ADRIA: Adaptive Dynamic Reef Intervention Algorithms.
ADRIA is a decision-support tool designed to help reef managers, modellers and decision-makers address the challenges of adapting to climate change in coral reefs. It provides line of sight to conservation solutions in complex settings where multiple objectives need to be considered, and helps investors identify which options represent the highest likelihood of providing returns on investment. ADRIA uses a set of dynamic Multi-Criteria Decision Analyses (dMCDA) which simulates a reef decision maker to identify candidate locations for intervention deployment which consider ecological, economic and social benefits.
ADRIA also includes a simplified coral ecosystem model to allow exploration of outcomes as a result of intervention decisions made across a wide range of possible future conditions.
Usage is demonstrated in the documentation
To specify user-specific options, a
config.toml file should be created with the following options (adjusted to suit your needs):
[operation] num_cores = 2 # No. of cores to use. Values <= 0 will use all available cores. threshold = 1e-6 # Result values below this will be set to 0.0 debug = false # Disable multi-processing to allow error messages to be shown [results] output_dir = "./Outputs" # Change this to point to where you want to store results
!!! tip "Performance"
ADRIA uses an on-disk data store to hold results from model runs.
output_dir to a directory on an SSD (Solid State Drive)
will maximize performance.
# Import ADRIA package using ADRIA # Load data for a spatial domain dom = ADRIA.load_domain("path to domain data package") # Generate 128 scenarios based on available environmental data layers and model parameters scens = ADRIA.sample(dom, 128) # Run sampled scenarios for a given RCP rs = ADRIA.run_scenarios(scens, dom, "45") # ... or repeatedly run scenarios across several RCPs rs = ADRIA.run_scenarios(scens, dom, ["45", "60", "85"]) # then extract metrics for analysis tac = ADRIA.metrics.total_absolute_cover(rs)