Program MARK

• Program MARK
  
• Advances since 1985
  
• Encounter Techniques
  
• Types of Encounter History Data
  
• Estimable Parameters
  
• Models in MARK
  
• Additional Features
  
• Knowledge Required of the User
  
• Data are Required to Gain Reliable Knowledge
  
• Computer Requirements
  
• Program Architecture
  
• Vocabulary of MARK
  
• Basic Data
  
• Likelihood Function
  
• Pr(Enc. History)
  
• Dead Encounters
  
• Seber 1970
  
• Brownie et al. 1985 Model
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Dead Encounters
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Live Encounters (CJS)
  
• Extensions to CJS
  
• Multi-Strata Model
  
• Jolly-Seber Model
  
• Robust Design
  
• Robust-design Multi-strata Models
  
• Joint Encounters
  
• Joint Encounters
  
• Joint Encounters
  
• Joint Encounters
  
• Joint Encounters
  
• Barker Live-Dead Model
  
• Robust Design Barker Model
  
• Robust Design Barker Model
  
• Multi-strata with Live and Dead Encounters
  
• Joint Encounters: Estimation of Radio Effects
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures
  
• Closed Captures with Heterogeneity
  
• Closed Captures with Heterogeneity
  
• Closed Captures
  
• Closed Captures
  
• Known Fate
  
• Known Fate
  
• Known Fate
  
• Known Fate
  
• Known Fate
  
• Known Fate
  
• Known Fate Equivalent to Kaplan Meier
  
• Advantages of Using MARK Known Fate over Kaplan-Meier
  
• Model Building
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• Parameter Index Matrix – PIM
  
• PIM Manipulation
  
• PIM Chart
  
• Design Matrix
  
• Individual Covariates
  
• PIMs for Design Matrix Examples
  
• Model {theta(g*t)}
  
• Link Functions
  
• Design Matrix
  
• Design Matrix
  
• Design Matrix
  
• Logit vs. Real Parameters
  
• Model {theta(.)}
  
• Model {theta(g)}
  
• Model {theta(t)}
  
• Model {theta(g + t)}
  
• Model {theta(g*t)}
  
• Model {theta(T)}
  
• Model {theta(g + T)}
  
• Model {theta(g*T)}
  
• Design Matrix Manipulation
  
• Design Matrix Functions
  
• Numerical Estimation
  
• Numerical Methods
  
• Features of Results Browser
  
• Hypothesis Tests
  
• Goodness-of-fit Procedures
  
• Advanced Analyses
  
• Model Selection
  
• Model Selection Information-Theoretic Approach
  
• Model Selection
  
• Selecting “Best” Model
  
• Model Averaging
  
• Model Averaging
  
• Model Averaging
  
• Model Averaging
  
• Variance Components
  
• Process Variance €2
  
• Variance Components
  
• Variance Components
  
• Variance Components
  
• Example
  
• Example Continued
  
• Program MARK Assumptions
  
• Quasi-likelihood Estimation
  
• Goodness of Fit
  
• Goodness of Fit – Logistic Regression
  
• Goodness-of-fit Testing
  
• Bootstrap Procedure
  
• Goodness of Fit – Bootstrap Approach
  
• Logistic Regression Procedure
  
• Logistic Regression Procedure
  
• Logistic Regression Procedure
  
• Program Documentation
  
• Program Availability

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