Meeting Schedule and Overview
Week
|
Ecology
|
Topic
|
Data
|
Reading
|
1
|
Physical Environment
|
Intro
|
Fish metabolism
|
|
2
|
Physical Environment
|
Sampling
|
Fish metabolism
|
p. 1-16
|
3
|
Physical Environment
|
Variation, Graphing
|
Fish metabolism
|
p. 23-43
|
4
|
Physical Environment
|
Models
|
Fish metabolism
|
p. 539-547
|
5
|
Physical Environment
|
Writeup
|
Fish metabolism
|
p. 149-167
|
6
|
Population Ecology
|
Variation, Graphing
|
Kelp Populations
|
p. 43-46
|
7
|
Population Ecology
|
Statistics
|
Kelp Populations
|
p. 65-73, 96-107
|
8
|
Population Ecology
|
Models
|
Kelp Populations
|
p. 73-80, 338-340
|
9
|
Population Ecology
|
Writeup
|
Kelp Populations
|
p. 176-177
|
10
|
Community Ecology
|
Experimental design
|
Aquatic invasives
|
p. 423-445
|
11
|
Community Ecology
|
Data management
|
Aquatic invasives
|
p. 459-473
|
12
|
Community Ecology
|
Models
|
Aquatic invasives
|
p. 115-116
|
13
|
Ecosystem Ecology
|
Wrapup
|
Grassland productivity
|
p. 503-512, 201-202
|
Data Content
Week
|
Content
|
1
|
Introduction to ecological data
|
2
|
Using R, exploring data, sample variation, basic graphing
|
3
|
Correlation and regression
|
4
|
Summary statistics including mean and variance
|
5
|
Drawing conclusions from graphs and models
|
6
|
Variance, boxplots, median, quartiles, histogram
|
7
|
Comparing samples using a t-test
|
8
|
Drawing conclusions from boxplots and statistical tests
|
9
|
Experimental design
|
10
|
Standard error, standard deviation, and confidence intervals
|
11
|
Hypothesis testing
|
12
|
ANOVA
|
13
|
Conclusions from correlation, regression, and ANOVA
|
Complementary ecology concepts
Note: Concepts in ecology will be reinforced by analyzing ecological data. It is assumed that you have studied the underlying concepts in BIO 262.
Week
|
Item
|
Content
|
1-5
|
Question
|
How do nutrient cycling rates of fish in lakes scale with body size and temperature?
|
Concepts
|
Nutrient cycling, Allometry, Metabolism, Genetic variation
|
System
|
Aquatic ecosystems and fish (vertebrates)
|
6-9
|
Question
|
How do primary productivity and growth rates of kelp vary among seasons, years, and sites?
|
Concepts
|
Primary productivity, Population growth
|
System
|
Marine ecosystems and kelp (algae)
|
10-12
|
Question
|
What are the effects of invasive species on a native aquatic community?
|
Concepts
|
Food webs, Predation, Competition, Population dynamics, Direct and indirect effects
|
System
|
Aquatic ecosystems; Amphibians and fish (vertebrates), snails and Daphnia (invertebrates), algae
|
13
|
Question
|
What are the effects of plant diversity on ecosystem productivity?
|
Concepts
|
Diversity, Ecosystem function, Nutrient cycling
|
System
|
System: Grassland ecosystems and plants
|