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["1. General introduction",null,"Person","Powerpoint file","Status"]
[1,"Fisheries of the world – global overview","Jeppe","01GlobalFisheriesOverview.ppt","ready"]
[2,"Fisheries in the Carribean","natives"]
[3,"Patterns of exploitation, industrial vs. small scale fisheries.","Jeppe","01PatternsOfExploitation.ppt","ready"]
[4,"Fisheries and resource management, the role of the fisheries scientist.","Jeppe","01FisheriesManagement.ppt","read"]
[5,"Ecosystem approach to fisherie and marine protected areas","Jeppe","01EAFapproachAndMPAs,ppt","ready"]
[6,"Fish and climate – (implications and implication for the constant MSY concept??)","Jeppe","01FishAndClimate.ppt","ready"]
[7,"Incorporating traditional knowledge??????","Jeppe"]
[8,"Alternative thinking??????","Natives/UWI???"]
["2. Fisheries ecology"]
[1,"General overview of the environment, processes, community structure","Jeppe"]
[2,"Life histories, trophic levels, species interaction, life history traits: The principles of mortality, growth, maturity and their relation to ecological and evolutionary strategies (r vs. K). ","Jeppe","02LifeHistoriesAndAdaptation.ppt","ready"]
[3,"Fishing effect on the population, community and habitat. Effect of fishing on life history traits. ","Jeppe","02EffectOfFishing.ppt","ready"]
[4,"Ecological concepts in relation to multi-species fisheries, fishing down the food web. ","Jeppe","02MultispeciesConcepts.ppt"]
[5,"Case studies…"]
["3. Biostatistic"]
[1,"Biostatistics 1: Descriptive statistics, measure of central tendency, measure of variability, the normal distribution and statistical inference","Einar","03Biostatistics01.ppt","ready"]
[2,"Biostatistics 2. Confronting models with data. Simple and multilinear models, minimization","Einar","03Biostatistics02.ppt","ready"]
[3,"Biostatistics 3: Bootstrapping. General concepts, simple examples, use in stock production models","Einar","03Biostatistics04.ppt","ready"]
[4,"Biostatistics 4: General linearized models. General concepts and use in standardizing CPUE","Einar","03Biostatistics05.ppt","not started"]
[5,"Biostatistics 5: Age length keys, converting length to age using parametric growth models","Einar/Jeppe","03Biostatistics06.ppt","not started"]
[6,"Biostatistics 6. Sampling theory: Objectives, accuracy and precision.  Sampling strategy, stratified random sampling, determining sampling intensity, standardization methods. Survey methods and survey designs.","Einar","03Biostatistics03.ppt","ready"]
["4 Quantitative fisheries biology"]
[1,"Fisheries data: General patterns in length and age data in catches and surveys: A case story of the data structure for Icelandic cod and haddock.","Einar","04CohortDataStructure.ppt","incomplete, need to merge some stuff and add length"]
[2,"Principles of stock dynamics: Stock definition, Russel's fundamental equation, simple population models. The stock and the catch equation.","Einar","04BasicEquations.ppt","ready"]
[3,"Gear selectivity","Jeppe","04GearSelectivity.ppt","ready"]
[4,"Age and growth: Methods of age determination, von Bertalanffy growth model, estimates of growth parameters from tagging data, length-frequency analysis. Effect of sampling methods and model violations on parameter estimates.","Jeppe","04AgeAndGrowth.ppt","ready"]
[5,"Cohort models – full models:  Age and length based models. Statistical catch at age/length","Einar","04StatisticalFullModels.ppt","incomplete, need to generalize for length as well"]
[6,"Cohort models – the VPA, including that based on length converted to age (static model)","Jeppe??"]
[7,"Mortality: Relative and instantaneous mortality, estimation of mortality rates: catch curves, depletion experiments, tagging experiment. Natural mortality.","Einar/Jeppe","04Mortality.ppt","ready"]
[8,"Yield per recruit models: Optimum exploitation rate, effect of selection pattern on yield, change in catch and stock composition as a function exploitation rate, multi-species yield analysis. Growth and recruitment overfishing, introduction to stock recruitment pattern.","Einar/Jeppe","04YperRModels.ppt","ready, except making link with length based stuff"]
[9,"Specific models – mixed models","Einar","04MixedModels.ppt","incomplete"]
[10,"Surplus production models. Density dependence, Equilibrium and non-equilibrium models. Parameter estimation, the importance of contrast in the data, model violation","Einar/Jeppe","04SurplusProductionModel.ppt","incomplete, need to add multiple cpue indices option"]

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[]
["Week 1"]
["Time","Monday","Tuesday","Wednesday","Thursday","Friday"]
["09:00-10:00","Opening session","01 Fisheries in the Carribean - regional overview","01 Patterns of exploitation, industrial vs. small scale","01 Fisheries and resource management, role of fisheries scientist","01 EAF and MPA's"]
["10:00-10:20","Tea","Tea","Tea","Tea","Tea"]
["10:20-12:00","01 Fisheries of the world - global overivew","03 Fisheries data - general patterns in length and age","03 Principels of stock dynamics, introduction to fundamental equations","03 Age and growth","03 Mortality"]
["12:00-13:00","Lunch","Lunch","Lunch","Lunch","Lunch"]
["13:00-15:00","02 Biostatistics 1: descriptive, measure of central tendency and measures of spread","02 Biostatistics 2: Confronting models with data","02 Biostatistics 3: Bootstrapping","02 Biostatistics 4: GLM","02 Biostatistics 5: Sampling therory and sampling design"]
["15:00-15:30","Tea","Tea","Tea","Tea","Tea"]
["15:30-17:00","Excercises: - Biostatistics 1","Excercises: Biostatistics 2","Excercises: Biostatistics 3","Excercises: Biostatistics 4","Excercises: Biostatistics"]
[]
["Week 2"]
["Time","Monday","Tuesday","Wednesday","Thursday","Friday"]
["09:00-10:00","Envrionment, processes and community structures","Live history traits, trophic dynamice","Effect of fishing on the population, community and habitat","Ecological concepts in relation to multi-species fisheries, fishing down the food web. ","Case studies"]
["10:00-10:20","Tea","Tea","Tea","Tea","Tea"]
["10:20-12:00","03 Yield per recruit","03 Stock production model","Cohort models – full models:  Age and length based models. Statistical catch at age/length","Cohort models – the VPA, including that based on length converted to age (static model)","Specific models - mixed models (depletion models, delay-difference models)"]
["12:00-13:00","Lunch","Lunch","Lunch","Lunch","Lunch"]
["13:00-15:00","Excercises: Growth","Excercise: Mortality","Excercise: Stock production model","Excercise: Cohort models","Discussions - next steps"]
["15:00-15:30","Tea","Tea","Tea","Tea","Tea"]
["15:30-17:00","Excercises: Growth","Excercise: Yield per recruit ","Excercise: Stock production model","Excercise: Cohort models","Closing"]