generate climate change resilience layer

[gubuntu]

produce each of these layers (add more if missing):

• [x] climate change resilience
  • [x] riparian corridors and buffers
  • [x] biophysical diversity
  • [x] altitude heterogeneity
  • [x] precipitation heterogeneity
  • [x] temperature heterogeneity
  • [x] high biotic diversity
  • [x] biome heterogeneity
  • [x] vegetation group heterogeneity
  • [x] vegetation type heterogeneity
  • [x] centres of floral endemism
  • [x] local refugia
  • [x] south facing slopes and kloofs
  • [x] kloofs
  • [x] priority large unfragmented areas

references in the project's '5-operations' Drive folder:

• Holness_2017_Integrated Spatial Prioritization for KNP Buffer - report for review
• process flow diagram https://app.diagrams.net/#G1cZREmkh4cu7OrkGwQicZs9Ul74JdxWbn aka 'WBR SEMP process flow.drawio'

[seabilwe]

• Using the lc_status raster layer to create a cost surface raster.

• already have filtered the river layer to only show large rivers and 2nd order, for large used perennial

• created a 500m and 5km buffer, using the rivers layer, but will create a one side buffer

• the riparian layer has been excluded from the ccr layer for the moment

[gubuntu]

please get hold of floral endemism data asap so we can use it in the next round

[gubuntu]

your composite map seems to be dominated by the biophysical diversity layer. Please review your methodology to ensure it follows Holness and that layers are weighted and combined properly.

[seabilwe]

Endemic layer:

Used the layer from the sanbi schema:

Vegetation classed as endemic:

Fixed geometry of the layer then rasterized and clipped to remaining natural habitat, excluding transformed and degraded: