e-FLORA-sys
Contact
Links
LAE
Home
Menu
Help
Species
Samples
Stations
Soils
Climates
Management
Geographic Aera
Associations
FLORA-Predict
Importation
Create an account
Biblliography
Member Login
Username
Password
Species
Alyxia scandens (J.R. Forster & J.G. Forster) J.J. Roemer & J.A. Schultes ()
Species data
MNHN species code
abbrevation
Alyscan (ES)
botanical genus
botanical family
phytosociologic indication
regne
Plantae
phylum
classe
Equisetopsida
ordre
Gentianales
famille
Apocynaceae
CD_TAXSUP
445405
rang
ES
habitat
3
statut
identification
main french name
main english name
main german name
main spanish name
Code_BDNFF
Species Synonyms
name
language_id
Gynopogon scandens J.R. Forster & J.G. Forster
Latin
Gallery
agronomy
forage category
forage value
unpaletable species
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
light
annual temperature index
continentality
resistance to flooding
adpatation to wet and dry conditions
soil
soil moisture
nitrogen soil fertility
pH
salinity
soil organic matter content
phosphorus soil fertility
potassium soil fertility
management
resistance to fire
resistance to trampling
cutting resistance
life traits
life cycle
raunkier classification
CSR strategy
specific leaf area
leaf dry matter content
Functional Orphée INRA Toulouse
diaspores
diaspore_weight
diaspore shape
seed bank longevity
diaspore type
fructification sum of temperature
fructification beginning date
fructification_ending
dispersion
dispersion sum of temperature
dispersion beginning date
dispersion ending date
dispersion mode
dispersion organ
dispersion : additional data
diaspore number per dispersion
germination
germination season
germination sum of temperature
germination beginning date
germination ending date
optimal germination temperature
minimal germination temperature
maximal germination temperature
aerial part
aerial axis base structure
aerial axis
aerial part characteristics
aerial part height
branching
lignification of aerial part
leaves
leaf life span
leaf nitrogen content
leaf dry matter content
leaf anatomy
leaf shape
leaf area
leaf width
leaf length
leaf distribution
roots
root type
root depth
root lateral_expansion
root length
root diameter
root organ
reproduction
vegetative reproduction
type of reproduction
flowering sum of temperature
reproduction beginning date
flowering ending date
flower dominant colour
Pollination
Pollinator insects
pollination
Main color
UV reflection
Pollen
Nectar
Relevés where species is present
Samples :
0
Percent :
0.00
related samples than you can view
id
code
station_id
Actions
