{"text_format":"3","workbook":"xlsx","n_sheets":6,"sheets":["New indicators","Task Force Scoping","Alt mgt options elements","CCTF Climate risks and adaptati","Indicators","Sheet5"],"read":"whole","date_system":"1900"}

{"sheet":"New indicators","index":0,"n_rows":20,"n_cols":12,"rows_kept":20,"merged":[[1,0,5,0],[1,8,5,8],[6,0,7,0],[6,8,7,8],[8,0,10,0],[8,8,10,8],[11,0,16,0],[11,8,16,8],[17,0,19,0],[17,8,19,8]]}
["Ecosystem Goal","Ecosystem Objectives (FEP)","Climate adapatation","Management supportive tools","Policy Management measures","Metrics & indicators","Current status","Partnerships","RISK","Adapation Measures ","Counter-intuitive outcomes","Uncertainty"]
["Ecosystem Goal 1: Maintain, rebuild, and restore fish stocks at levels sufficient to protect, maintain, and restore food web structure and function","1. Maintain target biomass levels for target species, consistent with optimum yield, using available tools. ","Climate-informed management tools","MSE: test climate informed biological reference points; test spatial and temporal regulations  to address shifting distributions",null,"long-term B/B0 ; total yield; volatility in B or C;  access to subsistence resources; catch-->wellbeing analyses","e.g., ACLIM"]
[null,"2. Maintain healthy populations and function of non-target and forage species. ",null,"Identify species at Risk/exposure to Climate change for non-target species (maybe based around long-term projections, scenarios, and recent extreme events)",null,"Rapid vulnerability and Risk synthesis (IK/TK based and expert opinion); LK observations of change; long-term shifts in monitoring timeseries; ID uncertainty/gaps ","Marine mammal rapid vulnerability analysis (underway)"]
[{"$nulls":6},"EBS climate vulnerabilty analysis (CVA; complete)"]
[{"$nulls":6},"EBS climate vulnerabilty analysis (CVA; complete); ACLIM foodweb models"]
[null,"3. Adjust fishing-related mortality from the system to be commensurate with total productivity and continue to limit optimum yield to 2 million metric tons for the BSAI groundfish fisheries. ",null,"MSE: test climate informed multispecies reference points; test spatial and temporal regulations  to address shifting distributions",null,"Aggregate yield; long-term B/B0 ; total yield; volatility in B or C;  access to subsistence resources; catch-->wellbeing analyses","GAP"]
["Ecosystem Goal 2: Protect, restore, and maintain the ecological processes, trophic levels, diversity, and overall productive capacity of the system","4. Maintain key predator/prey relationships. ",null,"MSE & spatial analyses: evaluate changes to species overlap; project food-webs ",null,"Risk of collapse; changes in overlap; changes in diet & food web interactions","e.g., ACLIM -food web model; spatial habitat modeling"]
[null,"5. Conserve structure and function of ecosystem components. ",null,"MSE and spatial analyses: project scenario changes in Fishing X Climate change scenarios through coupled social-ecological system",null,"Benthic/pelagic productivity ratios; length of food-chain; access to key subsistence resources; economic and social indicators ","e.g., Climate Vulnerability Anaysis (P. Spencer lead), ACLIM, spatial habitat modeling (Rooper, Ortiz, & Thorson), ESR indicator project (Ortiz lead)"]
["Ecosystem Goal 3: Conserve habitats for fish and other wildlife","6. Minimize adverse impacts to essential fish habitat, to the extent practicable. ",null,"Project winter spawning flatfish recruitment and wind forcing and run MSE on Area Disturbed by Trawl Gear ; MSE alternative spatial temporal regulations and scenarios of allocations",null,"Effect on yield, economics, area disturbed (could decrease if spp are constrained to a certain area), access to resource by communities; impacts on subsistence resources (direct and indirect)","e.g., spatial habitat modeling (Rooper, Ortiz, & Thorson)"]
[null,"7. Minimize and/or avoid impacts to ecologically-sensitive habitat, including habitat areas of particular concern (HAPCs). ",null,"Spatial analyses: Structural epifauna (EBS shelf)  changes under climate change; projected changes to fishing activity (direct) or species redistributions & overlap; MSE evaluations",null,"Overlap between species, fisheries, and habitats; climate-driven change to habitats","e.g., spatial habitat modeling (Rooper, Ortiz, & Thorson); ACLIM"]
