a feature of individual plants (from cellular level to whole organism), plant population or plant species describing either an environmental association (TOP:environmental association) or a plant trait (TOP:plant trait)
Eric Garnier, Jens Kattge, Stefan Klotz, Ingolf Kühn, Ulrike Stahl
a feature describing the non-random association of individual plants, plant populations or plant species with particular characteristics of the environment
based on Underwood, A.J., Chapman, M.G. & Crowe, T.P. (2004) Identifying and understanding ecological preferences for habitat or prey. Journal of Experimental Marine Biology and Ecology, 300, 161-187.
the thickness (PATO:thickness) of a fruit (PO:fruit)
the thickness (PATO:thickness) of a germinule (Leda:germinule)
the mass (PATO:mass), either fresh or dried, of a dispersule (Perez:dispersule) or component thereof, i.e. seed, fruit or germinule (PO:seed, PO:fruit, Leda:germinule)
the mass (PATO:mass), either fresh or dried, of a seed (PO:seed)
the mass (PATO:mass), either fresh or dried, of a fruit (PO:fruit)
KLEYER, M., BEKKER, R.M., KNEVEL, I.C., BAKKER, J.P, THOMPSON, K., SONNENSCHEIN, M., POSCHLOD, P., VAN GROENENDAEL, J.M., KLIMES, L., KLIMESOV�, J., KLOTZ, S., RUSCH, G.M., HERMY, M., ADRIAENS, D., BOEDELTJE, G., BOSSUYT, B., DANNEMANN, A., ENDELS, P., GoeTZENBERGER, L., HODGSON, J.G., JACKEL, A-K., Kühn, I., KUNZMANN, D., OZINGA, W.A., RoeMERMANN, C., STADLER, M., SCHLEGELMILCH, J., STEENDAM, H.J., TACKENBERG, O., WILMANN, B., CORNELISSEN, J.H.C., ERIKSSON, O., GARNIER, E., PECO, B. (2008): The LEDA Traitbase: A database of life-history traits of Northwest European flora. Journal of Ecology 96: 1266-1274
the mass (PATO:mass), either fresh or dried, of a germinule (Leda:germinule)
the mass (PATO:mass) of a dispersule (Perez:dispersule) or component thereof, i.e. seed, fruit or germinule (PO:seed, PO:fruit, Leda:germinule) assessed without drying
the mass (PATO:mass) of a seed (PO:seed) assessed without drying
the mass (PATO:mass) of a fruit (PO:fruit) assessed without drying
the mass (PATO:mass) of a germinule (Leda:germinule) assessed without drying
based on Legendre, P. & Fortin, M. (1989) Spatial pattern and ecological analysis. Vegetatio, 80, 107-138.
a feature describing the way in which plant populations or species are arranged in the physical space
the mass (PATO:mass) of a dispersule (Perez:dispersule) or component thereof, i.e. seed, fruit or germinule (PO:seed, PO:fruit, Leda:germinule) assessed after drying
the mass (PATO:mass) of a seed (PO:seed) assessed after drying
the mass (PATO:mass) of a fruit (PO:fruit) assessed after drying
the mass (PATO:mass) of a germinule (Leda:germinule) assessed after drying
the variance of the three linear dimensions seed length (TOP:seed length), seed width (TOP:seed width) and seed thickness (TOP:seed thickness) of a seed (PO:seed) dividing each dimension by seed length so that length is unity
K. Thompson, S. R. Band, and J. G. Hodgson, _Seed size and shape predict persistence in soil,� Functional Ecology, vol. 7, no. 2, pp. 236_241, 1993
a feature of the whole plant (PO:whole plant) characterizing the seed (PO:seed) production with respect to amphimixis or apomixis (PO:somatic plant embryo). In amphimixis, one of the pollen sperm nuclei unites with the egg cell and form the zygote (PO:whole plant zygote). The other unites with the polar nuclei and forms the endosperm (PO:endosperm)
Klotz, S., Kühn, I. & Durka, W. (2002): BIOLFLOR - Eine Datenbank zu biologisch-oekologischen Merkmalen der Gefaesspflanzen in Deutschland. - Schriftenreihe fuer Vegetationskunde 38. Bonn: Bundesamt fuer Naturschutz.
plants (PO:whole plant) which produce amphimictic seeds (PO:seed).
Mostly amphimictic rarely apomictic plant
plants (PO:whole plant) which produce mostly amphimictic and rarely apomictic seeds (PO:somatic plant embryo).
whole plant mostly amphimictic rarely apomictic
plants (PO:whole plant) which produce facultative apomictic seeds (PO:somatic plant embryo).
plants (PO:whole plant) which produce obligate apomictic seeds (PO:apomictic plant embryo).
the length (PATO:length) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet)
a feature of the whole plant (PO:whole plant) characterizing the apomixis (PO:somatic plant embryo) with respect to its pollination (GO:pollination) needs
plants (PO:whole plant) which do not need pollination (GO:pollination), i.e. both plant egg cell (PO:whole plant egg cell) and polar nuclei (GO:polar nucleus) are independent of fertilization (GO:fertilization)
plants (PO:whole plant) which need pollination (GO:pollination), i.e. polar nuclei (GO:polar nucleus) must be fertilized for endosperm (PO:endosperm) development
a feature of the whole plant (PO:whole plant) characterizing the reproduction with respect to vegetative and generative modi
plants (PO:whole plant) which reproduce by seeds (PO:seed) or by plant spores (PO:whole plant spore)
plants (PO:whole plant) which reproduce mostly by seeds (PO:seed) and rarely vegetatively
plants (PO:whole plant) which reproduce by seeds (PO:seed) and vegetatively
plants (PO:whole plant) which reproduce rarely by seeds (PO:seed) and mostly vegetatively
plants (PO:whole plant) which reproduce vegetatively
a feature of the whole plant (PO:whole plant) characterizing the generative reproduction with respect to the origin of gametes (PO:gamete) that unite to form offspring
whole plant generative reproduction type
the length (PATO:length) of a leaf (PO:leaf) from its phyllom base (PO:phyllom base) to its apex (PO:apex)
plants (PO:whole plant) that are obligate outcrossing (xenogamy), i.e. gametes (PO:gamete) originate from different sporophytes
plants (PO:whole plant) that are mainly outcrossing (xenogamy) but selfing (autogamy) is possible
plants (PO:whole plant) that are both outcrossing (xenogamy) and selfing (autogamy)
plants (PO:whole plant) that are mainly selfing (autogamy) but outcrossing (xenogamy) is possible
plants (PO:whole plant) that are obligate selfing (autogamy), i.e. gametes (PO:gamete) originate from the same sporophyte
plants (PO:whole plant) that are intra-gametophytic selfing, i.e. gametes (PO:gamete) originate from the same gametophyte
a feature of the whole plant (PO:whole plant) defining the growth form with respect to woodiness and stem branching mode
plants (PO:whole plant) that have either no or at most modest secondary growth (GO:secondary growth) and have a shoot system (PO:shoot system) that shows different branching modes
Pérez-Harguindeguy N., Díaz S., Garnier E., Lavorel S., Poorter H., Jaureguiberry P., Bret-Harte M. S., Cornwell W. K., Craine J. M., Gurvich D. E., Urcelay C., Veneklaas E. J., Reich P. B., Poorter L., Wright I. J., Ray P., Enrico L., Pausas J. G., de Vos A. C., Buchmann N., Funes G., Quétier F., Hodgson J. G., Thompson K., Morgan H. D., ter Steege H., van der Heijden M. G. A., Sack L., Blonder B., Poschlod P., Vaieretti M. V., Conti G., Staver A. C., Aquino S., Cornelissen J. H. C. (2013) New handbook for standardised measurement of plant functional traits worldwide. Australian Journal of Botany 61, 167_234 (adapted)
plants (PO:whole plant) that have secondary growth (GO:secondary growth) and have a shoot system (PO:shoot system) typically carried by several stems (PO:stem), i.e. show a sympodial branching mode (TOP:sympodial stem)
plants (PO:whole plant) that have secondary growth (GO:secondary growth) and have a main shoot system (PO:shoot system) elevated on a long-lived, substantial, usually single branching stem (PO:stem), i.e. show a monopodial branching mode
the length (PATO:length) of a leaflet (PO:leaflet) from its petiolule (PO:petiolule) base to its apex (PO:apex)
a feature of the shoot system (PO:shoot system) defining its architecture
a shoot system (PO:shoot system) that has only weak secondary growth (GO:secondary growth) or is stiffened by sclerification, has an excurrently branched stem lacking (TOP:monopodial-excurrent stem) and supports a vertically extensive, sometimes tree-sized crown
a shoot system (PO:shoot system) that has tightly packed leaf foliage (PO:vascular leaf) held close to soil surface and has a hemisperical to flat compact form (PO:shoot system) due to the close branching of the shoots and the short internods
a shoot system (PO:shoot system) that develops elongated aerial stem(s) (PO:stem) whose nodes bear photosynthetic leaves (PO:leaf). Leaves are distributed nearly throughout the shoot system (PO:shoot system), except when shed from its more basal parts during later growth, and lacking in distally developed inflorescences (PO:inflorescence)
a shoot system (PO:shoot system) that has many individual shoots of a dense colony or clone grow upward, leaving behind a tough, mostly dead supporting column topped by living shoots with active leaves (PO:leaf)
a shoot system (PO:shoot system) that has a single main stem (PO:stem) extending up to, or almost to, the top of the plant (PO:whole plant), with shorter, ascending or horizontal branches (PO:branch) giving a conical or columnar form to the crown
a shoot system (PO:shoot system) that has a stem (PO:stem) which divides, somewhere above its base, into two to several, more or less equal branches (PO:branch) that continue branching upward to produce a wider, more flat-topped crown
a shoot system (PO:shoot system) typically carried by several stems (PO:stem)
a feature of the shoot system (PO:shoot system) defining the development of different structures for special task like storage or dispersal from comparable tissues .
