Digital Commons Network^™

The Importance Of Statistical Design In Spatial Analysis: Indiana Superfund Site Locations And Socioeconomic Variables, Jenna Johnston, Cecilia Hall

Fall Interdisciplinary Research Symposium

Environmental justice research has focused on the question of whether marginalized people are more likely to live close to polluted sites. These spatial disparities have been found when analyzing the distribution of Superfund sites with race and socioeconomic status. However, these results appear to be dependent on what methods and units of analysis are used. This study examines whether these disparities exist in Indiana by comparing the results of two different statistical tests: a t-test and bootstrapping analysis.

Using t-tests to compare median income in areas close to and far from Superfund sites at distances of 1 and 5 miles …

Seedling And Resprout Survival Of Three Chaparral Species Following Woolsey Wildfire, Karagan L. Smith, Stephen D. Davis

Featured Research

Fire is a common natural disaster that effects Southern California. Combined with recent chronic drought, there has been an increase in the damage and frequency of these fires in recent years. Three chaparral species are common to the Pepperdine campus: Malosma laurina, Ceanothus spinosus, and Ceanothus megacarpus. The survival of these native species is essential because they are indicators for the changes that are occurring in our local ecosystem and provide further implications of how our ecosystem responds to natural disaster. Seedling recruitment and resprouting are mechanisms these chaparral species use to reestablish postfire. Postfire data have been recorded …

Comparison Of Postfire Seedling Recruitment Of 2019 In Three Key Chaparral Species, Karagan Smith, Reid Furukawa, Brett Muramoto, Stephen D. Davis

Featured Research

Fire is a common natural disaster that sweeps through Southern California. Combined with periods of acute, and most recent, chronic drought, we have seen an increase in the damage and frequency of these fires in recent years. Three chaparral species are common to the Pepperdine campus: Malosma laurina, Ceanothus spinosus, and Ceanothus megacarpus. The survival of these three native species is essential because they serve as biomarkers for the changes that are occurring in our local ecosystem and provide further implications for how our ecosystem is responding to natural disaster. Seedling recruitment is a mechanism that is used by …

Frontline Experiences From Changing Fisheries Bycatch Paradigms, David Kerstetter

Marine & Environmental Sciences Faculty Proceedings, Presentations, Speeches, Lectures

No abstract provided.

Insights Into Forest Soil Carbon Dynamics From Nuclear Magnetic Resonance Spectroscopy, Chris E. Johnson

Civil and Environmental Engineering

No abstract provided.

Nmr Investigations Of Natural Organic Matter In Forest Ecosystems, Chris E. Johnson

Civil and Environmental Engineering

No abstract provided.