[null,"8. Minimize and/or avoid impacts to seabirds, marine mammals, and protected species. ",null,"climate projections of spatial distributions; expert opinion/ rapid vulnerability analyses: Coccolithophores; Seabird monitoring; Northern fur seal pup production; Seabird bycatch ",null,"Climate- projects and forecasts of distributions and overlap","e.g., Lenfest NFS project, [add others]"]
["Ecosystem Goal 4: Provide for subsistence, commercial, recreational, and non-consumptive uses of the marine environment ","9. Support benefits in the Bering Sea fishery and fishery-related industries. ",null,"MSE climate impacts on fisheries (direct e.g., storminess), and indirect (changes in spp distribution and abundance), changes to communities, access, etc under different allocation and regulations; ",null,"Social and ecological indicators such as: nutrition, subsistence harvest, unemployment; Human population; School enrollment, safety and health, Juvenile Chinook index; Groundfish Discards ; Recreational fishing participation; subsistence harvest indicators","e.g., ACLIM SQ scenario; need to add tradeoffs (upcoming)"]
[null,"10.Provide opportunities for new entrants in Federal fisheries. ",null,"MSE to Evaluate climate-specific options (e.g., flexibility )",null,"performance of social and ecological indicators","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"11.Promote economic and community stability to all commercial harvesting and processing sectors. ",null,"MSE of Status Quo versus alternative BRPs and management strategies ",null,"Economic indicators, volatility in catch, $$, community stability","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"12.Promote sustainable opportunities and community resilience for subsistence users and Alaska Native communities. ",null,"MSE of Status Quo versus alternative BRPs and management strategies ; evaluate climate-driven interactions and overlap in subsistence resources, climate change, and fisheries",null,"performance of community level/aggregated social and ecological indicators","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"13.Provide for directed fisheries including subsistence fisheries by minimizing bycatch mortality. ",null,"Evaluate dynamic management tools (e.g., role of bycatch risk maps; rolling closures based on projected/forecasted conditions), etc.",null,"bycatch rates, total yield, community level/aggregated social and ecological indicators","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"14.Preserve the ability for stakeholders to derive non-consumptive and cultural value from the Bering Sea ecosystem. ",null,"CVAs and expert opinion evaluations of climate change exposure and risk; MSE via collaboration and co-production of network analyses and spatial overlap with fisheries X climate",null,"Indicators/ performance of non-consumptive and cultural resources; well being, sense of place","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
["Ecosystem Goal 5: Avoid irreversible or long-term adverse effects on fishery resources and the marine environment                \n                              Ecosystem Goal 6: Provide a legacy of healthy ecosystems for future generations","15.Establish appropriate thresholds to minimize risk of crossing ecosystem tipping points caused by fishery or other human activity. ",null,"Identify adaptation goals; MSE to evaluate progress towards or limits to adaptation give management X climate scenarios",null,"Indicators specific to adaptation goals","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"16.Encourage responsible parties to minimize adverse impacts to fish and other wildlife associated with changes in shipping activity, tourism, energy, and other types of development. ",null,"Expert opinion, spatial analyses and MSE evaluation of indirect impacts and interactions between climate, fisheries, subsistence harvest and other climate-influenced sectors (like shipping; tourism)",null,"Biological, ecological, and social indicators (influenced by climate)","Co-production of knowledge and partnerships needed; collaborations and coupling to MSEs and Risk assessments"]
