search

open-AIMS / ADRIA_matlab

Repository for the development of ADRIA: Adaptive Dynamic Reef Intervention Algorithms. ADRIA is a multi-criteria decision support tool set particularly useful for informing reef restoration and adaptation interventions.
1 stars 0 forks source link

Replace universal max coral cover value (`P`) with site specific values #50

Closed ConnectedSystems closed 2 years ago

ConnectedSystems commented 2 years ago

IPMF's Moore Reef shapefiles include a k attribute for each site.

This relates to the P variable in ADRIA

https://aimsgovau.sharepoint.com/:f:/r/sites/RRAPMDS/Shared%20Documents/General/2_DataWorkflows/IPMF/input/spatial/shapefile_moore_reef_cluster_IPMF_polygons?csf=1&web=1&e=k8Lmg1

KRNA01 commented 2 years ago

@ConnectedSystems, great if we can simply pull this in as a data layer

KRNA01 commented 2 years ago

@ConnectedSystems, are these values explicit in the dataset Anna Cresswell is producing for us for Hastings?

ConnectedSystems commented 2 years ago

@KRNA01 Can't confirm 100% yet but I saw reference to a k value in the code, which is corresponds to the same field in the vector data for Moore Reef.

KRNA01 commented 2 years ago

Hi @ConnectedSystems and @Rosejoycrocker,

What would be involved in adding 'k' to the criteria list? Jointly, selecting for low coral cover AND a high k value would represent situations where there is high abundance of suitable substrate for coral seeding and coral recruitment.

ConnectedSystems commented 2 years ago

We can put a threshold in interventionDetails.m to do this, which would dictate a minimum k (or P if you prefer) value.

A consequence of putting it in interventionDetails is that it would indicate to ADRIA that we expect the value varies for optimization/sensitivity analysis.

We could alternatively put it in simConstants.m if it's intended as a constant across all simulations we run.

ConnectedSystems commented 2 years ago

Closed by commits in db2908d9f7c4bcf22774d72304551d73a81ec4ec