Statistics and Computer Applications in Natural Sciences (ENV-200 and 200L)

Fall Semester, 2009  

Instructor:  Dr. Hongbing Sun

 

Periods: Lecture- Tuesday & Thursday, 9:45-11:15 in Rm STC 334.

 

Laboratory  Thursday and Friday, STC Rm 334 (2:20- 5:20 PM)

 

Office Hours: Tue. And Wed. 1:10-2:10 PM; Fri. 10:20-11:20AM. Other times by appointment

Room 324, Science & Technology Center; hsun@rider.edu

 

Objectives:  Student will learn variables, probability, central tendency, variability, graphical representation, scales, sampling procedures, hypothesis testing, and statistical interpretation of biological, environmental, marine, and geological data. This course will address the departmental assessment goals of enabling students to demonstrate knowledge of interpretation of spatial and temporal graphical data in the form of various graphs and maps to either support or reject scientific hypotheses.

 

Text: Biostatistical Analysis (5th edition) by J. H. Zar, 2010.

 

Evaluations:  Three lecture exams: 51% of the total, each exam:17%. Homework: 10%.  Laboratory Exercises: 35%. In class exercises may be counted towards the total grade for up to 15 points. Total points will be 101 points. My grading policy is as follows: A range >90, B range 80-89, C range 70-79, D range 60-69, F range <60. "Borderline" cases will be judged individually, based on grade improvement, demonstrated effort and class participation, etc.

 

Attendance Is Required. Regular attendance makes a big difference in the final grade received. The material in this class is cumulative. If you miss a day, you may find that you are lost during the next lecture. Four unexcused absences will result in a drop of your final score by 4 points. Excessive absences will result in more deducted points from your total score (or you being dropped from the course). Excuses for absence will be granted for approved athletic participation, approved field trips, a certified serious illness, death in the immediate family and military examinations. Absence from class, no matter what the reason, does not grant the student a chance to make up the in-class exercises or a quiz. Instructor′s permission for withdrawal will be given only for exceptional circumstances.  Make-up exams are generally not given and a grade of "F" is given for any regularly scheduled exam that is missed.

 

Note: In order to be excused for an absence, you must have documentation to validate your excuses. For example, if you are sick, you need a doctor′s note to show me.  If your car broke down, you need a slip from the towing company or your mechanics.  Also it is my experience that self-motivated students tend to do better in this course. If you usually leave things to the last minute, it may be difficult for you to keep your grades at an acceptable level. If your math skills are a bit rusty or you are a bit fearful of math in general, I suggest you pick up additional reference books such as Basic Statistics or Statistics for Dummies from the library or book stores.

 

Cheating: Academic integrity is highly valued at Rider. Students caught cheating during an examination will be removed from the class and given a "zero" for that test.

 

Class schedules are tentative, may change during the semester 

 

Dates

Topics

References Chapter

Sept

Sept.10 

Basic Data and Types of Graphs   

1.3-1.5

 

15

Types of Graphs

1.1- 1.2

 

17

Scales of Geological/Biological Data

 

 

17,18

Lab  - Graphical Representations of Data

Chpt. 2  

 

22

Sampling Procedures & Information Loss

3.1-3.5;

 

24

Population Estimators; Central Tendency 

 

 

24,25

Lab  - Ternary Diagrams

4.1-4.6; 6.1-6.3

 

29

Measures of Dispersion and Variation

7.3-7.4; 7.8, 7.10

 

Oct. 1

Measures of Dispersion and Variation

 

 

1,2

Lab - Descriptive Statistics; Confidence Limits

4.7   

 

6

Community Estimators/Diversity Indices

 

Oct

8

Exam (Types of Graphs-Community Estimators)

 

 

8,9

Lab - t-Test; Pairing Design Test; Wilcoxon Test; Median Test      

6.4-6.5; 7.1-7.2               

 

13

Hypothesis Formation & Testing

8.1, 8.9-8.11

 

15

Tests for Central Tendency

 

 

15,16

Lab  - Kolmogorov-Smirnov Test; Mann-Whitney U Test

Chapter 9; 24.7

 

20 

Tests for Central Tendency

24.1, 24.5-6

*

22

Poisson Distributions & Randomness 

 

*

22,23

Lab - Goodness of Fit Test; Runs Test; Binomial Test

25.1, 25.6-7; 26.1-8

 

27

Circular Distributions of Data

27.1, 27.6, 27.18-19

 

29,30

Tests of Orientational Data

 

 

23 

Lab  - Rose Diagrams & Tests of Orientational Data 

 

 

Nov.3 

Catch up

Notes

 

5

Tests of Spatially Distributed Data

 

 

5,6

Lab  - Nearest Neighbor Test  & Variance/Mean Ratio Test

 

Nov

10 

Exam (Tests of Central Tendency to Spatially Distributed Data)

 

 

12

Sequential Events

 

 

12,13

Lab - Cluster Analysis 

8.5, 10. 6

 

17

Homogeneity of Variance 

10.1,10.4-5;11.1

 

19

Analysis of Variance (One way)

12.1,12.4-5    

 

 

Two way ANOVA

 

 

19,20 

Bartlet's Test & F-Test 

19.1

 

24

Correlation Tests

19.9,19.5,19.1

 

26 

NO CLASS- THANKSGIVING RECESS

 

 

26,27

NO LAB- THANKSGIVING RECESS

 

Dec

 

Dec.1

Correlation Tests

 

 

4

Correlation Tests: Regression Analysis

 

 

4,5

Lab - One Way and Two ANOVA; Tukey & Neuman-Keuls

18.1-2

 

Regression Analysis

17.1-4. 17.6, 17.10

 

10

Correlation Tests: Regression Analysis

 

 

10,11

Lab - Correlation Tests & Regression Analysis

 

Dec

14

Monday, 9:30-11:30AM FINAL EXAM (Homogeneity of variance to regression analysis).

 


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Last updated 9/8/2009