32 research outputs found
Filling estimates, richness and predicted changes.
<p>Filling estimates, richness and predicted changes.</p
Global potential sympatry index between the six <i>Aegilops</i> species and cultivated wheat in the European zone: RCP<sub>8.5</sub>.
<p>Global sympatry index (richness x wheat proxy) for <b>(A)</b> the current climate, <b>(B)</b> RCP<sub>8.5</sub> under the no migration hypothesis and <b>(C)</b> RCP<sub>8.5</sub> under the universal migration hypothesis.</p
Potential species richness: RCP<sub>4.5</sub>.
<p>Predicted richness for <b>(A</b>) the current climate, <b>(B)</b> RCP<sub>4.5</sub> under the no migration hypothesis and <b>(C)</b> RCP<sub>4.5</sub> under the universal migration hypothesis. Light grey, dark grey, light blue, medium blue, dark blue and red correspond to cells predicted to be suitable for one to six <i>Aegilops</i> species.</p
Most frequent potential associations of at least three species: RCP<sub>4.5</sub>.
<p>Predicted associations for <b>(A)</b> the current climate, <b>(B)</b> RCP<sub>4.5</sub> under the no migration hypothesis and <b>(C)</b> RCP<sub>4.5</sub> under the universal migration hypothesis. All classes of potential species richness ranging from three to six are represented. The color code is given below. The frequency of each association is also reported (in % of the total number of grid cells). Boxes indicate the most frequent associations in all RCP-by-migration hypothesis combinations.</p
tpc093674SupplementalDS4
List of Genbank accession used for the EST dataset of the articl
Average wheat harvested area according to various extents of territorial units.
<p>Data were divided by the total area of each territorial unit. Averages were calculated within the 2000–2009 time range, with variations depending on data availability. Cell values included in each unit served as a constant proxy over time for the cultivated wheat encounter probability.</p