The NH LoVoTECS project recently published a newsletter and launched a blog dedicated to updates, interesting findings and additional information about the LoVoTECS network. Graduate student Ashley Hyde presented a poster, “Using Specific Electrical Conductance to Compare Rainfall Runoff in NH Urban and Rural Catchments,” at the EPSCoR All Hands Meeting on November 7, 2012 in Waterville Valley, NH.
The New Hampshire Lotic Volunteer Temperature, Electrical, Conductivity, and Stage Sensing network (LoVoTECS) involves a state-of-the-art, broad scale and high-frequency hydrologic sensing network using simple sensors operated by a diverse group of partners. The network sensors continuously measure conductivity, temperature, and water level. These indicators of water quality and physical condition are key to understanding the natural variability of, and human influences on, streams and rivers. LoVoTECS is funded by the National Science Foundation through a cooperative agreement to the New Hampshire Experimental Program to Stimulate Competitive Research (EPSCoR) program. The network is coordinated by a group of researchers, staff, and students at Plymouth State University – and implemented by our broad group of partners, including educators,researchers, government agencies, non-profit organizations, and citizen scientists. Our goal is to improve our understanding of New Hampshire’s water resources and help develop a technically advanced workforce by providing educational opportunities to interact with large data sets.