Elongated leaf-bearing rhizomatous shoot
shoot elongated leaf-bearing rhizomatous
a shoot system (PO:shoot system) that has an elongated rhizome (PO:rhizome) as permanent axis that directly bears photosynthetic leaves (PO:leaf) that extend individually up into the light.
the length (PATO:length) of the leaf lamina (PO:leaf lamina) of a simple leaf (PO:simple leaf) or the length of the leaflet lamina (PO:leaflet, PO:leaf lamina) of a compound leaf (PO:compound leaf) from its base to its apex (PO:apex).
a shoot system (PO:shoot system) that has a lateral shoot (PO:shoot axis) (exceptional main shoot axis) with long thin shoot internodes (PO:shoot internode) and adventitious roots.
a shoot system (PO:shoot system) that has tuberous swelling of several internodes (PO:shoot internode) at the distal end of a subterranean runner
a shoot system (PO:shoot system) that has a subterranean or close to the surface situated shoot (PO:shoot axis) with cataphyllary leaves (PO:leaf), which is more or less thickened, adventitiously rooted and long-lived (> 1 year)
a shoot system (PO:shoot system) that has a shoot axis (PO:shoot axis) used for assimilation instead of or in addition to leaves (PO:leaf)
a shoot system (PO:shoot system) that has a bulb (PO:bulb) at the distal end of a subterranean runner
a shoot system (PO:shoot system) that has a compressed above ground, vegetative lateral shoot with disproportionately developed or still absent organs, which develops into a new independently viable plant (PO:whole plant) after severance from the mother plant
a shoot system (PO:shoot system) where the spikelet (PO:spikelet) has been transformed into a small shoot (PO:shoot system)
a shoot system (PO:shoot system) that occurs at the proximal end of the persistent primary root (PO:primary root). The innovation buds (PO:bud) are situated in the axils (PO:leaf axil) of basal leaves (PO:leaf)
a shoot system (PO:shoot system) that has a rhizome (PO:rhizome)
a shoot system (PO:shoot system) that has more or less crowded shoots (PO:shoot axis), persisting several years which arise mainly at the proximal end of the primary root (PO:primary root) especially in the first years of the individual cycle.
the longest width (PATO:width) axis of a leaf (PO:leaf) or component thereof, i.e. leaflet (PO:leaflet), orthogonal to its length (TOP:leaf length)
a shoot system (PO:shoot system) that has prickly, spiky-shaped structures which are rich in strengthening tissue, mostly at the position of a lateral shoot
a shoot system (PO:shoot system) that has a thickened, mostly subterranean, roundish, short lived (< 1 year) part of a shoot (PO:shoot axis) which is used as storage
a shoot system (PO:shoot system) that has a thread like, ramified or non-ramified shoot used for climbing
a shoot system (PO:shoot system) that has large amounts of water-storing tissue causing fleshy, thickened shoots
a shoot system (PO:shoot system) that has a vegetative compressed, mostly bud like shoot, which hibernates with leaves (PO:leaf) or parts of leaves and sprouts only after severance from the mother plant (PO:whole plant)
a shoot system (PO:shoot system) that is a bulb (PO:bulb)
a feature of the whole plant (PO:whole plant) defining its storage organs which store nutrients and water.
a shoot system (PO:shoot system) that has ring-like arranged more or less orthotropously growing shoots, which are tightly-packed because of numerous, spatially more or less regular ramification of the basally crowded, adventitiously rooted parts of the shoots
a shoot system (PO:shoot system) that has thickened hypocotyl (PO:hypocotyl)
the primary root (PO:primary root) is thickened. Additionally the hypocotyl (PO:hypocotyl) and epicotyl (PO:epicotyl) is thickened and act as a storage function es well.
the longest width (PATO:width) axis of a leaf (PO:leaf) orthogonal to its length (TOP:leaf length)
plants (PO:whole plant) that have special water storing tissues (PO:portion of plant tissue)
the lateral root (PO:lateral root) or adventitious root (PO:lateral root) is thickened.
The root (PO:root) is thickened, not ramified and adventitious, formed by an innovation bud (PO:bud), which primarily acts as storage but rarely as absorption
a feature of the plant species (Mayr:species) characterizing the altitudinal level or multiple levels at which the individuals may occur.
an altitudinal zone at which individuals of a plant species (Mayr:species) can occur defined by the altitudinal range within the lowlands and plains.
Jaeger, J.E. (2011): Exkursionsflora von Deutschland. Gefaesspflanzen: Grundband. Spectrum Akademischer Verlag
an altitudinal zone at which individuals of a plant species (Mayr:species) can occur defined by the altitudinal range within the hilly country
an altitudinal zone at which individuals of a plant species (Mayr:species) can occur defined by the altitudinal range within the average mountain zone
an altitudinal zone at which individuals of a plant species (Mayr:species) can occur defined by the altitudinal range within the knee-timber zone
an altitudinal zone at which individuals of a plant species (Mayr:species) can occur defined by the altitudinal range in the alpine tundra above treeline
a feature of the plant population (EFO:plant population) characterizing the altitudinal level or multiple levels at which the individuals may occur.
the longest width (PATO:width) axis of a leaflet (PO:leaflet) orthogonal to its length (TOP:leaflet length)
an altitudinal zone at which individuals of a plant population (EFO:plant population) can occur defined by the altitudinal range within the lowlands and plains.
an altitudinal zone at which individuals of a plant population (EFO:plant population) can occur defined by the altitudinal range within the hilly country
an altitudinal zone at which individuals of a plant population (EFO:plant population) can occur defined by the altitudinal range within the average mountain zone
an altitudinal zone at which individuals of a plant population (EFO:plant population) can occur defined by the altitudinal range within the knee-timber zone
an altitudinal zone at which individuals of a plant population (EFO:plant population) can occur defined by the altitudinal range in the alpine tundra above treeline
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals in relation to relative irradiance intensity at the time when the deciduous plants (PATO:deciduous (plant)) are in full leaf (PO:leaf)
plant populations light indicator value according to Ellenberg
Ellenberg, H., Weber, H. E., Duell, R., Wirth, V., Werner, W., Paulissen, D. (1992): Zeigerwerte der Pflanzen in Mitteleuropa, 2nd edition, Scripta Geobotanica, Vol. 18, Goltze KG, Goettingen
the thickness (PATO:thickness) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaf midvein (PO:leaf lamina, PO:leaf midvein)
Violle, C., Navas, M. L., Vile, D., Kazakou, E., Fortunel, C., Hummel, I., & Garnier, E. (2007). Let the concept of trait be functional!. Oikos, 116(5), 882-892, as modified by Garnier, E., Navas, M.-L. & Grigulis, K. (2016) Plant Functional Diversity - Organism Traits, Community Structure, and Ecosystem Properties. Oxford University Press, Oxford.
any morphological, anatomical, biochemical, physiological or phenological heritable feature measurable at the individual level, from the cellular level to the whole-organism
the thickness (PATO:thickness) of a leaf (PO:leaf)
plant populations salt indicator value according to Ellenberg
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individulas along gradient of salt in soil solution or water solution
the thickness (PATO:thickness) of the leaf lamina (PO:leaf lamina) including the midvein (PO:leaf midvein)
a feature of the whole plant (PO:whole plant) defining the location of the perennating (meristematic) tissue (buds (PO:bud), shoot apices or seeds (PO:seed)) on the shoot system (PO:shoot system)), their distance to the ground surface and the kind of protection afforded to survive unfavourable seasons
after Raunkiaer, C. (1934): The lifeforms of plants and statistical plant geography. Oxford, 632 pages and Raunkiaer, C (1937) : Plant life forms. Oxford (Claredon Press), 104 pages, changed by Klotz, S., Kühn, I. & Durka, W. (2002): BIOLFLOR - Eine Datenbank zu biologisch-oekologischen Merkmalen der Gefaesspflanzen in Deutschland. - Schriftenreihe fuer Vegetationskunde 38. Bonn: Bundesamt fuer Naturschutz.
Raunkiaer, C. (1934): The lifeforms of plants and statistical plant geography. Oxford, 632 pages, Raunkiaer, C (1937) : Plant life forms. Oxford (Claredon Press), 104 pages
plants (PO:whole plant) which have their survinging buds (PO:bud) situated on woody (TOP:woody plant) shoots (PO:shoot axis)
after Baesseler, M., Jaeger, E. J., Werner, K. (1996): Exkursionsflora von Deutschland. Bd. 2 Gefaesspflanzen, 16.Auflage Jena (Fischer-Verlag), 639 pages, changed by Klotz, S., Kühn, I. & Durka, W. (2002): BIOLFLOR - Eine Datenbank zu biologisch-oekologischen Merkmalen der Gefaesspflanzen in Deutschland. - Schriftenreihe fuer Vegetationskunde 38. Bonn: Bundesamt fuer Naturschutz.
plants (PO:whole plant) which have their survinging buds (PO:bud) situated more than 3m above the ground surface on woody (TOP:woody plant) shoots (PO:shoot axis), which from a crown and a trunk
plants (PO:whole plant) which have their survinging buds (PO:bud) situated between 0.5m and 3m above the ground surface on woody (TOP:woody plant) shoots (PO:shoot axis), which form a stemless shoot system (PO:shoot system) with strong basal ramification
plants (PO:whole plant) which have their survinging buds (PO:bud) situated up to 0.5m above the ground surface on woody (TOP:woody plant), basally ramified shoots (PO:shoot axis) or on the only basally lignified parts of higher shoots, which do not become lignified in their upper parts but die down periodically
plants (PO:whole plant) which have their survinging buds (PO:bud) situated on this year�s shoots (PO:shoot axis) forming an aboveground, stemless, strongly ramified but only slightly lignified shoot system (PO:shoot system). Shoots flower in the second year, die down afterwards and are replaced by new innovation shoots annually
plants (PO:whole plant) which have their survinging buds (PO:bud) situated close to the ground surface on herbaceous shoots (PO:shoot axis) or only slightly lignified shoots, protected by parts of the plant itself and/or by snow cover
plants (PO:whole plant) which have their survinging buds (PO:bud) situated close to the ground surface on herbaceous (TOP:non woody plant) shoots (PO:shoot axis), protected by foliage or dead leaves (PO:leaf)
plants (PO:whole plant) which have their survinging buds (PO:bud) situated under water on the bed or in the mud
plants (PO:whole plant) which have their survinging buds (PO:bud) situated within the soil often on storing organs
the thickness (PATO:thickness) of the leaf lamina (PO:leaf lamina) excluding the midvein (PO:leaf midvein)
plants (PO:whole plant) which are either hydrophytes (TOP:hydrophyte) or geophytes (TOP:geophyte)
plants (PO:whole plant) whose entire shoot (PO:shoot system) dies after seed (PO:seed) production and which survive through their seeds
a feature of the leaf (PO:leaf) defining whether it is simple (PO:simple leaf) or compound (PO:compound leaf)
the leaf (PO:leaf) is simple (PO:simple leaf)
the leaf (PO:leaf) is compound (PO:compound leaf)
a feature of the leaf (PO:leaf) defining the form of the leaf
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf), slender, rigid, needle-shaped (PATO:subulate) and is equally wide across most of its length (TOP:leaf length) and often has a stiff tip (PO:leaf tip)
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf), reduced and short but wide adjoining the shoot (PO:shoot axis)
the leaf (PO:leaf) is not needle-like (TOP:needle leaf) or scale-like (TOP:scale-like leaf)
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf), long and narrow with parallel margins and usually long tip (PO:leaf tip) and the leaf width (TOP:leaf width) is <10% of the leaf length (TOP:leaf length).
the thickness (PATO:thickness) of the leaf midvein (PO:leaf midvein)
the leaf (PO:leaf) is simple leaves (PO:simple leaf, TOP:simple leaf), oval (PATO:ovate) or elliptic (PATO:elliptic) and the leaf width (TOP:leaf width) is 25-50% of the leaf length (TOP:leaf length)
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf) and is either orbicular (PATO:orbicular), cordate, rhombic or polygonal and the leaf width (TOP:leaf width) is >50% of the leaf length (TOP:leaf length).
