in Latin names]
Pl. Plural    [in Latin names]
PLT Paralectotype [ Taxonomy ]
popns Population [ Ecology ]
PNT Paraneotype  [ Taxonomy ]
PT Paratype  [ Taxonomy ]
s Singular  [in Latin names]
S Sulphur [Chemistry ]
s. lato Sensu lato  [ Taxonomy ]
s.n. Sine numero  [ Taxonomy ]
s. stricto Sensu stricto [ Taxonomy ]
Si Silicon [ Chemistry]
sp. Species (singular) [ Taxonomy ]
sp. aff. Species affinis  [ Taxonomy ]
sp. nova Specie nova [ Taxonomy ]
spp. Species (plural) [ Taxonomy ]
ssp. Subspecies (singular) [ Taxonomy ]
sspp. Subspecies (plural) [ Taxonomy ]
ST Syntype  [ Taxonomy ]
subsp. Subspecies [ Taxonomy ]

syn. (synon.)

Synonym   [ Taxonomy ]
syn. nov. Synonymus novum  [ Taxonomy ]
TL Type locality  [ Taxonomy ]
Type. Des.
(Typedes)
Type designation ( or Type selection) [ Taxonomy ]
v. Variety [ Taxonomy ]
var. Variety [ Taxonomy ]
UV Ultraviolet
W West
x Basic chromosome number [ Genetics Taxonomy ]
x Hybrid [ Genetics Taxonomy ]
Zn Zinc [ Chemistry ]


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Holdfast roots  [ Botany  ]

Dictionary of botanic terminology - index of names

 
     
  Some species of climbing plants develop holdfast roots which help to support the vines on trees, walls, and rocks. By forcing their way into minute pores and crevices, they hold the plant firmly in place.  
     
Climbing plants, like the poison ivy (Toxicodendron radicans), Boston ivy (Parthenocissus tricuspidata), and trumpet creeper (Campsis radicans),  develop holdfast roots which help to support the vines on trees, walls, and rocks. By forcing their way into minute pores and crevices, they hold the plant firmly in place. Usually the Holdfast roots die at the end of the first season, but in some species they are perennial. In the tropics some of the large climbing plants have hold-fast roots by which they attach themselves, and long, cord-like roots that extend downward through the air and may lengthen and branch for several years until they strike the soil and become absorbent roots.

Major references and further lectures:
1) E. N. Transeau “General Botany” Discovery Publishing House, 1994
   

 

 

 

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