copyright","androecium position","anther dehiscence","basal leaf architecture","basal leaf arrangement","blade texture","blade width","epicalyx bractlet
5 KB (367 words) - 14:16, 30 July 2020
sepal quantity","leaf architecture","leaf architecture or arrangement or growth form","leaf arrangement","leaf position","leaf quantity","leaf size","lip size"
966 bytes (263 words) - 05:33, 30 July 2020
some strongly so. Individuals in the spring, with basal rosettes, often have leaf shapes quite different from those with cauline leaves seen later in the season
62 KB (1,546 words) - 15:28, 15 December 2020
subtype","juice odor or shape","juice pubescence or texture","leaf arrangement","leaf presence","leaf quantity","lobe arrangement","lobe fusion","lobe length"
73 KB (2,294 words) - 12:15, 30 July 2020
"fruits achene shape","inflorescence position","leaf architecture","leaf position","leaf shape","leaf-blade shape","margin shape","nectary presence","ovule
1 KB (281 words) - 08:42, 30 July 2020
tips coiled Paronychia 8 Basal leaf blades spatulate to obovate, stipules in tuft of 2-14+, filiform, scarious; cauline leaf blades subulate to triangular
29 KB (1,113 words) - 10:14, 30 July 2020
copyright","androecium position","anther dehiscence","basal leaf architecture","basal leaf arrangement","blade texture","blade width","drupe arrangement"
4 KB (346 words) - 13:59, 30 July 2020
appear as white spots crowding the areas between leaf veinlets. When stomata are restricted abaxially, leaf surfaces typically differ in hue or indument patterns
41 KB (2,034 words) - 13:11, 30 July 2020
substantially between early spring and late summer (D. Klaber 1976). Stem, leaf, and flower size vary with environmental factors such as aspect, light, available
39 KB (2,374 words) - 11:16, 30 July 2020
dehiscence","anther fixation","anther shape","basal leaf architecture or shape","basal leaf arrangement","basal leaf growth form or texture","base shape","blade
43 KB (1,553 words) - 05:48, 30 July 2020
rarely white; leaf blade margins entire, rarely proximally cleft, pinnatifid, or 2-pinnatifid. Agalinis 12 Corollas yellow or bright orange; leaf blade margins
19 KB (841 words) - 19:24, 29 July 2020
base; both leaf types of a network of hyaline, dead cells and green chlorophyllose cells; pores and reinforcing fibrils frequent in branch leaf hyaline cells
4 KB (240 words) - 06:54, 30 July 2020
solitary. > 25 24 Proximal leaf sheaths often disintegrating into fibers; stems and leaf blades tough, wiry. Amphiscirpus 24 Proximal leaf sheaths never disintegrating
24 KB (775 words) - 01:21, 30 July 2020
common, by multicellular (rarely 1-cellular) gemmae borne on stalks in the leaf-axils or more seldom on leaves, or by obovoid brood bodies borne on rhizoids
28 KB (882 words) - 07:00, 30 July 2020
reproduction","herb duration","inflorescence position","leaf architecture","leaf arrangement","leaf duration","leaf position","lobe quantity","locule quantity","nectary
5 KB (617 words) - 21:02, 7 June 2022
"layer quantity","leaf fragility","leaf size","leaf-stem arrangement or shape","leaf-stem distance","leaf-stem fixation or orientation","leaf-stem orientation"
3 KB (461 words) - 07:08, 30 July 2020
trator","illustration copyright","anther dehiscence","basal leaf architecture","basal leaf arrangement","blade texture","blade width","flower reproduction"
4 KB (294 words) - 14:28, 30 July 2020
"anther coloration","anther shape","basal leaf condition","basal leaf duration","basal leaf length or size","basal leaf life cycle","blade architecture or shape"
24 KB (947 words) - 10:41, 30 July 2020
twining, glabrous; leaf blade secondary, and usually tertiary, veins strongly parallel. Berchemia 3 Stems not twining, hairy; leaf blade secondary veins
16 KB (532 words) - 18:17, 29 July 2020
quantity","flower architecture","flower prominence","leaf arrangement","leaf-blade architecture","leaf-blade architecture or shape","margin architecture"
15 KB (560 words) - 08:33, 30 July 2020