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf) and lobate (PATO:lobate) with lobed divisions up to 1/4-1/3 of the leaf length (TOP:leaf lenght) and/or leaf width (TOP:leaf width)
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple) and almost pinnate (PATO:pinnate) is not completely divided along the leaf midvein (PO:leaf midvein)
the leaf (PO:leaf) is compound (PO:compound leaf, TOP:compound leaf) and digitate (PATO:digitate) with three or more divisions all arising at one point but not completely separated
the leaf (PO:leaf) is compound (PO:compound leaf, TOP:compound leaf) with three or more completely separated leaflets (PO:leaflet) all arising at one point
the leaf (PO:leaf) is compound (PO:compound leaf, TOP:compound leaf) and pinnate (PATO:pinnate)
the leaf (PO:leaf) is compound (PO:compound leaf, TOP:compound leaf) with leaflets (PO:leaflet) which are pinnate (PATO:pinnate) again
the leaf (PO:leaf)is simple (PO:simple leaf, TOP:simple leaf), unifacial (having just one surface) and tuberous, usually hollow inside.
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf), blade-like (PATO:blade-like), unifacial (having just one surface), sword-like and vertical orientated and flat.
the area (PATO:area) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) in the one sided projection
the leaf (PO:leaf) is simple (PO:simple leaf, TOP:simple leaf), lanceolate, spathulate or slender hastate (triangular leaves) and the leaf width (TOP:leaf width) is 10-25% of the leaf length (TOP:leaf length).
a feature of the whole plant (PO:whole plant) characterizing the number of chromosomes (GO:chromosome) of the chromosome set of the plant
the color (PATO:color) of the flower or flowers (PO:flower)
the color (PATO:color) of the flower or flowers (PO:flower) is blue (PATO:blue)
the color (PATO:color) of the flower or flowers (PO:flower) is brown (PATO:brown)
the color (PATO:color) of the flower or flowers (PO:flower) is yellow (PATO:yellow)
the color (PATO:color) of the flower or flowers (PO:flower) is green (PATO:green)
the color (PATO:color) of the flower or flowers (PO:flower) is orange (PATO:orange)
the color (PATO:color) of the flower or flowers (PO:flower) is purple (PATO:purple)
the color (PATO:color) of the flower or flowers (PO:flower) is red (PATO:red)
the area (PATO:area) of a leaf (PO:leaf) in the one sided projection
the color (PATO:color) of the flower or flowers (PO:flower) is magenta (PATO:magenta)
the color (PATO:color) of the flower or flowers (PO:flower) of a whole plant (PO:whole plant) is variously
the color (PATO:color) of the flower or flowers (PO:flower) is violet (PATO:violet)
the color (PATO:color) of the flower or flowers (PO:flower) is white (PATO:white)
the life span (PATO:life span) of a leaf (PO:leaf)
the life span (PATO:life span) of a whole plant (PO:whole plant)
Jaeger, E. J.& Werner K. (2002): Rothmaler, Exkursionsflora von Deutschland. Gefaesspflanzen: Kritischer Band, Berlin, Spectrum, 948 pages
a feature of the plant species (Mayr:species) characterizing the floristic zone or multiple zones at which the individuals occur. Floristic zones are the characteristic sequences of plant assemblages from the poles to the equator in relation to climatic factors.
the area (PATO:area) of the leaf lamina (PO:leaf lamina) in the one sided projection
the feature of the plant population (EFO:plant population) characterizing the floristic zone or multiple zones at which the individuals may occur. Floristic zones are the characteristic sequences of plant assemblages from the poles to the equator due to climatic factors.
the area (PATO:area) of a leaflet (PO:leaflet) in the one sided projection
the area (PATO:area) of the leaflet lamina (PO:leaflet, PO:leaf lamina) in the one sided projection
the ratio of the mass (PATO:mass) of a unit bark (PO:bark) of the stem (PO:stem) assessed after drying to its volume (PATO:volume) being fresh, i.e. sampled without loosing water
stem bark dry mass per stem bark fresh volume
the thickness (PATO:thickness) of the bark (PO:bark) of the stem (PO:stem)
the ratio of the mass (PATO:mass) of a unit wood (PO:secondary xylem) of the stem (PO:stem) assessed after drying to its volume (PATO:volume) assessed without drying.
the ratio of the mass (PATO:mass) of a unit wood (PO:secondary xylem) of the stem (PO:stem) assessed after drying to its volume (PATO:volume) and water density
stem wood dry mass per stem wood volume per water density
mass unit / volume unit * volume unit / mass unit
Williamson, G. B., & Wiemann, M. C. (2010). Measuring wood specific gravity� correctly. American Journal of Botany, 97(3), 519-524.
after Pérez-Harguindeguy N., Díaz S., Garnier E., Lavorel S., Poorter H., Jaureguiberry P., Bret-Harte M. S., Cornwell W. K., Craine J. M., Gurvich D. E., Urcelay C., Veneklaas E. J., Reich P. B., Poorter L., Wright I. J., Ray P., Enrico L., Pausas J. G., de Vos A. C., Buchmann N., Funes G., Quétier F., Hodgson J. G., Thompson K., Morgan H. D., ter Steege H., van der Heijden M. G. A., Sack L., Blonder B., Poschlod P., Vaieretti M. V., Conti G., Staver A. C., Aquino S., Cornelissen J. H. C. (2013) New handbook for standardised measurement of plant functional traits worldwide. Australian Journal of Botany 61, 167_234
the ratio of the mass (PATO:mass) of the stem (PO:stem) or an unit thereof assessed after drying to its volume (PATO:volume) assessed without drying
the volume (PATO:volume) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet)
a feature of the whole plant (PO:whole plant) or the plant population (EFO:plant population) characterizing the time span when the flowers (PO:flower) of the plant or the plant population are open
a feature of the whole plant (PO:whole plant) or the plant population (EFO:plant population) characterizing the initial time point when the flowers (PO:flower) of the plant or the plant population are open
a feature of the whole plant (PO:whole plant) or the plant population (EFO:plant population) characterizing the time point when the plant or the plant population completed flowering (PO:FL.04 end of flowering stage)
a feature of the whole plant (PO:whole plant) or the plant population (EFO:plant population) characterizing how often the plant or the plant population flowers within the growing season
a feature of the whole plant (PO:whole plant) defining the spatial separation of sexes on one or several flowers (PO:flower) and/or individual plants.
plants (PO:whole plant) which are hermaphroditic, i.e. all flowers (PO:flower) are bisexual
plants (PO:whole plant) which are monoecious, i.e. male and femal flowers (PO:flower) are on the same plant individual
plants (PO:whole plant) which are dioecious, i.e. male and femal flowers (PO:flower) are on different plant individuals
plants (PO:whole plant) which are gynomonoecious, i.e. femal and bisexual flowers (PO:flower) are on the same plant individual
a plant trait (TOP:plant trait) referring to the whole plant (PO:whole plant)
the volume (PATO:volume) of a leaf (PO:leaf)
plants (PO:whole plant) which are gynodioecious, i.e. within one plant population (EFO:plant population) female and bisexual flowers (PO:flower) are on different plant individuals or plant individuals have either female flowers or are monoecious (TOP:monoecious plant)
plants (PO:whole plant) which are andromonoecious, i.e. male and bisexual flowers (PO:flower) are on the same plant individual
plants (PO:whole plant) which are androdioecious, i.e. within one plant population (EFO:plant population) male and bisexual flowers (PO:flower) are on different plant individuals or plant individuals have either male flowers or are monoecious (TOP:monoecious plant)
plants (PO:whole plant) which are trioecious, i.e. female, male, bisexual flowers (PO:flower) are on different plant individuals or plant individuals are monoecious (TOP:monoecious plant) or andomonoecious (TOP:andromonoecious plant)
plants (PO:whole plant) which are trimonoecious, i.e. bisexual, female and male flowers (PO:flowers) are on the same plant individual
plants (PO:whole plant) which are male steril, i.e. have only female flowers (PO:flower)
a feature of the whole plant (PO:whole plant) defining the self-incompatibility with respect to seed (PO:seed) setting
plants (PO:whole plant) for which selfing leads to seed (PO:seed) set
plants (PO:whole plant) for which selfing mostly leads to seed (PO:seed) set
plants (PO:whole plant) for which selfing is mostly prohibited
the volume (PATO:volume) of the leaf lamina (PO:leaf lamina)
plants (PO:whole plant) for which selfing and seed (PO:seed) set is impossible due to genetically or physiological determined mechanisms
a feature of the whole plant (PO:whole plant) defining genetic and/or physiological mechanisms of the self-incompatibility of the plant (TOP:self incompatible)
whole plant self incompatibility mechanism
plants (PO:whole plant) whose pollen (PO:pollen) germination is prevented on stigma (PO:stigma) surface, if one of the parental alleles (SO:allele) are matched by alleles expressed in stigma
whole plant sporophytic self incompatible
plants (PO:whole plant) whose pollen (PO:pollen) germinate on stigma (PO:stigma), but pollen tube growth (PO:pollen tube cell) stops if the allele (SO:allele) expressed in haploid (PATO:haploid) pollen is matched by alleles expressed in stigma
whole plant gametophytic self incompatible
Gametophytic sporophytic incompatible plant
plants (PO:whole plant) which are a combination of sporophytically (TOP:sporophytic self incompatible plant) and gametophytically (TOP:gametophytic self incompatible plant) controlled self-incompatibility
whole plant gametophytic sporophytic incompatible
plants (PO:whole plant) whose self-incompatibility system is genetically linked with heterostyly (TOP:heterostyly type) and is often a diallelic sporophytic system
whole plant heteromorphic self incompatible
whole plant postcygotic self incompatible
plants (PO:whole plant) whose self-incompatibility reactions act either shortly before fertilization (GO:fertilization) or after fertilization in the development of the zygote (PO:plant zygote), the embryo (PO:plant embryo) or the endosperm (PO:endosperm)
plants (PO:whole plant) which have a large number of lethal alleles (SO:allele) leading to near total mortality of self-fertilized embryos (PO:plant embryo)
plants (PO:whole plant) which have expressed deleterious alleles (SO:allele) after selfing leading to increased mortality during seed (PO:seed) development, germination and juvenile growth
plants (PO:whole plant) whose outcross pollen (PO:pollen) has faster pollen tube (PO:pollen tube cell) growth and higher probability to sire offspring than self pollen
the volume (PATO:volume) of a leaflet (PO:leaflet)
a feature of the flower (PO:flower) characterizing the formations of styles (PO:style) and filaments (PO:filament) with different length (PATO:length) occurring on different plant individuals of a plant species (Mayr:species)
the flowers (PO:flower) of all individuals of a plant species (Mayr:species) are characterized by only one type of style (PO:style) and filament (PO:filament)
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are characterized by two different types, one is long styled (PO:style) with short filaments (PO:filament) and the other one is short styled with long filaments
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are characterized by three different types, the first one is short styled (PO:style) with long and medium filaments (PO:filament), the second one is medium styled with long and short filaments and the last one is short styled with long and medium filaments
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are characterized by varying length of styles (PO:style) and filaments (PO:filament)
a feature of the whole plant (PO:whole plant) defining the temporal separation of sexes realized by the flowers (PO:flower)
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first female and later male with no temporal overlap
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first female and later male with unclear temporal overlap
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first female and later male with long temporal overlap
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are female and male at the same time
the volume (PATO:volume) of a leaflet lamina (PO:leaflet, PO:leaf lamina)
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first male and later female with long temporal overlap
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first male and later female with temporal overlap unclear
the flowers (PO:flower) of individuals of a plant species (Mayr:species) are at first male and later female with no temporal overlap
a feature of the flower (PO:flower) defining the mode by which the pollen (PO:pollen) is transfered to pollinate the flowers (PO:flowers)
flowers (PO:flower) are pollinated by wind
flowers (PO:flower) are pollinated on or below water
flowers (PO:flower) are spontaneous self-pollinated
unopened flowers (PO:flower) are spontaneous self-pollinated
unopened and rudimentary flowers (PO:flower) are spontaneous self-pollinated
flowers (PO:flower) are spontaneous pollinated by a neighbouring flower
the mass (PATO:mass) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) assessed without drying
flowers (PO:flower) are pollinated by insects
flowers (PO:flower) are pollinated by bats
flowers (PO:flower) are pollinated by birds
flowers (PO:flower) are pollinated by slugs
Flower is wind or water pollinated flower
flowers (PO:flower) are pollinated by wind or water
flowers (PO:flower) are pollinated by animals
a feature of the whole plant (PO:whole plant) defining the mode by which the dispersule (Perez:dispersule) is dispersed
dispersule (Perez:dispersule) has no obvious aids for longer-distance transport and merely falls passively from the plant
dispersule (Perez:dispersule) is dispersed by wind force, flying in the air or rolling on the ground
dispersule (Perez:dispersule) is dispersed by animals which had eaten it, thus passing through them before arriving germination places
