Population Size

A - 2
A 2 B C D2
A B
A2
Accounting for the freeliving stage
Ach1 m pm
Adding demography to SIR or SIRS models
Age structure and yield per recruit
An alternative to Brownian motion the Poisson increment
An introduction to some of the problems of sustainable fisheries
Applications of stochastic population dynamics to ecology evolution and biodemography
Asymptotic expansions
Back to the gamma density
Bifurcations and catastrophe theory
Bioeconomics and the role of discounting
Brownian motion
C2
CdU U1 U263
Chaos and complexity
Characterizing the transmission between susceptible and infected individuals
Cholera
Combining behavior and population dynamics - 2
Conjugate priors noninformative priors
Connections - 2
Contents
D
D gx xs ys x gy xs y s
Delay differential equations in general
Delay differential models for hostparasitoid dynamics
Differential equations in the phase plane
Diffusion and exponential population growth
Diffusion as a random walk - 2
Dpdt cp1 p mp c mp cp2
Dr
E
Ecological applications of disease models
Evolution of host choice in parasitoids
Evolution of host choice in parasitoids marking pheromones superparasitism and patch leaving
Evolution of virulenceevolution of resistance
Exercise 313 E
Exercise 315 E
Exercise 316 EM
Exercise 318 EM
Exercise 42 E
Exercise 43 MH
Exercise 44 M
Exercise 45 EM
Exercise 46 MH
Exercise 48 MH
Experiments events and probability fundamentals
F - 2
F xs ys qf x ylxsysx qyf x y
Four examples and a metaphor
Gaussian white noise
General literature
Gxy
Helminth worms
Http HTTF
I
I1 n
Individualbased models
Info - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87
J J
K
L
Lhs
Life history invariants
Linear and nonlinear diffusion
Linear regression least squares and total least squares measurement errors in both x and y
Marine Fisheries Section American Fisheries Society Special Publication
Meanvariance power laws
Model selection via likelihood ratio AIC and BIC
Moments expectation variance standard deviation and coefficient of variation
More about likelihood
More advanced models for population dynamics
More on mutualism
Multiple attacks may provide a different kind of refuge
N - 2
N 2n 12n20 N
Nrv V v v m
Nttn 12n nttn nttn 1810
O
Osp
P - 2 3
Permissions
Population dynamics in fluctuating environments
Preface Bill Mote Youngblood Hawke and Mel Brooks
Probability and some statistics
Pv
Random search with depletion
Random variables distribution and density functions
Risk analysis as a framework in fishery systems
Rvrv
S
Salmon are special
Separation of variables and Fourier series
Sir Sirs models
SJl Cambridge
Spontaneous asymmetric synthesis
St exp[at t2544
Stochastic dynamic programming
Stochastic epidemics
Stock and recruitment
T
Tcell phenotypes in multiple infections
Testing your methods with simulated data and then some of the real data
The basic idea escape from a domain of attraction
The basics of stochastic population dynamics
The beta density and patch leaving
The binomial distribution discrete trials and discrete outcomes
The broader ecological setting
The coevolution of virulence and host response
The evolution of virulence
The evolutionary ecology of parasitoids
The fdistribution and the second secret of statistics
The Fisher equation invasion biology and reaction diffusion equations
The fishery system
The forward equation
The gamma and beta functions
The gamma function
The lognormal distribution and nonnegative measurements
The Mac ArthurWilson theory of extinction time
The multinomial distribution more than one kind of success
The negative binomial 1 waiting for success
The negative binomial distribution 2 a Poisson process with varying rate parameter and the gamma density
The Nicholson Bailey model and its generalizations
The normal Gaussian distribution the standard for error distributions
The optimal level of virulence
The Poisson distribution continuous trials and discrete outcomes
The population biology of disease
The Ricker recruitment function
The role of a ceiling on population size
The Schaefer model and its extensions
The SI model
The SIR model of epidemics
The SIRS model of endemic diseases
The theory of marine reserves
The unbeatable ESS level of virulence
Thel Theoretical Biologists Toolbox
Thinking along sample paths
Topics from ordinary and partial differential equations
Two dimensional differential equations and the classification of steady states
Using the tdistribution in ecological models and Bayesian updating of the parameter
V
V2p
Variation in attack rate
Vectorbased models
X
1
XyMqCy z Cy tdy d
Yield per recruit

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