e-FLORA-sys

Species

Lolium x boucheanum Kunth, 1830 ()  

Species data

MNHN species code6990
abbrevationLolbouc (ES)
botanical genusLolium
botanical familyPoaceae
phytosociologic indication
regnePlantae
phylum
classeEquisetopsida
ordrePoales
famillePoaceae
CD_TAXSUP194257
rangES
habitat7
statutP
identification

main french nameRay-grass hybride [Lolium x boucheanum Kunth, 1830]
main english nameShort rotation Rye-grass
main german name
main spanish name
Code_BDNFF

Species Synonyms

name language_id
Lolium multiflorum x perenne Latin
Lolium x jechelianum Opiz, 1852 Latin
Lolium x hybridum Hausskn., 1888 Latin
Lolium perenne var. submuticum Plues, 1867 Latin
Lolium perenne var. multiflorum Peterm., 1846 Latin
Lolium perenne var. italicum N.H.F.Desp., 1838 Latin
Lolium perenne var. aristulatum Schur, 1866 Latin
Lolium perenne var. aristatum Schrad., 1838 Latin
Lolium perenne subsp. boucheanum (Kunth) Rouy, 1913 Latin
Lolium multiflorum var. subaristatum Pauquy, 1831 Latin
Lolium multiflorum var. diminutum Mutel, 1837 Latin
Lolium multiflorum var. decompositum Bréb., 1835 Latin
Lolium multiflorum var. boucheanum (Kunth) Nyman, 1882 Latin
Lolium multiflorum var. boucheanum Beck, 1890 Latin
Lolium multiflorum var. ambiguum Le Gall, 1852 Latin
Lolium italicum var. boucheanum (Kunth) Lamotte, 1847 Latin
Lolium x boucheanum Kunth Latin
Lolium x hybridum Hausskn. Latin
Gallery

agronomy

forage categoryVery good grasses
forage value9
unpaletable speciesNon
value for horse
Value for cattle
vallue for sheep
Value for goat
forage quality stage 1
forage quality stage 2
forage quality stage 3
patrimony

red list
regional protection
climate

light8
annual temperature index7
continentality3
resistance to floodingNo
adpatation to wet and dry conditionsNon
soil

soil moisture5
nitrogen soil fertility7
pH7
salinity0
soil organic matter content
phosphorus soil fertility
potassium soil fertility
management

resistance to fire
resistance to trampling8
cutting resistance10
life traits

life cyclePerennial
raunkier classificationHemicryptophyte
CSR strategy
specific leaf area
leaf dry matter content
Functional Orphée INRA Toulouse
diaspores

diaspore_weightHemicryptophyte
diaspore shapeHemicryptophyte
seed bank longevityHemicryptophyte
diaspore typeHemicryptophyte
fructification sum of temperature
fructification beginning date
fructification_ending
dispersion

dispersion sum of temperature
dispersion beginning dateHemicryptophyte
dispersion ending dateHemicryptophyte
dispersion modeHemicryptophyte
dispersion organHemicryptophyte
dispersion : additional dataHemicryptophyte
diaspore number per dispersionHemicryptophyte
germination

germination seasonHemicryptophyte
germination sum of temperature
germination beginning date
germination ending date
optimal germination temperature
minimal germination temperature
maximal germination temperature
aerial part

aerial axis base structureTuft
aerial axisTuft
aerial part characteristicsTuft
aerial part height
branchingTuft
lignification of aerial partNon woody
leaves

leaf life spanNov Déc Janv Fév
leaf nitrogen content
leaf dry matter content
leaf anatomy
leaf shape
leaf area
leaf width
leaf length
leaf distribution
roots

root typeFasciculé
root depth6
root lateral_expansion
root length
root diameter
root organNon
reproduction

vegetative reproductionExclusivement par semis
type of reproduction
flowering sum of temperature
reproduction beginning date
flowering ending date
flower dominant colour
Pollination

Pollinator insects
pollinationNon woody
Main colorNon woody
UV reflection
Pollen
Nectar
Relevés where species is present

Samples : 1 Percent : 10.00
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