the mass (PATO:mass) of a leaf (PO:leaf) assessed without drying
dispersule (Perez:dispersule) is dispersed by animals at which they become attached (e.g. by certain appandages)
dispersule (Perez:dispersule) is dispersed by animals which hoard and bury them
dispersule (Perez:dispersule) is dispersed by ants or similar insects
dispersule (Perez:dispersule) is dispersed by water due to prolonged floating
dispersule (Perez:dispersule) is launched away from the plant by �explosion�
dispersule (Perez:dispersule) has hygroscopic bristles on promoting movement with varying humidity
dispersule bristle contraction dispersed
Garnier E., Navas M.-L., Grigulis K. (2016) Plant Functional Diversity, Oxford University Press
The absolute growth rate of a whole plant or a part of the plant, expressed relative to a measure of the whole plant or plant part being considered
the amount of carbon (CHEBI:carbon atom) assimilated via photosynthesis by leaves (PO:leaf) per unit leaf area (TOP:leaf area) and unit time
the amount of carbon (CHEBI:carbon atom) assimilated via photosynthesis by the shoot (PO:shoot system) including leaves (PO:leaf) and stem (PO:stem) per unit mass (PATO:mass) of the respective shoot system assessed after drying and unit time
shoot photosynthetic rate per shoot dry mass
the amount of carbon (CHEBI:carbon atom) assimilated via photosynthesis by leaves (PO:leaf) per unit leaf dry mass (TOP:leaf dry mass) and unit time
Leaf photosynthetic rate per leaf dry mass
the mass (PATO:mass) of the leaf lamina (PO:leaf lamina) assessed without drying
Stem photosynthetic rate per stem dry mass
the amount of carbon (CHEBI:carbon atom) assimilated via photosynthesis by stem tissue (PO:stem) per unit stem dry mass and unit time
leaf dark respiration rate per leaf area
the amount of carbon (CHEBI:carbon atom) metabolized via maintenance respiration in the dark by leaves (PO:leaf) per unit time and unit leaf area (TOP:leaf area)
the amount of carbon (CHEBI:carbon atom) metabolized via maintenance respiration in the dark by leaves (PO:leaf) per unit time and unit leaf dry mass (TOP:leaf dry mass)
leaf dark respiration rate per leaf dry mass
Stem respiration rate per stem surface area
the amount of carbon (CHEBI:carbon atom) metabolized via respiration by the stem (PO:stem) per unit time and stem surface area
the amount of carbon (CHEBI:carbon atom) metabolized via respiration by stem (PO:stem) per unit time and stem dry mass
root respiration rate per root surface area
the amount of carbon (CHEBI:carbon atom) metabolized via respiration by the root (PO:root) per unit time and root surface area
the amount of carbon (CHEBI:carbon atom) metabolized via respiration by the root (PO:root) per unit time and root dry mass (TOP:root dry mass)
conductivity for water vapour or CO2 through the stomata (PO:stomatal complex) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina) per respective unit area of the leaf, leaflet or leaf lamina (TOP:leaf area, TOP:leaflet area, TOP:leaf lamina area) and unit time
conductivity for water vapour through the stomata (PO:stomatal complex) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina) per respective unit area of the leaf, leaflet or leaf lamina (TOP:leaf area, TOP:leaflet area, TOP:leaf lamina area) and unit time
leaf stomatal conductance for H2O per leaf area
conductivity for CO2 through the stomata (PO:stomatal complex) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina) per respective unit area of the leaf, leaflet or leaf lamina (TOP:leaf area, TOP:leaflet area, TOP:leaf lamina area) and unit time
leaf stomatal conductance for CO2 per leaf area
the mass (PATO:mass) of a leaflet (PO:leaflet) assessed without drying
the number of stomata (PO:stomatal complex) per unit area (PATO:area) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina)
the number of stomata (PO:stomatal complex) per unit area (PATO:area) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina), which is abaxial (PATO:abaxial to) to the stem (PO:stem)
the number of stomata (PO:stomatal complex) per unit area (PATO:area) of a leaf (PO:leaf) or component thereof, i.e. leaflet or leaf lamina (PO:leaflet, PO:leaf lamina), which is adaxial (PATO:adaxial to) to the stem (PO:stem)
mass unit / mass unit or amount unit / mass unit or amount unit / mass unit
Bark aluminium content per bark dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
mass unit / mass unit or amount unit / mass unit
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a leaflet lamina (PO:leaflet, PO:leaf lamina) assessed without drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Bark magnesium content per bark dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Bark manganese content per bark dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Bark molybdenum content per bark dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Bark phosphorus content per bark dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Bark potassium content per bark dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) assessed after drying
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Coarse root aluminium content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root boron content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root calcium content per coarse root dry mass
coarse root carbon content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root chlorine content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root cobalt content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
coarse root copper content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
coarse root iron content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
a plant trait (TOP:plant trait) referring to the root system (PO:root system)
the mass (PATO:mass) of a leaf (PO:leaf) assessed after drying
Coarse root magnesium content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
coarse root manganese content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
coarse root molybdenum content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root sodium content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root nickel content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root nitrogen content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root phosphorus content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
coarse root potassium content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root silicon content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root sulfur content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
the mass (PATO:mass) of the leaf lamina (PO:leaf lamina) assessed after drying
Coarse root zinc content per coarse root dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Branch aluminium content per branch dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch boron content per branch dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch calcium content per branch dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch carbon content per branch dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch chlorine content per branch dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch cobalt content per branch dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch copper content per branch dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch magnesium content per branch dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a leaflet (PO:leaflet) assessed after drying
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch manganese content per branch dry mass
Branch molybdenum content per branch dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch sodium content per branch dry mass
Branch nickel content per branch dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch nitrogen content per branch dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch phosphorus content per branch dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch potassium content per branch dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
branch silicon content per branch dry mass
Branch sulfur content per branch dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a leaflet lamina (PO:leaflet, PO:leaf lamina) assessed after drying
Cotyledon aluminium content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon boron content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
cotyledon calcium content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
cotyledon carbon content per cotyledon dry mass
cotyledon chlorine content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon cobalt content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon copper content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon iron content per cotyledon dry mass
Cotyledon magnesium content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon manganese content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
the ratio of the dry mass of the leaf (TOP:leaf dry mass) or component thereof, i.e. leaf lamina (TOP:leaf lamina dry mass), to the corresponding water saturated fresh mass
Cotyledon molybdenum content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
cotyledon sodium content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon nickel content per cotyledon dry mass
cotyledon nitrogen content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon phosphorus content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
cotyledon potassium content per cotyledon dry mass
Cotyledon silicon content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon sulfur content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon zinc content per cotyledon dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Leaf aluminium content per leaf dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
the ratio of the dry mass of a leaf (TOP:leaf dry mass) to its water saturated fresh mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
Leaf magnesium content per leaf dry mass
leaf manganese content per leaf dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
leaf molybdenum content per leaf dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
leaf lamina dry mass per leaf lamina fresh mass
the ratio of the dry mass of a leaf lamina (TOP:leaf lamina dry mass) to its water saturated fresh mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
Leaf phosphorus content per leaf dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
Leaf potassium content per leaf dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
mass unit / area unit or amount unit / area unit
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
leaf fresh mass minus leaf dry mass per leaf water saturated mass minus leaf dry mass
the ratio of the difference between leaf fresh mass (TOP:leaf fresh mass) and leaf dry mass (TOP:leaf dry mass) to the difference between leaf water saturated fresh mass and leaf dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
the ratio of the difference between leaf lamina fresh mass (TOP:leaf lamina fresh mass) and leaf lamina dry mass (TOP:leaf lamina dry mass) to the difference between leaf lamina water saturated fresh mass and the leaf lamina dry mass
leaf lamina fresh mass minus leaf lamina dry mass per leaf lamina water saturated mass minus leaf lamina dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
Stem aluminium content per stem dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
the ratio of the area of a leaf (TOP:leaf area) or component thereof, i.e. leaf lamina (TOP:leaf lamina area), to the corresponding dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass)
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
Stem magnesium content per stem dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
Stem manganese content per stem dry mass
stem molybdenum content per stem dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
a plant trait (TOP:plant trait) referring to the shoot system (PO:shoot system)
the ratio of the area of a leaf (TOP:leaf area) to its dry mass (TOP:leaf dry mass)
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
Stem phosphorus content per stem dry mass
Stem potassium content per stem dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant aluminium content per plant dry mass
whole plant aluminium content per plant dry mass
whole plant boron content per plant dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant calcium content per plant dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant calcium content per plant dry mass
leaf lamina area per leaf lamina dry mass
the ratio of the area of the leaf lamina (TOP:leaf lamina area) to its dry mass (TOP:leaf lamina dry mass)
whole plant carbon content per plant dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant chlorine content per plant dry mass
whole plant chlorine content per plant dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant cobalt content per plant dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant copper content per plant dry mass
whole plant iron content per plant dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant magnesium content per plant dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant magnesium content per plant dry mass
whole plant manganese content per plant dry mass
Plant manganese content per plant dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant molybdenum content per plant dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant molybdenum content per plant dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant sodium content per plant dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant nickel content per plant dry mass
the ratio of the dry mass of a leaf (TOP:leaf dry mass) or component thereof, i.e. leaf lamina (TOP:leaf lamina dry mass), to the corresponding area (TOP:leaf area, TOP:leaf lamina area)
whole plant nitrogen content per plant dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant nitrogen content per plant dry mass
