CALC.ANALYTIC.Q: Compute analytic estimates of q, the scaling parameter...
In antarctic-humpback-2019-assessment/HumpbackSIR: Use Sample-Importance-Resampling to Estimate Southern Humpback Abundance
CALC.ANALYTIC.Q R Documentation
Compute analytic estimates of q, the scaling parameter between indices and
absolute population size
Description
Compute analytic estimates of q, the scaling parameter between indices and
absolute population size
Usage
CALC.ANALYTIC.Q(rel.abundance, Pred_N, start_yr, add_CV = 0, num.IA)
Arguments
rel.abundance
Relative abundance index
Pred_N
Predicted population
start_yr
Initial year
add_CV
Coefficient of variation
num.IA
Index of abundance
Value
A numeric estimator for $q$.
antarctic-humpback-2019-assessment/HumpbackSIR documentation built on Nov. 6, 2023, 6:07 p.m.
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| CALC.ANALYTIC.Q | R Documentation |
Compute analytic estimates of q, the scaling parameter between indices and absolute population size
Description
Compute analytic estimates of q, the scaling parameter between indices and absolute population size
Usage
CALC.ANALYTIC.Q(rel.abundance, Pred_N, start_yr, add_CV = 0, num.IA)
Arguments
rel.abundance |
Relative abundance index |
Pred_N |
Predicted population |
start_yr |
Initial year |
add_CV |
Coefficient of variation |
num.IA |
Index of abundance |
Value
A numeric estimator for $q$.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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