[null,"17.Ensure that fishery management is sufficiently adaptive to account for the effects of climate change or other ecosystem changes, including loss of sea ice and ocean acidification. ",null,"All",null,"As above but measured at both the nearterm (10 yr) and long-term (30-50, 100y) timescales","ACLIM; CVA, spatial habitat modeling; synthesis of diverse knowledge sources"]

{"sheet":"Task Force Scoping","index":1,"n_rows":44,"n_cols":4,"rows_kept":44}
["Task force Expertise","Core Membership  ~10 people\n(every meeting)","Broader participants ~20+\n(1+ times per year)","Key partnerships"]
["Climate change scenarios","X","arctic futures 2050"]
["Bering Sea & Arctic"]
["Tribal resilience planning",null,"X","X"]
["Marine Mammals","MM-POC","MML lab"]
["MSE/assessments"]
["Modeling geek"]
["Food web expertise"]
[]
["Birds"]
["Salmon"]
["groundfish"]
["commercial crabs"]
["forage species"]
["benthic community"]
["plankton"]
["Atmospheric climatologist",null,"X"]
["Ocean chemistry"]
["Oceanography",null,"X"]
["sub-tidal habitat"]
["intertidal habitat"]
["TK","X"]
["LK",null,"X"]
["commercial fishing"]
["subsistence"]
["other (rec/charter)"]
["non-consumptive activities (shipping, etc)"]
[]
["policymakers "]
["policy implementers"]
["governance","X"]
[]
[]
["Considerations for balanced teams"]
["TK"]
["Agency"]
["eNGO"]
["Specialist/ generalist"]
["Management liason","X",null,"X"]
["Academic"]
["Interdisciplinary"]
["Ecosystem sub comm of the Council",null,"X"]
["Communication"]
["Cooperative science / citizen science"]

{"sheet":"Alt mgt options elements","index":2,"n_rows":2,"n_cols":5,"rows_kept":2}
[null,"Status quo","More conservative","Remove Bycatch constraint","Drop fisheries"]
[null,"Amd 56 of FMP"]

{"sheet":"CCTF Climate risks and adaptati","index":3,"n_rows":40,"n_cols":11,"rows_kept":40,"merged":[[6,0,17,0],[6,1,9,1],[11,1,14,1],[11,3,13,3],[32,0,36,0],[32,5,36,5],[32,7,36,7]]}
["General summary of climate drivers and ecosystem responses and risks, available information and fishery management tools to identify information gaps and potential management actions."]
["Table Caption.  Generic responses  simplify risk and changes actions  in response to to climate driven change in the Berin Sea. Climate driving risk to the Bering sea Social Ecologcial system , idendifies Gaps, available information/knowledge and potential management actions."]
[]
["Climate driven change to processes","Response","Risk","Best available information/knowledge","Status","Synthesis Tools to inform management action","Status","Potential Management actions (orange boxes)","Status quo? Needed","Climate adaptations","Focal spp/components"]
[]
[{"$nulls":7},"Transboundary agreements",null,null,"Pollock"]
["CLIMATE CHANGE (e.g., Changes to sea ice and cold pool)","Changes in distribution of fish and crab spp",null,"Forecast of cold pool","in-development","Distribution map based on forecast of coldpool ",null,"Revised space/time managment areas/allocation/harvest limit",null,null,"YFS"]
[{"$nulls":3},"observed shifts: NEBS Survey, fishery","Yes","Climate-informed stock assessment : HCR adjusted for cold pool ","under development","Adjust harvest limit (climate-informed ABC/OFL)"]
[{"$nulls":3},"observed shifts:  LK/TK",null,"Testimonial - climate briefing [needed on ramp]","under development","? [under development]",null,null,"rockfish"]
[{"$nulls":3},"Genetic analyses of population","Yes for Pcod","NEBS Survey NEBS LK/TK observations",null,"Revised space/time managment areas/allocation/harvest limit",null,null,"chalky halibut"]
[null,"Changes in fishery access ",null,"Fishery observations of CPUE",{"$nulls":6},"Pacific cod"]
[null,"Changes in productivity (species specific or ecosystem)",null,"climate-specific changes in growth/size at maturity, diet analyses, observations of unusual morality events",null,"Climate-informed natural mortality model, maturity and growth models, and food-web models","YFS-yes, other spp are close....","Adjust harvest limit (climate-informed ABC/OFL)"]
[{"$nulls":5},"Ecosystem / climate report [needed on ramp]","GAP"]
[{"$nulls":5},"ESP- climate indices for each species","under development"]
[{"$nulls":5},"Risk tables? sensu Dorn and Zador"]
[null,"Changes in encouter rates with target and non-target species",null,"Observations of bycatch and incidental catch","yes","nowcast of by-catch avoidance areas (BAAs/sensu seastate)","yes - for some spp","dynamic or adaptive bycatch measures","for some spp."]