whole plant phosphorus content per plant dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Plant phosphorus content per plant dry mass
whole plant potassium content per plant dry mass
Plant potassium content per plant dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant silicon content per plant dry mass
Plant silicon content per plant dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant sulfur content per plant dry mass
whole plant zinc content per plant dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
the ratio of the dry mass of a leaf (TOP:leaf dry mass) to its area (TOP:leaf area)
the ratio of the dry mass of the leaf lamina (TOP:leaf lamina dry mass) to its area (TOP:leaf lamina area)
leaf lamina dry mass per leaf lamina area
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root aluminium content per fine root dry mass
fine root boron content per fine root dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root calcium content per fine root dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root carbon content per fine root dry mass
Fine root chlorine content per fine root dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
the ratio of the dry mass of a leaf (TOP:leaf dry mass) or component thereof , i.e. leaf lamina (TOP:leaf lamina dry mass), to the corresponding volume (TOP:leaf volume, TOP:leaf lamina volume)
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root cobalt content per fine root dry mass
Fine root copper content per fine root dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root iron content per fine root dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root magnesium content per fine root dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root manganese content per fine root dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root molybdenum content per fine root dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root sodium content per fine root dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root nickel content per fine root dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root nitrogen content per fine root dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root phosphorus content per fine root dry mass
the ratio of the dry mass of a leaf (TOP:leaf dry mass) to its volume (TOP:leaf volume)
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root potassium content per fine root dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root silicon content per fine root dry mass
Fine root sulfur content per fine root dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
Fine root zinc content per fine root dry mass
seed aluminium content per seed dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
the ratio of the dry mass of the leaf lamina (TOP:leaf lamina dry mass) to its volume (TOP:leaf lamina volume)
leaf lamina dry mass per leaf lamina volume
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Seed magnesium content per seed dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
seed manganese content per seed dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Seed molybdenum content per seed dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Seed phosphorus content per seed dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Seed potassium content per seed dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
the length (PATO:length) of a petiole (PO:petiole)
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Litter aluminium content per litter dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
litter boron content per litter dry mass
Litter calcium content per litter dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter carbon content per litter dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter chlorine content per litter dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter cobalt content per litter dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter copper content per litter dry mass
the thickness (PATO:thickness) of a petiole (PO:petiole)
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter magnesium content per litter dry mass
litter manganese content per litter dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
litter molybdenum content per litter dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter sodium content per litter dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter nickel content per litter dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter nitrogen content per litter dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
litter phosphorus content per litter dry mass
litter potassium content per litter dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter silicon content per litter dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
a plant trait (TOP:plant trait) referring to the leaf (PO:leaf)
the area (PATO:area) of a petiole (PO:petiole) in the one sided projection
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter sulfur content per litter dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the litter (Berg:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Stem wood aluminium content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood boron content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood calcium content per stem wood dry mass
Stem wood carbon content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood chlorine content per stem wood dry mass
Stem wood cobalt content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood copper content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood iron content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
the volume (PATO:volume) of a petiole (PO:petiole)
Stem wood magnesium content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood manganese content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood molybdenum content per stem wood dry mass
stem wood sodium content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
stem wood nickel content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood nitrogen content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
stem wood phosphorus content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood potassium content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood silicon content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood sulfur content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a petiole (PO:petiole) assessed without drying
Stem wood zinc content per stem wood dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
the mass (PATO:mass) of a petiole (PO:petiole) assessed after drying
the ratio of the area of a petiole (TOP:petiole area) to its dry mass (TOP:petiole dry mass)
Stem coarse woody debris aluminium content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Al content per dry mass
Stem coarse woody debris boron content per stem coarse woody debris dry mass
stem coarse woody debris B content per dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Ca content per dry mass
Stem coarse woody debris calcium content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
Stem coarse woody debris carbon content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris C content per dry mass
stem coarse woody debris chlorine content per stem coarse woody debris dry mass
stem coarse woody debris Cl content per dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Co content per dry mass
Stem coarse woody debris cobalt content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris copper content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Cu content per dry mass
stem coarse woody debris Fe content per dry mass
Stem coarse woody debris iron content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Mg content per dry mass
Stem coarse woody debris magnesium content per stem coarse woody debris dry mass
Stem coarse woody debris manganese content per stem coarse woody debris dry mass
stem coarse woody debris Mn content per dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
the ratio of the dry mass of a petiole (TOP:petiole dry mass) to its area (TOP:petiole area)
Stem coarse woody debris molybdenum content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Mo content per dry mass
Stem coarse woody debris sodium content per stem coarse woody debris dry mass
stem coarse woody debris Na content per dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
Stem coarse woody debris nickel content per stem coarse woody debris dry mass
stem coarse woody debris Ni content per dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
Stem coarse woody debris nitrogen content per stem coarse woody debris dry mass
stem coarse woody debris N content per dry mass
stem coarse woody debris phosphorus content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris P content per dry mass
Stem coarse woody debris potassium content per stem coarse woody debris dry mass
stem coarse woody debris K content per dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris Si content per dry mass
stem coarse woody debris silicon content per stem coarse woody debris dry mass
Stem coarse woody debris sulfur content per stem coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris S content per dry mass
Stem coarse woody debris zinc content per stem coarse woody debris dry mass
stem coarse woody debris Zn content per dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris aluminium content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Al content per dry mass
the ratio of the dry mass of a petiole (TOP:petiole dry mass) to its fresh mass (TOP:petiole fresh mass)
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris boron content per branch coarse woody debris dry mass
branch coarse woody debris B content per dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Ca content per dry mass
branch coarse woody debris calcium content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris carbon content per branch coarse woody debris dry mass
branch coarse woody debris C content per dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris chlorine content per branch coarse woody debris dry mass
branch coarse woody debris Cl content per dry mass
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris cobalt content per branch coarse woody debris dry mass
branch coarse woody debris Co content per dry mass
Branch coarse woody debris copper content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Cu content per dry mass
Branch coarse woody debris iron content per branch coarse woody debris dry mass
branch coarse woody debris Fe content per dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris magnesium content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Mg content per dry mass
branch coarse woody debris manganese content per branch coarse woody debris dry mass
branch coarse woody debris Mn content per dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Mo content per dry mass
Branch coarse woody debris molybdenum content per branch coarse woody debris dry mass
the ratio of the dry mass of a petiole (TOP:petiole dry mass) to its volume (TOP:petiole volume)
Branch coarse woody debris sodium content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Na content per dry mass
branch coarse woody debris nickel content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Ni content per dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris N content per dry mass
Branch coarse woody debris nitrogen content per branch coarse woody debris dry mass
Branch coarse woody debris phosphorus content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris P content per dry mass
Branch coarse woody debris potassium content per branch coarse woody debris dry mass
branch coarse woody debris K content per dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris silicon content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris Si content per dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris sulfur content per branch coarse woody debris dry mass
branch coarse woody debris S content per dry mass
branch coarse woody debris Zn content per dry mass
branch coarse woody debris zinc content per branch coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot aluminium content per shoot dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
the height (PATO:height) of a whole plant (PO:whole plant)
Shoot calcium content per shoot dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
shoot chlorine content per shoot dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot magnesium content per shoot dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot manganese content per shoot dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot molybdenum content per shoot dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
the plant height (TO:plant height) considering the highest vegetative component
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot nitrogen content per shoot dry mass
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot phosphorus content per shoot dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot potassium content per shoot dry mass
shoot silicon content per shoot dry mass
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Nitrogen uptake rate per fine root dry mass
the quantity of nitrogen (CHEBI:nitrogen atom) taken up by fine roots (McCormack:fine root) per corresponding mass (PO:mass) of the fine roots assessed after drying and per unit time
amount unit / mass unit / time unit or mass unit / mass unit / time unit
fine root nitrogen uptake per fine root dry mass per time
a plant trait (TOP:plant trait) referring to the reproductive shoot system (PO:reproductive shoot system)
the plant height (TO:plant height) considering the highest reproductive component
after Klotz, S., Kühn, I. & Durka, W. (2002): BIOLFLOR - Eine Datenbank zu biologisch-oekologischen Merkmalen der Gefaesspflanzen in Deutschland. - Schriftenreihe fuer Vegetationskunde 38. Bonn: Bundesamt fuer Naturschutz.
