Keywords:
body-size composition
;
growth curve
;
population size
;
reproduction
;
survival
Description / Table of Contents:
1. Introduction ---
2. Standard growth formula in fish population dynamics ---
2-1. Traditional growth formulae ---
2-2. Standard formula of RGF in fish population dynamics ---
2-3. Seasonal growth formula ---
2-4. Standard formula for seasonal growth ---
2-5. Parameter estimation and statistical test of growth formulae ---
(Example 1) Fitting the growth formula to clam data. ---
(Example 2) Fitting VBGF1 for Pacific hake data. ---
2-6. The generalized reproduction model ---
2-7. Parameter estimation for reproduction model ---
2-8. Supplement ---
3. Analysis of the body-size composition ---
3-1. Statistical model ---
3-2. Hasselblad method ---
3-3. Undetermined multiplier method ---
3-4. EM algorithm ---
3-5. Convergence criterion by diminishing mapping ---
3-6. Approximation of the Jacobi method ---
3-7. Difference between the iteration method and the EM algorithm ---
(Example 3) Estimation of the age composition for the data of the porgy ---
3-8. Marquardt method ---
4. Estimation of the population size ---
4-1. Petersen method ---
(Example 4) Estimation of the 95% interval of N when M = 60, n = 141, and r = 11. ---
4-2. Bayesian statistical method for the Petersen method ---
4-3. Bayesian statistical method by using the hyper-geometric distribution ---
4-4. Quadrat method ---
4-5. Bayesian statistical method for the quadrat method ---
(Example 5) Estimation of the 95% interval of n when r = 5 and p = 0.1. ---
4-6. DeLury removal method ---
(Example 6) Analysis of the data in Table 5. ---
4-7. Proof of the sum formulae of the binomial distribution and the hyper-geometric distribution ---
5. Survival models ---
5-1. VPA ---
5-2. VPA using mortality rates ---
5-3. Leslie matrix model ---
5-4. Linear programming for fishing equations ---
6. Summary
Pages:
Online-Ressource (45 Seiten)
ISBN:
1882322X
URL:
http://www.terrapub.co.jp/onlinemonographs/absm/abstract/02/0203.html
Language:
English
