POST_FATE - graphics

A. Evolution of simulation through time

• Create temporal evolution table : retrieve PFG pixel abundance (as well as light and soil resources) through time
  with the function POST_FATE.temporalEvolution

• Abundance over all studied area : with the function POST_FATE.graphic_evolutionCoverage

• Abundance / light / soil within some pixels : with the function POST_FATE.graphic_evolutionPixels

• Habitat composition stability over all studied area : with the function POST_FATE.graphic_evolutionStability

B. Relative / binary maps & Evaluation of outputs

• Create relative abundance maps : transform absolute abundance maps into relative abundance maps
  with the function POST_FATE.relativeAbund

• Validation statistics : calculate evaluation metrics (TSS, AUC) for each PFG
  with the function POST_FATE.graphic_validationStatistics

• Create binary maps : transform relative abundance maps into presence / absence maps
  with the function POST_FATE.binaryMaps

• PFG outputs vs Habitat suitability : compare binary maps (outputs) with habitat suitability maps (inputs)
  with the function POST_FATE.graphic_mapPFGvsHS

C. Visualization of outputs

• PFG cover / richness / light CWM / soil CWM :
  with the function POST_FATE.graphic_mapPFG
  • create map of PFG abundance above 1.5 meters within each pixel
    
  • create map of number of PFG alive within each pixel
  • create map of light community weighted mean within each pixel
    
  • create map of soil community weighted mean within each pixel