a feature of the whole plant (PO:whole plant) characterizing the persistence of its leaves (PO:leaf) from emergence until shedding with respect to seasons
plants (PO:whole plant) that shed leaves (PATO:deciduous (plant), PO:leaf) at a certain season
plants (PO:whole plant) that retain leaves (PATO:evergreen (plant), PO:leaf) over all seasons
plants (PO:whole plant) that shed leaves (PATO:deciduous (plant), TOP:deciduous leaf, PO:leaf) after being green from early spring to early summer
plants (PO:whole plant) that shed leaves (PATO:deciduous (plant), TOP:deciduous leaf, PO:leaf) after being green only in the warm season (vegetation period)
plants (PO:whole plant) that shed leaves (PATO:deciduous (plant), TOP:deciduous leaf, PO:leaf) in spring and summer after developing leaves in autumn and overwintering green
after Kleyer, M., Bekker, R.M., Knevel, I.C., Bakker, J.P., Thompson, K., Sonnenschein, M., Poschlod, P., Van Groenendael, J.M., Klime_, L., Klime_ov�, J., Klotz, S., Rusch, G.M., Hermy, M., Adriaens, D., Boedeltje, G., Bossuyt, B., Dannemann, A., Endels, P., Goetzenberger, L., Hodgson, J.G., Jackel, A.-K., Kühn, I., Kunzmann, D., Ozinga, W.A., Roemermann, C., Stadler, M., Schlegelmilch, J., Steendam, H.J., Tackenberg, O., Wilmann, B., Cornelissen, J.H.C., Eriksson, O., Garnier, E. and Peco, B. (2008), The LEDA Traitbase: a database of life-history traits of the Northwest European flora. Journal of Ecology, 96: 1266_1274. doi: 10.1111/j.1365-2745.2008.01430.x
a feature of the whole plant (PO:whole plant) defining the occurrence and distribution of wood (PO:secondary xylem) along the stem (PO:stem)
plants (PO:whole plant) that have wood (PO: secondary xylem) along the whole stem (PO:stem)
plants (PO:whole plant) that have no wood (PO: secondary xylem) along the stem (PO:stem)
plants (PO:whole plant) that are in between woody (TOP:woody plant) and non woody (TOP:non woody plant), e.g. have wood (PO: secondary xylem) only at the base of the stem (PO:stem)
the mass (PATO:mass) of a whole plant (PO:whole plant) assessed after drying
Root aluminum content per root dry mass trait
The ratio of the quantity (SEP:quantity) of aluminum (CHEBI:aluminum atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root boron content per root dry mass trait
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root calcium content per root dry mass trait
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root carbon content per root dry mass trait
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root chlorine content per root dry mass trait
Root cobalt content per root dry mass trait
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root copper content per root dry mass trait
Root iron content per root dry mass trait
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
root magnesium content per root dry mass
Root magnesium content per root dry mass trait
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
root manganese content per root dry mass
Root manganese content per root dry mass trait
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
the sum of the area (PATO:area) of all leaves (PO:leaf) or components thereof (TOP:leaf area trait) on the shoot (PO:shoot system)
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root molybdenum content per root dry mass trait
root molybdenum content per root dry mass
Root sodium content per root dry mass trait
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root nickel content per root dry mass trait
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root nitrogen content per root dry mass trait
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root phosphorus content per root dry mass trait
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
root phosphorus content per root dry mass
Root potassium content per root dry mass trait
root potassium content per root dry mass
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root silicon content per root dry mass trait
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root sulfur content per root dry mass trait
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root zinc content per root dry mass trait
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
wood aluminium content per wood dry mass
Wood aluminium content per wood dry mass trait
the sum of the area (PATO:area) of all leaves (PO: leaf, TOP:leaf area) on a shoot (PO:shoot system)
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood boron content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood calcium content per wood dry mass trait
Wood carbon content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood chlorine content per wood dry mass trait
Wood cobalt content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood copper content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood iron content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood magnesium content per wood dry mass trait
wood magnesium content per wood dry mass
Wood manganese content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
wood manganese content per wood dry mass
wood molybdenum content per wood dry mass
Wood molybdenum content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
the sum of the leaf lamina area (TOP:leaf lamina area) of all leaves (PO:leaf) on a shoot (PO:shoot system)
Wood sodium content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood nickel content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood nitrogen content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
wood phosphorus content per wood dry mass
Wood phosphorus content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
wood potassium content per wood dry mass
Wood potassium content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood silicon content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood sulfur content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood zinc content per wood dry mass trait
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
coarse woody debris Al content per dry mass
Coarse woody debris aluminium content per coarse woody debris dry mass trait
coarse woody debris aluminium content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of aluminium (CHEBI:aluminium atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris B content per dry mass
The ratio of the quantity (SEP:quantity) of boron (CHEBI:boron atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris boron content per coarse woody debris dry mass
Coarse woody debris boron content per coarse woody debris dry mass trait
the sum of the dry mass of the leaf (TOP:leaf dry mass) or component thereof (TOP:leaf dry mass trait) of all leaves (PO:leaf) on a shoot (PO:shoot system)
coarse woody debris calcium content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of calcium (CHEBI:calcium atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris Ca content per dry mass
Coarse woody debris calcium content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of carbon (CHEBI:carbon atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris carbon content per coarse woody debris dry mass
coarse woody debris C content per dry mass
Coarse woody debris carbon content per coarse woody debris dry mass trait
coarse woody debris Cl content per dry mass
Coarse woody debris chlorine content per coarse woody debris dry mass trait
coarse woody debris chlorine content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of chlorine (CHEBI:chlorine atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris cobalt content per coarse woody debris dry mass
Coarse woody debris cobalt content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of cobalt (CHEBI:cobalt atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris Co content per dry mass
Coarse woody debris copper content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of copper (CHEBI:copper atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris Cu content per dry mass
coarse woody debris copper content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of iron (CHEBI:iron atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris Fe content per dry mass
coarse woody debris iron content per coarse woody debris dry mass
Coarse woody debris iron content per coarse woody debris dry mass trait
Coarse woody debris magnesium content per coarse woody debris dry mass trait
coarse woody debris Mg content per dry mass
coarse woody debris magnesium content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of magnesium (CHEBI:magnesium atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
Coarse woody debris manganese content per coarse woody debris dry mass trait
coarse woody debris Mn content per dry mass
The ratio of the quantity (SEP:quantity) of manganese (CHEBI:manganese atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris manganese content per coarse woody debris dry mass
Coarse woody debris molybdenum content per coarse woody debris dry mass trait
coarse woody debris Mo content per dry mass
coarse woody debris molybdenum content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of molybdenum (CHEBI:molybdenum atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of sodium (CHEBI:sodium atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
Coarse woody debris sodium content per coarse woody debris dry mass trait
coarse woody debris Na content per dry mass
coarse woody debris sodium content per coarse woody debris dry mass
the sum of the leaf dry mass (TOP:leaf dry mass) of all leaves (PO:leaf) of a whole plant (PO:whole plant)
coarse woody debris Ni content per dry mass
Coarse woody debris nickel content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of nickel (CHEBI:nickel atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris nickel content per coarse woody debris dry mass
Coarse woody debris nitrogen content per coarse woody debris dry mass trait
coarse woody debris nitrogen content per coarse woody debris dry mass
coarse woody debris N content per dry mass
The ratio of the quantity (SEP:quantity) of nitrogen (CHEBI:nitrogen atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
Coarse woody debris phosphorus content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of phosphorus (CHEBI:phosphorus atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris phosphorus content per coarse woody debris dry mass
coarse woody debris P content per dry mass
Coarse woody debris potassium content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of potassium (CHEBI:potassium atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris potassium content per coarse woody debris dry mass
coarse woody debris K content per dry mass
Coarse woody debris silicon content per coarse woody debris dry mass trait
The ratio of the quantity (SEP:quantity) of silicon (CHEBI:silicon atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris silicon content per coarse woody debris dry mass
coarse woody debris Si content per dry mass
coarse woody debris S content per dry mass
Coarse woody debris sulfur content per coarse woody debris dry mass trait
coarse woody debris sulfur content per coarse woody debris dry mass
The ratio of the quantity (SEP:quantity) of sulfur (CHEBI:sulfur atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the quantity (SEP:quantity) of zinc (CHEBI:zinc atom) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris Zn content per dry mass
Coarse woody debris zinc content per coarse woody debris dry mass trait
coarse woody debris zinc content per coarse woody debris dry mass
a feature of plant organs, whole plant (PO:whole plant), plant population (EFO:plant population) or plant species (Mayr:species) describing the ability to withstand frost
places with a relative irradiance intensity between 1% and 3% at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 1
the sum of the leaf lamina dry mass (TOP:leaf lamina dry mass) of all leaves (PO:leaf) of a whole plant (PO:whole plant)
plant populations light indicator value 2
places with a relative irradiance intensity between deep shade (TOP:deep shade indicator plant) and shade (TOP:shade indicator plant) at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 3
places with a relative irradiance intensity less than 5%, but also in lighter places at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
places with a relative irradiance intensity between shade (TOP:shade indicator plant) and semi-shade (TOP:semi-shade indicator plant) at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 4
plant populations light indicator value 5
places with a relative irradiance intensity of generally more than 10% and rarely full light at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
places with a relative irradiance intensity between semi-shade (TOP:semi-shade indicator plant) and semi-light (TOP:semi-light indicator plant), seldom less than 20% relative irradiance intensity, at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 6
places with a relative irradiance intensity up to 30% in the shadow and full light at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 7
places with a relative irradiance intensity generally higher than 40% at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 8
places with a relative irradiance intensity not less than 50%, with full light and mostly full sun at which individuals of a plant population (EFO:plant population) or species (Mayr:species) occur
plant populations light indicator value 9
plant populations temperatue indicator value according to Ellenberg
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals in temperature gradients from arctic to mediterranean and from alpine to lowland
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals along soil moisture gradient from dry shallow-soil rocky slopes to swampy grounds and from shallow to deep water
plant populations moisture indicator value according to Ellenberg
the ratio of the whole plant leaf area trait (TOP:plant leaf area trait) to the whole plant leaf dry mass trait (TOP:plant leaf dry mass trait)
whole plant leaf area per whole plant leaf dry mass trait
plant populations nutrient indicator value according to Ellenberg
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals along gradients of few to much available nutrients during the growing period
plant populations reaction indicator value according to Ellenberg
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals along gradient of soil acidity and lime content
plant populations resistance to heavy metals indicator value according to Ellenberg
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individulas in sites with more or less high concentrations of lead zinc or other heavy metals
after Sukopp, H. (1972): Wandel von Flora und Vegetation in Mitteleuropa unter dem Einfluss des Menschen. Berichte ueber Landwirtschaft 50:S 112-139, changed by Klotz, S., Kühn, I. & Durka, W. (2002): BIOLFLOR - Eine Datenbank zu biologisch-oekologischen Merkmalen der Gefaesspflanzen in Deutschland. - Schriftenreihe fuer Vegetationskunde 38. Bonn: Bundesamt fuer Naturschutz.
a feature of the plant population (EFO:plant population) or plant species (Mayr:species) describing the occurrence of its individuals with respect to the degree of human impact on their habitats, i.e. the departure of naturalness of the habitats (tolerance to human impact).
