Work with thought leaders and academic experts in Water Science and Technology

Companies can greatly benefit from working with experts in the field of Water Science and Technology. These professionals possess in-depth knowledge and skills that can contribute to various aspects of a company's operations. They can provide valuable insights and solutions for water management, conservation, and treatment. Additionally, they can assist in developing innovative technologies and processes to improve water quality and efficiency. Their expertise can also be utilized in conducting research and analysis to address specific challenges or optimize water-related systems. Collaborating with Water Science and Technology experts can lead to cost savings, regulatory compliance, and enhanced sustainability practices.

Researchers on NotedSource with backgrounds in Water Science and Technology include Rachel Presley, Suganthi Kanagaraj, Professor(Dr) Sanjay Rout, Joshua Dunlap, Ph.D. Candidate, Michael Hickner, Ramil Ahmadov, PhD, and Jo Boaler.

Rachel Presley

Lehi, Utah, United States of America
PhD Candidate, University of Maine Darling Marine Center
Most Relevant Research Expertise
Water Science and Technology
Other Research Expertise (8)
nitrogen biogeochemistry
nitrogen fixation
And 3 more
# MY RESEARCH INTERESTS I am interested in biogeochemical cycling within marine sediments and the overlying water column, marine botany, and marine microbiology. For my doctoral dissertation, I studied the balance between competing nitrate reduction processes (denitrification, dnra, and anammox) in anoxic marine sediments using sediment thin disc experiments. As part of this work, I used molecular techniques to examine how microbial communities changed after the experiments and differed between treatments. In addition to this experimental work, I studied the microbial community composition of sediments along an estuarine gradient in the Damariscotta River Estuary during different seasons. For my master’s thesis, I studied the biogeochemistry and microbial communities associated with nitrogen fixation in seagrass beds. My thesis focused on the temporal changes of biological nitrogen fixation in the rhizospheres of *Thalassia testudinum*  and *Halodule wrightii* in Santa Rosa Sound, northwest Florida. My study included the assessment of nitrogenase activity, nutrient availability, and microbial assemblage using the *nifH* gene.  # MY PASSION I love the natural sciences, especially biology. Learning the various mechanisms and processes by which the natural world functions fascinates me. I love asking questions, and I believe that it facilitates the growth of my knowledge. During my childhood, my family and I would often travel to the Texas coast and visit aquariums. Even from a young age, I have always marveled at the wonder and beauty of the sea. Learning and discovering more about the ocean increases my interest and passion for marine science.  # MY BACKGROUND I was born and grew up in a rural area of northwest Texas. Until I left to attend the University of Texas at Austin to obtain my undergraduate degree, I lived on our family farm that my great-great-grandparents established after migrating to America from Switzerland. As a child, I was exposed to the wide open spaces of the Texas prairie. I have always loved the outdoors and nature. I attribute my adoration for the natural world to my upbringing in such a desolate and rugged place. Growing up, I learned how to ride horses and raise cattle. Without the conveniences of an urban locale, I obtained experience in building barns and homes and working on automobiles, amongst other necessary skills for life on the plains. I am not afraid to get my hands dirty nor work hard.

See Full Profile

Example Water Science and Technology projects

How can companies collaborate more effectively with researchers, experts, and thought leaders to make progress on Water Science and Technology?

Water Conservation Strategy for Manufacturing Company

An expert in Water Science and Technology can help a manufacturing company develop a comprehensive water conservation strategy. They can analyze the company's water usage patterns, identify areas of inefficiency, and propose solutions to reduce water consumption. This can result in significant cost savings and improved sustainability.

Wastewater Treatment Optimization for Municipalities

Municipalities can benefit from collaborating with Water Science and Technology experts to optimize their wastewater treatment processes. These experts can assess the current infrastructure, identify bottlenecks, and propose innovative solutions to improve treatment efficiency and water quality. This can lead to better compliance with environmental regulations and reduced operational costs.

Water Quality Monitoring for Agricultural Operations

Agricultural companies can work with Water Science and Technology researchers to develop effective water quality monitoring systems. These experts can analyze the impact of agricultural practices on water resources, identify potential contaminants, and recommend strategies to mitigate risks. This can help ensure compliance with water quality standards and promote sustainable farming practices.

Desalination Technology Development for Coastal Communities

Coastal communities facing water scarcity can collaborate with Water Science and Technology experts to develop desalination technologies. These experts can conduct research, design efficient desalination systems, and optimize the process to provide a sustainable source of freshwater. This can help alleviate water shortages and support the growth and development of coastal regions.

Water Resource Management for Energy Companies

Energy companies can benefit from the expertise of Water Science and Technology researchers in managing water resources. These experts can assess the impact of energy production on water availability, develop strategies for water conservation, and recommend sustainable practices. This can help companies meet regulatory requirements, reduce water-related risks, and enhance their environmental performance.