[null,"Changes in fish or crab quality/ quantity/value",{"$nulls":5},"incremental updates / regime specific (of fixed) bycatch limits (for some spp)","yes for some spp"]
[null,"Increase in predator/ prey dynamics"]
["Changes to ocean chemistry (OA, O2, Salinity)","GAP",null,"changes in size distribution, migratory behavior, ",null,"Conceptual food web model (as with Pribs study) specific to NS"]
["Changes in water temperature","Change in reproductive potential",null,"Conceptual model of climate-ecosystem- RKC for Norton Sound",null,"predator prey model for cod-crab and potentially specific to norton sound RKC"]
["Change in ocean circulation","Changes in larval recruitment"]
[{"$nulls":3},"state surveys and catch accounting",{"$nulls":3},"State management actions: fishery closure, harvest "]
[{"$nulls":7},"Emergency status declaration"]
[{"$nulls":7},"Processor allocations"]
[{"$nulls":7},"Market allocations/ value changes"]
[]
[]
[]
[]
[]
[]
[" IMPACTS OF CLIMATE CHANGE","POTENTIAL ECOSYSTEM RESPONSE","RISK","BEST AVAILABLE INFORMATION/KNOWLEDGE","STATUS","TOOLS TO INFORM MANAGEMENT ACTION","STAUS","POTENTIAL MANAGMENT ACTION","ACTION REQUIRED"]
["Changes in sea ice duration and extent.","Changes in species productivity and distribution","Bias in Survey biomass estimates & stock assessment results","Recent shifts in distribution in survey data ; LK/TK","New","Models that integrate sea ice information into ecosystem impacts for predictions. Quantitative models for generating the relative risk among alternative policies.","Under development","Develop management objectives in response to changes in observed climate-based indices. Implement harvest-rate strategies that are robust to sea-ice variability."]
[null,"Changes in catchabilty","Increased gear interactions and reduced fisheries efficiency","changes in trawl catchabilty and fisheries cpue; LK/TK re subsistence harvest and resource distribution","Ongoing"]
[null,"Changes in Predator-prey interactions","Changes in stock productivity.","Fisheries independent survey, stock assessments and catch accounting.; LK/TK","Ongoing"]
[null,"Impacts to subsistence (e.g. longer travel, unsafe conditions, etc.)",null,"LK/TK"]
[{"$nulls":6},"ACLIM?"]
["Changes in Ocean chemistry","GAP","Reduced quality/quanitity/value of fish and shelfish.","pH impacts on shellfish production; observations of shellfish based on LK/TK","New","Food web models to make predictions about how changes in productivity propagate through the foodweb."]