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with no human impact
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with slight human impact (e.g. slight wood felling, grazing, emission from air and waters)
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with moderate human impact (e.g. clearings or rarely ploughing, material for animal bedding or mulch, rarely fertilized)
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with strong human impact (e.g. fertilizing, lime application, use of biocides, slight drainage)
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with very strong human impact (e.g. levelling, regular ploughing, application of mineral fertilizer, irrigation with sewages)
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats with extreme human impact (e.g. deep ploughing, persistent and intense drainage or intense irrigation, intense fertilization or application of biocides, single destruction of community and covering of the habitat with allochthonous material)
the ratio of the whole plant leaf area (TOP:plant leaf area) to the whole plant leaf dry mass (TOP:plant leaf dry mass )
whole plant leaf area per whole plant leaf dry mass
individuals of the plant population (EFO:plant population) or species (Mayr:species) occur at habitats that are completely destroyed by humans (e.g. poisoned ecosystems, completely sealed areas)
Jaeger, E. J.& Werner K. (2002): Rothmaler, Exkursionsflora von Deutschland. Gefaesspflanzen: Kritischer Band, Berlin, Spectrum, 948 pages (adapted)
plant species (Mayr:species) with individuals ocurring in the antartic floristic zone, which is situated on the southern hemisphere corresponding to the boreal (TOP:boreal species) to arctic (TOP:arctic species) zones of the northern hemisphere
plant species (Mayr:species) with individuals ocurring in the austral floristic zone, which is situated on the southern hemisphere corresponding to the temperate (TOP:temperate species) to meridional (TOP:meridional species) zones of the northern hemisphere
plant species (Mayr:species) with individuals ocurring in the tropical floristic zone, which is located along the geographical tropics and characterised by warm and humid climate and evergreen (TOP:evergreen leaf) broadleaved (TOP:broadleaved leaf) forests
plant species (Mayr:species) with individuals ocurring in the subtropical floristic zone, which is located along the geographical subtropics and characterised by a winter dry climate and by savannahs and dry forests
plant species (Mayr:species) with individuals ocurring in the meridional floristic zone, which is restricted to the Northern Hemisphere south of the submeridional zone and north of the subtropical zone and characterized by evergreen (TOP:evergreen leaf) broadleaved (TOP:broadleaved leaf) and needleleaved (TOP:needle leaf) forests, steppes and deserts
plant species (Mayr:species) with individuals ocurring in the submeridional floristic zone, which is restricted to the Northern Hemisphere south of the temperate zone and north of the meridional zone, and characterised by summer-green dry forests and steppes
plant species (Mayr:species) with individuals ocurring in the temperate floristic zone, which is located on the northern hemisphere between the tropic of Cancer and the arctic circle and on the southern hemisphere between the tropic of Capricorn and the antarctic circle, and which is characterised by summer-green deciduous (TOP:summer green leaf) forests
plant species (Mayr:species) with individuals ocurring in the boreal floristic zone, which is locasted in between the northern temperate zone and the arctic zone characterised by vegetation of the northern taiga and needleleaved (TOP:needle leaf) forests
a plant trait (TOP:plant trait) referring to the stem (PO:stem)
whole plant leaf lamina area per whole plant leaf lamina dry mass
the ratio of the whole plant leaf lamina area (TOP:plant leaf lamina area) to whole plant leaf lamina dry mass (TOP:plant leaf lamina dry mass )
plant species (Mayr:species) with individuals ocurring in the artic floristic zone, which is a polar region at the northernmost part of the Earth, north of the arctic circle, characterised by vegetation of the tundras north of the treeline.
plant species population with individuals ocurring in the antartic floristic zone, which is situated on the southern hemisphere corresponding to the boreal (TOP:boreal population) to arctic (TOP:arctic population) zones of the northern hemisphere
plant species population with individuals ocurring in the austral floristic zone, which is situated on the southern hemisphere corresponding the temperate (TOP:temperate population) to meridional (TOP:meridional population) zones of the northern hemisphere
plant species population with individuals ocurring in the tropical floristic zone, which is located along the geographical tropics and characterised by warm humid climate and evergreen (TOP:evergreen leaf) broadleaved (TOP:broadleaved leaf) forests
plant species population with individuals ocurring in the subtropical floristic zone, which is located along the geographical subtropics and characterised by a winter dry climate and by savannahs and dry forests
plant species population with individuals ocurring in the meridional floristic zone, which is restricted to the Northern Hemisphere south of the submeridional zone and north of the subtropical zone and characterized by evergreen (TOP:evergreen leaf) broadleaved (TOP:broadleaved leaf) and needleleaved (TOP:needle leaf) forests, steppes and deserts
plant species population with individuals ocurring in the submeridional floristic zone, which is restricted to the Northern Hemisphere south of the temperate zone and north of the meridional zone, and characterised by summer-green dry forests and steppes
plant species population with individuals ocurring in the temperate floristic zone, which is located on the northern hemisphere between the tropic of Cancer and the arctic circle and on the southern hemisphere between the tropic of Capricorn and the antarctic circle, and which is characterised by summer-green deciduous (TOP:summer green leaf) forests
plant species population with individuals ocurring in the boreal floristic zone, which is locasted in between the northern temperate zone and the arctic zone characterised by vegetation of the northern taiga and needleleaved (TOP:needle leaf) forests
plant species population with individuals ocurring in the artic floristic zone, which is a polar region at the northernmost part of the Earth, north of the arctic circle, characterised by vegetation of the tundras north of the treeline.
the ratio of the whole plant leaf dry mass trait (TOP:plant leaf dry mass trait) to the whole plant leaf area trait (TOP:plant leaf area trait)
whole plant leaf dry mass per whole plant leaf area trait
Plant cellulose content per plant dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
Jens Kattge, Ulrike Stahl, Eric Garnier, Stefan Klotz, Ingolf Kühn
whole plant cellulose content per plant dry mass
whole plant cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Shoot cellulose content per shoot dry mass
branch cellulose content per branch dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
bark cellulose content per bark dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
stem cellulose content per stem dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
wood cellulose content per wood dry mass
Wood cellulose content per wood dry mass trait
Stem wood cellulose content per stem wood dry mass
stem wood cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Branch wood cellulose content per branch wood dry mass
branch wood cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the branch wood (PO:branch, PO:secondary xylem) to the corresponding branch wood (PO:branch, PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon cellulose content per cotyledon dry mass
cotyledon cellulose content per dry mass
Leaf cellulose content per leaf dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
the ratio of the whole plant leaf dry mass (TOP:plant leaf dry mass) to the whole plant leaf area (TOP:plant leaf area)
whole plant leaf dry mass per whole plant leaf area
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
Root cellulose content per root dry mass trait
root cellulose content per root dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Coarse root cellulose content per coarse root dry mass
coarse root cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
fine root cellulose content per dry mass
Fine root cellulose content per fine root dry mass
first oder fine root cellulose content per dry mass
first order fine root cellulose content per first order fine root dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
second order fine root cellulose content per dry mass
Second order fine root cellulose content per per dry mass
second order fine root cellulose content per secon order fine root dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
third order fine root cellulose content perthird order fine root dry mass
Third order fine root cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
Fourth order fine root cellulose content per dry mass
fourth order fine root cellulose content per fourth order fine root dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
absorptive fine root cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
absorptive fine root cellulose content per absorptive fine root dry mass
transport fine root cellulose content per dry mass
transport fine root cellulose content per transport fine root dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
the ratio of the whole plant leaf lamina dry mass (TOP:plant leaf lamina dry mass) to the whole plant leaf lamina area (TOP:plant leaf lamina area)
whole plant leaf lamina dry mass per whole plant leaf lamina area
Seed cellulose content per seed dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris cellulose content per dry mass
Coarse woody debris cellulose content per coarse woody debris dry mass trait
coarse woody debris cellulose content per coarse woody debris dry mass
Stem coarse woody debris cellulose content per stem coarse woody debris dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris cellulose content per dry mass
Branch coarse woody debris cellulose content per branch coarse woody debris dry mass
branch coarse woody debris cellulose content per dry mass
branch CWD cellulose content per dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Litter cellulose content per litter dry mass
The ratio of the mass (PATO:mass) of cellulose (Def:cellulose) in the litter (Garnier:litter) to the corresponding litter mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant lignin content per plant dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
branch lignin content per branch dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
the ratio of the whole plant leaf dry mass trait (TOP:plant leaf dry mass trait) to the whole plant dry mass (TOP:plant dry mass)
whole plant leaf dry mass per whole plant dry mass trait
Wood lignin content per wood dry mass trait
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood lignin content per stem wood dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the branch wood (PO:branch, PO:secondary xylem) to the corresponding branch wood (PO:branch, PO:secondary xylem) mass (PATO:mass) assessed after drying
Branch wood lignin content per branch wood dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
Cotyledon lignin content per cotyledon dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
Root lignin content per root dry mass trait
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root lignin content per coarse root dry mass
Fine root lignin content per fine root dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
first oder fine root lignin content per dry mass
first order fine root lignin content per first order fine root dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
the ratio of the whole plant leaf dry mass (TOP:plant leaf dry mass) to the whole plant dry mass (TOP:plant dry mass)
whole plant leaf dry mass per whole plant dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
Second order fine root lignin content per per dry mass
second order fine root lignin content per secon order fine root dry mass
second order fine root lignin content per dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
Third order fine root lignin content per dry mass
third order fine root lignin content perthird order fine root dry mass
fourth order fine root lignin content per dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
fourth order fine root lignin content per fourth order fine root dry mass
absorptive fine root lignin content per absorptive fine root dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
Absorptive fine root lignin content per dry mass
transport fine root lignin content per dry mass
The ratio of the mass (PATO:mass) of lignin (CEBI:lignin) in a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
transport fine root lignin content per transport fine root dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
coarse woody debris lignin content per dry mass
Coarse woody debris lignin content per coarse woody debris dry mass trait
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris lignin content per coarse woody debris dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris lignin content per dry mass
Stem coarse woody debris lignin content per stem coarse woody debris dry mass
branch coarse woody debris lignin content per dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Branch coarse woody debris lignin content per branch coarse woody debris dry mass
litter lignin content per litter dry mass
The ratio of the mass (PATO:mass) of lignin (CHEBI:lignin) in the litter (Garnier:litter) to the corresponding litter mass (PATO:mass) assessed after drying
whole plant leaf lamina dry mass per whole plant dry mass
the ratio of the whole plant leaf lamina dry mass (TOP:plant leaf lamina dry mass) to the whole plant dry mass (TOP:plant dry mass)
whole plant lipid content per plant dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
Branch lipid content per branch dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood lipid content per wood dry mass trait
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood lipid content per stem wood dry mass
branch wood lipid content per branch wood dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the branch wood (PO:branch, PO:secondary xylem) to the corresponding branch wood (PO:branch, PO:secondary xylem) mass (PATO:mass) assessed after drying
Cotyledon lipid content per cotyledon dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
the ratio of the whole plant leaf area trait (TOP:plant leaf area trait) to the whole plant dry mass (TOP:plant dry mass)
whole plant leaf area per whole plant dry mass trait
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
Root lipid content per root dry mass trait
