SUSTAINABLE MANAGEMENT OF LIVING NATURAL RESOURCES
Introductions
Hastings
Lou Gross
- Big picture: big data, computational challenges.
 - NEON, DataONE, ADW, iDigBio
 - “Convergence” as the new interdisciplinary (National Academies)
 - Rise of synthesis centers
 - “Enabling architecture for next gen life science research” – National Academies report Lou Gross (2013)
 Comp Science for Natural Resource Management – Fuller, Wang, Gross (2007)
language barriers: What’s a model? Mouse, drosophila? logistic, ricker? GIS map layers? …
Contraints frequently dominate, not the control or the state equation.
Let stakeholders make their own rankings. Scenario analysis vs optimal control. Uncertainies! “Relative assessment protocol” Fuller, Gross, Duke-Sylvester, Palmer. “Testing the robustness of management descions under uncertainty” (ATLSS modeling)
Breakouts
notes from my breakout session:
Questions
- Sensitivity analysis of Scenario Rankings
 - What does a Resilience approach add
 - Generalities
 
Tools for decision under uncertainty
- optimization
 - threshold planning
 - scenario planning
 - resilience thinking
 
(Polasky et al 2011 TREE)
optimization
- Info gap “theory”
 - Satisfiability / mini-max
 - model approximation methods
 - dynamic programming
 
Leading Challenges
- To what extent are these approaches different sides of the same coin?
 - Are there truly non-optimization based approaches?
 - Almost-optimal approaches
 - Including constraints
 
what we do well
- Optimize easy problems
 - open loop
 
State-of-the-art
- Starting to: simulate optimal solutions to simple problems under more realistic circumstances
 - Starting to find multiple “optima”
 - feedback control (SDP)
 - Dual-control / adaptive control / active adaptive management / learning
 - large state space
 
Open challenges / what we do poorly
- Dual control under parameter uncertainty (without restrictive assumptions on parameters)
 - high-dimensional problems
 - multiple stake-holders / game-theory solutions (outside fisheries)
 - mapping between control and implementation (partial controllability)
 - large action space
 - (multiple) delayed effect actions
 
Open challenges: Multiple stake-holder games
- beyond 2-player differential games (with feedback)
 - simultaneous player actions
 
Open challenges: adaptive management timescales
- frequency of revisiting decisions
 - biological timescales
 - political timescales
 
Known nuisances
- curse of dimensionality
 - data collection methods
 - numerical methods
 - local vs global
 
Missed things
- spatial data, using rich data under the curse of dimensionality
 
ropensci
Writing out proof-of-principle interface to the dataone REST API, see rdataone and Introduction to the package
Key things:
- We can accomplish handling of certificates from httr, just add 
config = list(sslcert = ); see?httr::config, e.g. archive a file with: 
httr::PUT(paste0("https://knb.ecoinformatics.org/knb/d1/mn/v1/archive/", 
                         "urn:uuid:0bf9cf50-6b6b-45ad-b22c-ffd0ee2a21c3"), 
                                        config=config(sslcert = "/tmp/x509up_u1000"))
Posting new data requires writing a system metadata XML file. Currently have a crude minimal version of this, write_sysmeta.R, should see how dataone package is handling this.