["Changes in water Temperature","Changes in growth rates and reproductive potential.","Reduced production capacity in the Bering Sea","Oceanographic data from remote sensing and research cruises.; LK/TK","Ongoing",null,null,"Risk assessment , tradeoff analyses, scenario planning"]
["Changes in atmospheric & oceanographic circulation.","Changes in species composition and distribution.","Loss of commercial resources due to displacement or loss of spcies.","Remote sensing, biological surveys.; LK/TK e.g. re ocean currents, atmospheric observations and shifts, etc","Ongoing"]

{"sheet":"Indicators","index":4,"n_rows":19,"n_cols":6,"rows_kept":19}
["Climate driver/pressure/change","domain","Climate indicators","sources","Notes"]
["Changes to sea ice","Changes in safety at sea","distance from coast guard centers to fishery centroids","?","Response time for emergencies at sea, cost of saftey operations - feeds into national standard guidelines"]
["Increased storm frequency and strength","Changes in safety at sea","Wind strength-days","see Lisa Pfeiffer 's work (NWFSC)","Decreased predictability and increased variability in weather patterns, with a variety of effects, including for safety","Centroids of abundance"]
["Increased storm frequency and strength","Harbor/infrastructure of small boat harbors ","annual cost of armoring and reinforcing/ maintence","Could impact fisheries management because there is a lack of infrastructure for small scale fishing boats (e.g., pribs)"]
["Changes to sea ice","Changes in subsistence resource access","Sea ice thickness","TK and LK reports, remote sensing, nowcast models","Reflects sea ice stability, strength, seal breeding potential, access to hunting grounds","Decreases in ice and impacts of that on subsistence resources and hunting"]
["Changes to productivity","Changes in marine mammal subsistence resource access","Seal counts and hunter reports","TK and LK reports","Seal  counts already included in ESR"]
["Economic stability of coastal communities"]
["Multiple climate drivers","Changes to wellbeing","? [Lauren and Brenden - help!]"]
["Multiple climate drivers","Changes to social cohesion","? [Lauren and Brenden - help!]"]
["Changes to sea ice"]
["Changes to cold pool","Catchability for yellowfin sole","Steepness of the isotherm ","Model estimates","Indicates herding of yellowfin sole"]
["Changes to sea ice","Changes in forage rates on bivalves (in open water areas)","Spectacled eider abundance and southern distribution","Fish and wildlife survey","Indicator of bivalve forage predation impacts"]
["Multiple climate drivers","Changes in fish distribution and fishery access","Proportion of catch by reporting area/ EBS grid","VMS - Upward facing acoustics, shared data collaborations, mean distribution of fishing activities; CP (hook and line), residence time by lat","Indicator of fraction of the stock that has left FMP area/ EEZ"]
["Multiple climate drivers","Changes in fish distribution and fishery access","Residence time by lat/lon (northern location","VMS - Upward facing acoustics, shared data collaborations, mean distribution of fishing activities; CP (hook and line), residence time by lat","Indicator of fraction of the stock that has left FMP area/ EEZ"]
[null,null,"Coastal erosion rates"]
["Changes to sea ice",null,"Changes in cold pool"]
[null,null,"SST"]
[null,null,"BT "]
[null,null,"Marine heatwave index"]

{"sheet":"Sheet5","index":5,"n_rows":50,"n_cols":8,"rows_kept":50}
["Point of Contact","Categories","domain","Climate indicators","sources","Notes","coarse ","Lookup table category"]
["Brenden Raymond-Yakoubian","Human etc","Safety (fleet at sea, subsistence, etc.)","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",{"$nulls":3},"fill in"]
["Brenden Raymond-Yakoubian","Human etc","Subsistence resource availability","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,null,"physical","Climate drivers"]
["Brenden Raymond-Yakoubian","Human etc","Subsistence harvest and storage","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. opportunities to harvest, ability to put food away, ability to purchase permits/cover costs","physical","physical/oceanographic"]
["Brenden Raymond-Yakoubian","Human etc","Community well-being","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. livelihood, connections to place, food security, food scarcity, intergenerational (knowledge transmission), sharing, leisure, migration, etc.","biological","lower trophic"]
["Brenden Raymond-Yakoubian","Human etc","Infrastructure","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. boat launch and storage, etc.","biological","habitat"]
["Brenden Raymond-Yakoubian","Human etc","Self-determination","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. sovereignty, education, food security, voice in decision-making, financial independence","biological","targeted species"]
["Brenden Raymond-Yakoubian","Human etc","Local economy","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. jobs, childcare, barter and trade, poverty, wages overall, wages by sector, favorable socioeconomic conditions","biological","non- targeted species"]
["Brenden Raymond-Yakoubian","Human etc","Climate and weather predictability and variability","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,null,"biological","protected species"]
["Brenden Raymond-Yakoubian","Human etc","Indigenous/Subsistence management, stewardship, and values","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,null,"human","subsistence"]
["Brenden Raymond-Yakoubian","Human etc","Environmental sustainability and ecological health","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)",null,"E.g. extractive development, pollution, vessel traffic, habitat health and degradation, etc.","human","social"]
["Brenden Raymond-Yakoubian","Human etc","Resilience and adaptability","Rich qualitative data (There is a preference and need for this.  Also, while quantitative indicators may exist that are suggestive or potentially useful, there is a need to accompany that with qualitative data.  Some possible quantitative indicators which may be suggestive: XYZ.)"]