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Coarse root lipid content per coarse root dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
fine root lipid content per fine root dry mass
first order fine root lipid content per first order fine root dry mass
first oder fine root lipid content per dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
Second order fine root lipid content per per dry mass
second order fine root lipid content per dry mass
second order fine root lipid content per secon order fine root dry mass
third order fine root lipid content per dry mass
third order fine root lipid content perthird order fine root dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
fourth order fine root lipid content per dry mass
fourth order fine root lipid content per fourth order fine root dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
absorptive fine root lipid content per absorptive fine root dry mass
Absorptive fine root lipid content per dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
transport fine root lipid content per dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
transport fine root lipid content per transport fine root dry mass
the ratio of the whole plant leaf area (TOP:plant leaf area) to the whole plant dry mass (TOP:plant dry mass)
whole plant leaf area per whole plant dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Coarse woody debris lipid content per coarse woody debris dry mass trait
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
coarse woody debris lipid content per dry mass
coarse woody debris lipid content per coarse woody debris dry mass
stem coarse woody debris lipid content per dry mass
stem coarse woody debris lipid content per stem coarse woody debris dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris lipid content per dry mass
Branch coarse woody debris lipid content per branch coarse woody debris dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
Litter lipid content per litter dry mass
The ratio of the mass (PATO:mass) of lipid (CHEBI:lipid) in the litter (Garnier:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Plant hemicellulose content per plant dry mass
whole plant hemicellulose content per plant dry mass
whole plant hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
shoot hemicellulose content per shoot dry mass
shoot hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
branch hemicellulose content per dry mass
Branch hemicellulose content per branch dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Bark hemicellulose content per bark dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
Stem hemicellulose content per stem dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
the ratio of the whole plant leaf lamina area (TOP:plant leaf lamina area) to the whole plant dry mass (TOP:plant dry mass)
whole plant leaf lamina area per whole plant dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Wood hemicellulose content per wood dry mass trait
wood hemicellulose content per wood dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood hemicellulose content per stem wood dry mass
stem wood hemicellulose content per dry mass
branch wood hemicellulose content per branch wood dry mass
branch wood hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the branch wood (PO:branch, PO:secondary xylem) to the corresponding branch wood (PO:branch, PO:secondary xylem) mass (PATO:mass) assessed after drying
Cotyledon hemicellulose content per cotyledon dry mass
cotyledon hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
leaf hemicellulose content per leaf dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
leaf hemicellulose content per leaf area
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
Root hemicellulose content per root dry mass trait
root hemicellulose content per root dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
coarse root hemicellulose content per dry mass
Coarse root hemicellulose content per coarse root dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
first order fine root hemicellulose content per first order fine root dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
first oder fine root hemicellulose content per dry mass
Fine root hemicellulose content per fine root dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
fine root hemicellulose content per dry mass
a plant trait (TOP:plant trait) referring to litter or coarse woody debris
the longest linear dimension of a dispersule (Perez:dispersule) or component thereof (PO:seed, PO:fruit, Leda:germinule) or if clearly recognizable the length (PATO:length) from its base to its apex
Second order fine root hemicellulose content per per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
second order fine root hemicellulose content per secon order fine root dry mass
second order fine root hemicellulose content per dry mass
third order fine root hemicellulose content per dry mass
third order fine root hemicellulose content perthird order fine root dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
fourth order fine root hemicellulose content per fourth order fine root dry mass
Fourth order fine root hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
absorptive fine root hemicellulose content per absorptive fine root dry mass
Absorptive fine root hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
transport fine root hemicellulose content per transport fine root dry mass
Transport fine root hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
seed hemicellulose content per seed dry mass
coarse woody debris hemicellulose content per coarse woody debris dry mass
coarse woody debris hemicellulose content per dry mass
Coarse woody debris hemicellulose content per coarse woody debris dry mass trait
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris hemicellulose content per dry mass
stem CWD hemicellulose content per dry mass
Stem coarse woody debris hemicellulose content per stem coarse woody debris dry mass
Branch coarse woody debris hemicellulose content per branch coarse woody debris dry mass
branch coarse woody debris hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch CWD hemicellulose content per dry mass
The ratio of the mass (PATO:mass) of hemicellulose (CHEBI:hemicellulose) in the litter (Garnier:litter) to the corresponding litter mass (PATO:mass) assessed after drying
litter hemicellulose content per dry mass
Litter hemicellulose content per litter dry mass
the longest linear dimension of a seed (PO:seed) or if clearly recognizable the length (PATO:length) from its base to its apex
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the whole plant (PO:whole plant) to the corresponding whole plant (PO:whole plant) mass (PATO:mass) assessed after drying
whole plant sugar content per plant dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the shoot (PO:shoot system) to the corresponding shoot (PO:shoot system) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the branch (PO:branch) to the corresponding branch (PO:branch) mass (PATO:mass) assessed after drying
Branch sugar content per branch dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the bark (PO:bark) to the corresponding bark (PO:bark) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the stem (PO:stem) to the corresponding stem (PO:stem) mass (PATO:mass) assessed after drying
Wood sugar content per wood dry mass trait
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the wood (PO:secondary xylem) to the corresponding wood (PO:secondary xylem) mass (PATO:mass) assessed after drying
Stem wood sugar content per stem wood dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the stem wood (PO:stem, PO:secondary xylem) to the corresponding stem wood (PO:stem, PO:secondary xylem) mass (PATO:mass) assessed after drying
Branch wood sugar content per branch wood dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the branch wood (PO:branch, PO:secondary xylem) to the corresponding branch wood (PO:branch, PO:secondary xylem) mass (PATO:mass) assessed after drying
Cotyledon sugar content per cotyledon dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the cotyledon (PO:cotyledon) to the corresponding cotyledon (PO:cotyledon) mass (PATO:mass) assessed after drying
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective unit dry mass (TOP:leaf dry mass, TOP:leaf lamina dry mass, TOP:leaflet dry mass)
the longest linear dimension of a fruit (PO:fruit) or if clearly recognizable the length (PATO:length) from its base to its apex
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the leaf (PO:leaf) or component thereof, i.e. leaf lamina or leaflet (PO:leaf lamina, PO:leaflet) per respective area (TOP:leaf area, TOP:leaf lamina area, TOP:leaflet area)
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the root (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
Root sugar content per root dry mass trait
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the coarse root (Def:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
Coarse root sugar content per coarse root dry mass
Fine root sugar content per fine root dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the fine root (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
first oder fine root sugar content per dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
first order fine root sugar content per first order fine root dry mass
second order fine root sugar content per secon order fine root dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
second order fine root sugar content per dry mass
Second order fine root sugar content per per dry mass
Third order fine root sugar content per dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
third order fine root sugar content perthird order fine root dry mass
fourth order fine root sugar content per dry mass
fourth order fine root sugar content per fourth order fine root dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
Absorptive fine root sugar content per dry mass
absorptive fine root sugar content per absorptive fine root dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
transport fine root sugar content per dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
transport fine root sugar content per transport fine root dry mass
the longest linear dimension of a germinule (Leda:germinule) or if clearly recognizable the length (PATO:length) from its base to its apex
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the seed (PO:seed) to the corresponding seed (PO:seed) mass (PATO:mass) assessed after drying
Coarse woody debris sugar content per coarse woody debris dry mass trait
coarse woody debris sugar content per dry mass
coarse woody debris sugar content per coarse woody debris dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the coarse woody debris (Def:coarse woody debris) to the corresponding coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris sugar content per stem coarse woody debris dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the stem (PO:stem) coarse woody debris (Def:coarse woody debris) to the corresponding stem (PO:stem) coarse woody debris mass (PATO:mass) assessed after drying
stem coarse woody debris sugar content per dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the branch (PO:branch) coarse woody debris (Def:coarse woody debris) to the corresponding branch (PO:branch) coarse woody debris mass (PATO:mass) assessed after drying
branch coarse woody debris sugar content per branch coarse woody debris dry mass
branch coarse woody debris sugar content per dry mass
The ratio of the mass (PATO:mass) of sugar (Def:sugar) in the litter (Garnier:litter) to the corresponding litter mass (PATO:mass) assessed after drying
Litter sugar content per litter dry mass
The ratio of the length (PATO:length) of roots (PO:root) to the corresponding root mass (PATO:mass) assessed after drying
coarse root length per coarse root dry mass
The ratio of the length (PATO:length) of coarse roots (PO:coarse root) to the corresponding coarse root mass (PATO:mass) assessed after drying
first order fine root length per first order fine root dry mass
The ratio of the length (PATO:length) of fine roots (McCormack:fine root) to the corresponding fine root mass (PATO:mass) assessed after drying
The ratio of the length (PATO:length) of a first order fine root (McCormack:fine root) to the corresponding first order fine root mass (PATO:mass) assessed after drying.
second order fine root length per secon order fine root dry mass
The ratio of the length (PATO:length) of a second order fine root (McCormack:fine root) to the corresponding second order fine root mass (PATO:mass) assessed after drying.
the longest width (PATO:width) axis of a dispersule (Perez:dispersule) or component thereof, i.e. seed, fruit or germinule (PO:seed, PO:fruit, Leda:germinule) orthogonal to its length (TOP:dispersule length trait)
third order fine root length perthird order fine root dry mass
The ratio of the length (PATO:length) of a third order fine root (McCormack:fine root) to the corresponding third order fine root mass (PATO:mass) assessed after drying.
The ratio of the length (PATO:length) of a fourth order fine root (McCormack:fine root) to the corresponding fourth order fine root mass (PATO:mass) assessed after drying.
fourth order fine root length per fourth order fine root dry mass
The ratio of the length (PATO:length) of an absorptive fine root (McCormack:fine root) to the corresponding absorptive fine root mass (PATO:mass) assessed after drying.
absorptive fine root length per absorptive fine root dry mass
transport fine root length per transport fine root dry mass
The ratio of the length (PATO:length) of a transport fine root (McCormack:fine root) to the corresponding transport fine root mass (PATO:mass) assessed after drying.
The diameter (PATO:diameter) of a root (PO:root) .
The diameter (PATO:diameter) of a coarse root (Def:coarse root) .
The diameter (PATO:diameter) of a fine root (McCormack:fine root) .
The diameter (PATO:diameter) of a first order fine root (McCormack:fine root) .
The diameter (PATO:diameter) of a second order fine root (McCormack:fine root) .
The diameter (PATO:diameter) of a third order fine root (McCormack:fine root) .
the longest width (PATO:width) axis of a seed (PO:seed) orthogonal to its length (TOP:seed length)
The diameter (PATO:diameter) of a fourth order fine root (McCormack:fine root) .
The diameter (PATO:diameter) of an absorptive fine root (McCormack:fine root) .
The diameter (PATO:diameter) of a transport fine root (McCormack:fine root) .
the longest width (PATO:width) axis of a fruit (PO:fruit) orthogonal to its length (TOP:fruit length)
the longest width (PATO:width) axis of a germinule (PO:germinule) orthogonal to its length (TOP:germinule length)
the thickness (PATO:thickness) of a dispersule (Perez:dispersule) or component thereof, i.e. seed, fruit or germinule (PO:seed, PO:fruit, Leda:germinule)
the thickness (PATO:thickness) of a seed (PO:seed)