Analyzing Environmental Data

Walter W. Piegorsch
A. John Bailer
(c)2005 John Wiley & Sons ISBN:0-470-84836-7 (HB)

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Chapter 1 Exercises

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Chapter 2 Exercises

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Chapter 3 Exercises

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Chapter 4 Exercises

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Chapter 5 Exercises

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Chapter 6 Exercises

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Chapter 7 Exercises

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Chapter 8 Exercises

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Chapter 1 SAS(R) code

Figure 1.4: Sample SAS code to fit multiple linear regression model to Soil pH Data
Figure 1.6: Sample SAS code to fit two-factor ANOVA model to Macroinvertebrate Ratio Data
Figure 1.9: Sample SAS code to fit equal-slopes ANCOVA for Faba Bean Genotoxicity Data
Figure 1.12: Sample SAS code to fit quadratic regression for Rice Yield Data

Chapter 2 SAS code

Figure 2.2: Sample SAS code to fit left plateau model to Lizard Development Data
Figure 2.6: Sample SAS code to fit simple two-plateau model to Polymer Data
Figure 2.8: Sample SAS code to fit continuous two-segment model to Pond Water Level Data
Figure 2.11: Sample SAS code to fit monoexponential model to Pine Tree Abundance Data
Figure 2.15: Sample SAS code to fit specialized biexponential model to Nitrite Utilization Data
Figure 2.19: Sample SAS code to fit Gompertz curve to Fruit Diameter Data
Figure 2.22: Sample SAS code to fit logistic growth curve to Mold Growth Rate Data
Figure 2.26: Sample SAS code to fit four-parameter logistic growth curve to Herbicide Bioassay Data
Figure 2.28: Sample SAS code to fit Weibull growth curve to Pesticide Ecotoxicity Data
Figure 2.31: Sample SAS code to fit Michaelis-Menten curve to Puromycin Data
Figure 2.34: Sample SAS code to fit multiple nonlinear regression model to Dissolved Oxygen Data

Chapter 3 SAS code

Figure 3.1: Sample SAS code to fit simple linear regression model to Motor Vehicle CO2 Data
Figure 3.4: Sample SAS code to fit logit, probit, and CLL links to Groundwater Contamination Data
Figure 3.7: Sample SAS code to fit Cochran-Armitage trend test to Ozone Exceedance Data
Figure 3.9: Sample SAS code to fit logit link to Litter Effect Data via GEEs
Figure 3.11: Sample SAS code to fit Poisson log-linear model to Oak Tree Association Data
Figure 3.15: Sample SAS code to fit gamma log-linear ANCOVA to Mutant Frequency Data

Chapter 4 SAS code

Figure 4.2: Sample SAS code to fit simple logistic regression model and find log(LC50) for Copper Toxicity Data
Figure 4.7: Sample SAS code to fit k = 2 multistage model to PeCP Carcinogenicity Data

Chapter 5 SAS code

Figure 5.3: Sample SAS code to fit simple harmonic regression fit to the Water Surface Temperature Data
Figure 5.7: Sample SAS code for periodogram construction with Lynx Trappings Data
Figure 5.12: Sample SAS code for prewhitening and periodogram construction with Mauna Loa C02 Data
Figure 5.14: Sample SAS code for harmonic regression and Durbin-Watson analysis with Lynx Trappings Data
Figure 5.16: Sample SAS code for prewhitening and ACF plot with Lynx Trappings Data
Figure 5.19: Sample SAS code to fit AR(k) regression to Eskdalemuir Ozone Data
Figure 5.23: Sample SAS code for bilinear regression prewhitening and ACF plot of River Water Management Data
Figure 5.28: Sample SAS code to fit AR(1) mixed model fit with Longspur Growth Rate Data

Chapter 6 SAS code

Figure 6.3: Sample SAS code to find Pearson statistic using a Poisson log-linear model
Figure 6.8: Sample SAS code to determine summary statistics for Grass Shrimp Biomass Data
Figure 6.11: Sample SAS code to find robust empirical semivariogram with Grass Shrimp Biomass Data
Figure 6.13: Sample SAS code for weighted least squares (WLS) fit of spherical model to robust empirical semivariogram with Grass Shrimp Biomass Data
Figure 6.16: Sample SAS code for for kriging EBLUPs with Grass Shrimp Biomass Data
Figure 6.18: Sample SAS code for empirical semivariogram estimation with TCE Groundwater Concentration Data
Figure 6.20: Sample SAS code for REML semivariogram estimation with TCE Groundwater Concentration Data
Figure 6.22: Sample SAS code for no-nugget REML EBLUP with TCE Groundwater Concentration Data
Figure 6.24: Sample SAS code for REML semivariogram estimation with Reventazon Rainfall Data

Chapter 7 SAS code

Figure 7.2: Sample SAS code for forest plot with Heavy Metal Toxicity Data
Figure 7.4: Sample SAS code for Fisher's exact test with Urethane Carcinogenesis Data

Chapter 8 SAS code

Figure 8.1: Sample SAS code to build a SRS of size n = 16
Figure 8.3: Sample SAS code to estimate population mean with Soil Contamination Data from finite population of size N = 96
Figure 8.5: Sample SAS code to build a stratified random sample of size n = 25
Figure 8.7: Sample SAS code to estimate population mean via stratified random sample with Phosphorus Concentration Data

Appendix A SAS code

Figure A.1: Sample SAS code for standard normal cumulative probability
Figure A.2: Sample SAS code to find standard normal critical point
Figure A.3: Sample SAS code for t-distribution upper-tail probability
Figure A.4: Sample SAS code to find t-distribution critical point
Figure A.5: Sample SAS code for chi-square distribution upper-tail probability
Figure A.6: Sample SAS code to find chi-square critical point
Figure A.7: Sample SAS code for F-distribution upper-tail probability
Figure A.8: Sample SAS code to find F-distribution critical point

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This page last revised October 2013.

The authors, the publisher, the Department of Mathematics at the University of Arizona, the Department of Mathematics & Statistics at Miami University, provide this material as a free service. No guarantee, implicit or expressed, is provided for its use, nor is any responsibility accepted for consequences thereof. Unauthorized use is prohibited.

Analyzing Environmental Data

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Data sets for selected exercises

SAS Computer code from selected examples