Sentence examples for ramets in the from inspiring English sources

Ramets in the most recently burned patches in PBG pastures had 2.6 times more stems, and ramets in GAB pastures the year it was burned had 2.2 times more stems than pastures not burned in over 3 years.

While it is possible that the relationship between ploidy and band number could differ among populations of A. gerardii, this finding in the Boulder population suggests that relative proportions of hexaploid and enneaploid ramets in the other populations was not important for determining dissimilarity and diversity in our analyses.

On average, FS ramets exhibited 19%% fewer ovules per pistil at KTP and 21%% fewer at WP compared with H ramets in the respective populations.

However, both median and lateral stamen lengths showed a discrete step in the otherwise continuous distribution among FS ramets within the KTP population, providing evidence that FS stamens were longer than those of the H ramets in the KTP population (Table 2 lines 1 and 2 and Fig. 2A).

Using stepwise regression, the best models to explain butterfly abundance included the coverage of forbs and the number of ramets in bloom in the strips, and indicated positive relationships between forbs and the butterfly community (R2 = 0.33 and 0.07, respectively).

The proportion of flowering ramets in this population was also lower than that of juveniles or non-flowering plants each year except 1994, when the proportion of non-flowering ramets was low (Fig.  2).

Only ramets in flower at the time of sampling were selected.

Among the 40 ramets taken at each site, after removal of genet (i.e., clonal) repetitions the number of ramets available in the data set ranged from 4 to 34 per meadow.

These included four common morpho-species identified to genus, by which we will refer to them: a strap-leaf fern (Elaphoglossum Schott ex J. Sm)., two orchid morpho-species (Maxillaria Ruiz & Pav.; Scaphyglottis Poepp. & Endl), and an ericaceous shrub (Cavendishia Lindl).. Collectively, these morpho-species accounted for 78% (1127/1452) of the ramets surveyed in the initial 2005 survey (Table 2).

Although the number of ramets in each life history stage and the proportion of each stage fluctuated from year to year, juvenile and non-flowering plants made up the greatest proportion of the T. recurvatum population over the nine observed years between 1990 and 2007.

We hypothesized that the number of ramets in each age class would differ significantly from year to year (probably the result of no seedling recruitment).