WLF 448: Fish & Wildlife Population Ecology

Fall 2014

This page is always under construction: Check it regularly

Datea Topicb, c Required Readings
Aug 25 Course Information Mills 3-16
Aug 27 Lab Intro, Literature Searches  
Aug 29 Introduction to Population Ecology Mills 17-37
Aug 29

ECOLOGY AND SCIENCE

I.  Scientific Investigations

 Hobbs and Hilborn 2006; Braun 67-68 (The research management connection)

2011/Readings/Science and Pseudoscience.pdf

2011/Readings/scienceAndPseudoscience48.mp3

Aug 29

  Modeling Part 1 

 

Aug 31   Modeling continued

**Summary Sheet Due**
 

Sept. 3

No class - Labor Day     
Sep 5 INTRODUCTION TO POPULATIONS

What is a Population?

Cushing 1981:49-70

(on library reserve)

Sep 7 Semester Project Info
 
Sep 10 POPULATION DISTRIBUTIONS

I. Ecological Theory of Population Distributions

Krebs 32-104 (recommended, on library reserve)

 

Sep 12 I. Ecological Theory of Population Distributions (cont.)  
Sep 14   Guest Lecture:  Markus Mika, Science Director, HawkWatch International:

**Summary Sheet Due**

 
Sep 17   II. Estimating Distributions   Van Horne 1983
Sep 19   Guest Lecture:   
Sep 21 Modeling Population Growth with abundance data

Exponential
Humbert et al. (2009)... not Appendices

Mills 91-99

Sep 24   Guest Lecture:  Pete Zager, (IDFG):
"Managing Predators and Prey in Idaho"
 
Sep 26

 POPULATION GROWTH (cont)

Population Growth

Density Dependence 

Mills 114 - 131

Sept 28 Density Dependence (cont)



**Project Status Update due**

Recommended: Sibly et al. (2005)... possible project topic

Oct 1  Environmental Covariates 
 Population Viability
Dennis and Otten (2000)
Oct 3  Environmental Covariates 
Population Viability

Exam: Question/Review Time 
Recommended:

Staples et al. (2005): Viable Population Monitoring

Oct 5 EXAM I  

**Summary Sheet Due**
 
Oct 8 ESTIMATING POPULATION ABUNDANCE

Population Parameters: Density/Abundance

Total counts

Sampling Strategies

Mills 59-76

 

Oct 10 Distance Estimation

Line Transects and Variable Circular Plots

Braun 106-146
Oct 12  Estimating Abundances ppt

 

Cushing 95-117 (on library reserve)
Oct 15 DistanceSampling : Transects and Point Counts  
Oct 17  Modeling Probability of Detection

Aerial surveys

 
Oct 19

Mark-recapture

**Summary Sheet Due**

 
Oct 22 Indices of Population Abundance/Density  
Oct 24

MODELING POPULATION GROWTH USING DEMOGRAPHIC DATA

Demographic-based Population Models

  Mills 132-158

 

Oct 26

  Guest Lecture: 

 

 

 

 

Oct 29

PROJECT PROPOSAL DUE

  Demographic-based Population Models (cont.)

Sensitivity Analysis

 

Oct 31
Metapopulation Models
 
Nov 2 EXAM II  
**Summary Sheet Due**
 
Nov 5

ESTIMATING POPULATION DEMOGRAPHICS

Population Parameters: Fecundity, Mortality, Movements

Braun 160-175

Mills 76-87

Nov 7

Continued...

Population Parameters: Fecundity, Mortality, Movements

 
Nov 9

Continued...

Population Parameters: Fecundity, Mortality, Movements

Sex ratio (see Mills text)

 

 
Nov 12 Continued...
Dispersal
 
Nov 14 Dispersal
Horne et al. (2011)
Nov 16

Dispersal and Metapopulations

Case Study: Golden-cheeked warblers (cont.)

**Summary Sheet Due**

 

Nov 19

Nov 23

FALL RECESS - NO CLASS

 
Nov 26

Interspecific Interactions

I. Competition 

Case Study: Ocelots and bobcats 

 

Nov 28

 Competition (cont)

 

 

 

Nov 30 II. Predation  
Dec 3   EXAM III
**Summary Sheet Due**
 
Dec 5

ADDITIONAL TOPICS (Time permitting)

 II. Predation

 

Mills 159-175
Mills 287-307
Dec 7

PROJECT REPORT DUE (In Class)

 
Dec 11 FINAL EXAM (comprehensive):  7:30 - 9:30 am

 

a Dates of lecture topics/exams are approximate. Depending on class participation and interest, more or less time may be spent on a particular subject. Exam dates may change in accordance with class progress.

b To view or print lecture notes (handouts), click on the main topic headingCaution: do not just print out the main-topic pages; also look for links to additional material such as tables, figures, examples, etc.

c Some topics will not be covered in lecture or will be reviewed only briefly. In most cases, information on these topics will be presented in assigned readings, handouts, or laboratory sessions. Furthermore, the lecture notes provided here are not comprehensive, i.e., you must attend lecture and lab to get all the information. You are responsible for information presented in lecture and lab, as well as information from assigned readings, handouts, and class discussions.

 

References For Required Readings:

Braun, C. E., editor. 2005. Techniques for wildlife investigations and management. The Wildlife Society, Bethesda, Md. (required text)

Cushing, D. H.  1981.  Fisheries biology: a study in population dynamics.  University of Wisconsin Press, Madison, Wi. (on library reserve)

Krebs, C. J.  2001.  Ecology: the experimental analysis of distribution and abundance.  Benjamin Cummings, San Francisco, Ca. (on library reserve)

Mills, L.S.  2007. Conservation of wildlife populations.  Blackwell Publishing, Malden, Ma. (required text)

 

Revised: 11 March 2014