[{"$nulls":6},"human","economic"]
[null,"management","Stock status","<B40",null,null,"human","management"]
[null,"management","Stock status","Marine Mammals/ESA/MMP limits?",null,null,"all","all SES (social-ecological system)"]
[null,"management","Stock status","overfished stock",null,null,"all","Resilience"]
[null,"management","OY","Ability to reach TAC",{"$nulls":3},"Active vessels"]
[null,"management","OY","PSC contraints"]
[null,"management","OY","incidental catch needs"]
[null,"management","flexibility"]
[null,"fill in"]
[null,"fill in","Subsitence harvest resources","NFS fur seal pup counts","ESR","Every two year data source"]
[null,"fill in","Subsitence harvest resources","Ice seal abundance counts",null,"Long processing time"]
[null,"fill in"]
["Jeremy Sterling","upper trophic","Ecosystem productivity carrying capacity","UME designations - index and/or stranding events","CCTF- new; LK/TK"]
[null,"fill in"]
[null,"fill in","Subsitence harvest access","Ice extent and thickness","NSIDC","regularly updated"]
[null,"social; economic","Safety at sea ","Ice extent and thickness","NSIDC","regularly updated;  indicator of ship traffic"]
[null,"fill in"]
[null,"fill in"]
[null,"fill in","food/productivity for ecosystem","ROMSNPZ fall/spring zooplankton","ACLIM","hindcast and projections available for this"]
[null,"fill in","cold pool","ROMSNPZ cold pool","ACLIM","hindcast and projections available for this"]
[null,"fill in"]
[null,"fill in"]
[null,"fill in"]
[null,"fill in"]
[null,"fill in"]
[null,"fill in"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","Catch",null,"SAFE"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","FAO global production",null,"SAFE"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","Salmon and Halibut subsistence trends by eco-region",null,"ESR"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","% utilization ",null,"ECSPM"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","Average price",null,"SAFE"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic","Ex-vessel price",null,"SAFE"]
["Brenden Raymond-Yakoubian and Diana Stram","Economic (employmet)","Fishing weeks",null,"SAFE"]
["Brenden Raymond-Yakoubian and Diana Stram","Fishery Sustainability","Season length index",null,"CSPM"]
["Brenden Raymond-Yakoubian and Diana Stram","Fishery Sustainability","Active vessels",null,"CSPM"]
["Brenden Raymond-Yakoubian and Diana Stram","Resilience","K-12 school enrollment, graduation and dropout rates",null,"ESR + qualitative data"]
["Brenden Raymond-Yakoubian and Diana Stram","Resilience","Trends in human population by eco-region",null,"ESR + qualitative data"]
["Brenden Raymond-Yakoubian and Diana Stram","Resilience","Community participation in groundfish and crab fisheries ",null,"ACEPO "]