Gary L. Chamberlain Fellowship

 

The Gary L. Chamberlain Student Research Fellowship honors Dr. Gary Chamberlain who taught at Seattle University from 1979 until 2009 in the Theology and Religious Studies Department. Dr. Chamberlain was a beloved teacher who contributed to the growth of the Environmental Studies Program and encouraged countless students to pursue their passion for environmental advocacy. He also connected theology and ecology through his many works including his books Because Water is Life: Catholic Social Teaching Confronts Earth’s Water Crises and Troubled Waters: Religion, Ethics and the Global Water Crisis.

2021-2022 Recipient

A headshot of DonnaThe 2021-2022 Gary L. Chamberlain Fellowship recipient is Donna Shahbazi who attends Seattle University’s School of Law. Students as young as eight years old are joining the pursuit of environmental justice. Some are recognized with national attention, while others are hometown heroes. The information compiled in this study will serve as a guide for student movements to come and those that are looking to grow. The purpose of this phenomenological study is to analyze student movements across the United States – their triumphs, successes, and failures. The compiled results of this study will be utilized as a blueprint for student groups in action and the many to come. This project will include educational resources, effective recruitment methods, and a document containing questions that groups of students should consider to ensure that they are identifying accurate needs and goals for their institution given that each group is different. 

2020-2021 Recipient

a headshot of Piper

The 2020-2021 Gary L. Chamberlain Fellowship recipient is Piper Klinger ('21) who is majoring in Environmental Science. Piper’s research seeks to develop a comprehensive and inexpensive methodology to prepare biochar adsorbents from wood pellets for use in the treatment of arsenic-contaminated drinking water. This research will develop a protocol for producing biochar from readily available, top-lit, under-draft cookstoves. In addition to producing biochar, these cookstoves are extremely clean-burning which makes their implementation in the developing world critical to the reduction of deaths due to indoor air pollution. The worldwide mortality rate related to indoor air pollution is nearly eight times the rate for deaths related to unsafe drinking water. The proposed work will produce enhanced biochar by modifying the surface of poplar tree pellets with calcium sulfate from discarded wallboard (calcium sulfate). Piper’s faculty mentor will be Dr. Phillip Thompson, CEJS director and professor of civil and environmental engineering.

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