<p>Median absolute value of potential contribution a change in a vital rate could have on population growth rates (λ) across all sites based on final plant height (A) and dry shoot biomass (B). Contributions were calculated using each site as a reference location for every other site, and varying a single vital rate at a time. Fecundity is separated into rhizome production (Rhiz. Prod.), number of new shoots in year 2 per rhizome (New/Rhiz), and the shoot height of new, connected shoots (New Size). See Appendix C for complete data.</p
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
Three groups of species (21 herbaceous monocotyledons, 22 herbaceous dicotyledons and 16 woody dicot...
<p>For the purpose of graphical presentation only, we need to account for size differences among spe...
<p>Shoot survival from year 1 to year 2 (A & B), shoot height at end of year 2 (C & D), and number o...
Bar sections above zero display the summed positive contributions (orange) and bar sections below ze...
This data set of leaf, stem, and root biomass for various plant taxa was compiled from the primary l...
Mean flower density of visited forage plants per m2 from transects in each year, along with the rang...
<p>a. Percentage of sample units where at least one grass plant established: control (grass alone), ...
1 Matrix population models are usually constructed by employing average values of vital rates (survi...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
Large interspecific differences exist in the potential relative growth rate (RGR) of plants. Which p...
205 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.Reproductive effort, or the p...
<p>A) Relationship between survival probability, plant size (in number of cladodes) and annual rainf...
Comparison of community-weighted means for Axis1, leaf dry matter content, and reproductive height c...
Plants respond to nitrogen availability by changing their root : shoot ratios. One hypothesis used t...
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
Three groups of species (21 herbaceous monocotyledons, 22 herbaceous dicotyledons and 16 woody dicot...
<p>For the purpose of graphical presentation only, we need to account for size differences among spe...
<p>Shoot survival from year 1 to year 2 (A & B), shoot height at end of year 2 (C & D), and number o...
Bar sections above zero display the summed positive contributions (orange) and bar sections below ze...
This data set of leaf, stem, and root biomass for various plant taxa was compiled from the primary l...
Mean flower density of visited forage plants per m2 from transects in each year, along with the rang...
<p>a. Percentage of sample units where at least one grass plant established: control (grass alone), ...
1 Matrix population models are usually constructed by employing average values of vital rates (survi...
Allometric equations are often used to estimate plant biomass allocation to different tissue types f...
Large interspecific differences exist in the potential relative growth rate (RGR) of plants. Which p...
205 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.Reproductive effort, or the p...
<p>A) Relationship between survival probability, plant size (in number of cladodes) and annual rainf...
Comparison of community-weighted means for Axis1, leaf dry matter content, and reproductive height c...
Plants respond to nitrogen availability by changing their root : shoot ratios. One hypothesis used t...
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
Three groups of species (21 herbaceous monocotyledons, 22 herbaceous dicotyledons and 16 woody dicot...
<p>For the purpose of graphical presentation only, we need to account for size differences among spe...