Lecture: T-TH 2:00-3:30, 160 Dwinelle
Lab: Th 3:30-5:00, 160 Dwinelle or in the field
Discussion sections (1 hr/wk): T 1-2 in 246 Dwinelle, W 9-10 in 3102 Etcheverry
Computer lab during discussion section or lab times: 212 Wheeler

Instructor: Dr. Wayne Sousa, Integrative Biology, office hr: M 11-12, 4181/4182 VLSB
wpsousa@socrates.berkeley.edu
GSIs: John O. Niles, Energy and Resources Group, office hr: W 1-2, 74 Barrows
joniles@socrates.berkeley.edu
Matthew Henn, ESPM, office hr. TBA
mh@nature.berkeley.edu

Useful links:
ES 196 http://socrates.berkeley.edu/~es196
ESSA http://socrates.berkeley.edu/~essa

*Required textbooks:

Day, R.A. 1998. How to write & publish a scientific paper. 5th ed. Orynx Press, Phoenix.

Other assigned readings:

"Hairston, N.G. 1989. Ecological experiments: purpose, design and execution.
Cambridge Univ. Press, Cambridge."

"Hurlbert, S.J. 1984. Pseudoreplication and the design of ecological field experiments.
Ecological Monographs 54:187-211."

Platt, J.R. 1964. Strong Inference. Science 146:347-353.

"Underwood, A.J. 1991. Beyond BACI: experimental designs for detecting human
environmental impacts on temporal variations in natural populations. Australian Journal of Marine and Freshwater Research 42:569-587."

 

 

SYLLABUS

Wk Date Lecture Reading *
Section I - How to develop a research question
1 1/22 Introduction: purpose of the course, course structure, etc. Platt 1964
1/24 Where do research questions come from? Development of alternative hypotheses.  
2 1/29 Introduction to ES 196 Lecturers & Presentations on current 196 Projects  
1/31 Invited speaker: Matteo Garbelotto on Sudden Oak Death (SOD) SOD site
LAB Choosing biological, physical and social group projects related to SOD  
3 2/5 Roundtable discussion of project ideas with ES 196 students  
Section II - Gathering and analyzing data
  2/7 Sampling methods in the natural sciences: estimating the abundances and distributions of biological populations and physical features Hurlbert 1984
LAB Searching the published literature: a lecture on electronic bibliographic searches by a Biosciences librarian Handout
4 2/12 Sampling methods cont.; introduction to SOD field projects  

2/14

FIELD

Observing the disease and selecting study sites  
5 2/19

Sampling methods in the social sciences: Design of surveys, interviews, etc.

Invited lecture by a staff member of the campus Survey Research Center

 

2/21

FIELD

Field sampling for SOD projects  
6 2/26 Introduction to statistical data analysis: data types, descriptive statistics, parametric vs. non-parametric tests, testing assumptions, transformations, statistical power, one-tailed vs. two-tailed hypotheses  

2/28

Discussion of SOD field projects  
7 3/5 Introduction to statistical data analysis cont.  

3/7

FIELD

Field sampling for SOD projects
 
8 3/12 Analyzing our sampling data, Part 1  

3/14

Analyzing our sampling data, Part 2
 
LAB Computer Lab  
Section III - Communicating your results
9 3/19 Research publications: format and writing Day pp. 1-50
3/21 How to prepare tables, graphs and reference lists Day pp. 51-83

3/26-28

Spring Break

 
10 4/2 How to prepare and give oral and poster presentations Day pp. 182-192
4/4 Student presentations of SOD project results  
11 4/9 Research proposals: format and writing  
Section IV - Introduction to special methods (Invited Speakers TBA)
  4/11 Design of Field Experiments and Environmental Impact Studies Hairston 1989, Chap. 2 & 3, Underwood 1991
12 4/16 Environmental Consulting  
4/18 Remote sensing: aerial photography, satellite imagery, GPS  
13 4/23 Geographic Information Systems  
4/25 Impacts of invasive species  
14 4/30 Sampling benthic organisms in aquatic habitats  
5/2 Hydrology  
15 5/7 Marine ecotoxicology  
5/9 Air Quality  
5/14 Energy regulation  

This page created and maintained by N. J. Hausmann

Last Updated: 2/27/02

If you encounter any problems navigating this site please contact him at guava@uclink.berkeley.edu

Mahalo

 


 

 


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Introduction to the Methods
of Environmental Science (Spring 2002)