Carrie Taylor

Taylor, Carrie

 

Department

Land Resources & Environmental Sciences

Degree

Masters

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Monforton School

Teacher Partner

John Graves

Fellowship Year

2007

Research

My research focuses on plant species seasonal effects on wastewater treatment

My research focuses on plant species seasonal effects on wastewater treatment, and determining if relationships exist between plant traits and plant influences on water chemistry.  Constructed wetlands for treating wastewater provide a low-cost, low-energy alternative by mimicking natural wetland function.  Because microbial activity, the primary mechanism of water treatment, decreases with colder temperatures, it is counterintuitive to consider wetlands for wastewater treatment in Montana.  However, plants influence microbial activity and can fulfill one of the limiting factors in wastewater treatment processes.  Plant species, which are adapted to wetland conditions, release oxygen into the rhizosphere.  In the winter when root respiration decreases, an increase in root oxygen loss occurs, stimulating microbial activity for the treatment of wastewater.  If relationships between plant traits and plant species influence on wastewater are determined, then plant species could be selected to optimize wastewater treatment.

Bio

My research focuses on plant species seasonal effects on wastewater treatment

Growing up with a pond and a forest in my backyard; and family vacation trips camping, instilled a sense of wonderment and appreciations for the natural world.  This interest led me to study geology and be active in state forest conservation as an undergraduate at Indiana University.  After graduating college, I had a mix of experiences which allowed me to continue learning about the natural world, help protect it, and teach others.  After five years of seasonal conservation work, environmental education, and field surveys, I decided to return to school to pursue a Master’s degree.  Researching constructed wetlands allows me to continue learning about the natural world by studying wetland functions and plants and to promote conservation by improving the efficiency of a sustainable technology.  The GK-12 program gives me the opportunity to teach others about mimicking natural processes to create sustainable systems.  I hope to continue to be involved in work which blends science, conservation, and education with a career in wetland and riparian restoration.