EARLY HEARING DETECTION AND INTERVENTION VIRTUAL CONFERENCE
MARCH 2-5, 2021
(Virtually the same conference, without elevators, airplane tickets, or hotel room keys)
6/05/2017 | 9:15 AM - 9:30 AM | Adopting open-source technology to simulate daily saltwater intrusion on a tidal freshwater wetland | 301B
Adopting open-source technology to simulate daily saltwater intrusion on a tidal freshwater wetland
Conventional (manual) methods for soil amendment in a tidal wetland require time and energy-consuming actions such as a daytime application during weekly site visits at best. This manual approach increases the source and probability of experimental errors due to frequent and direct human involvement. To both overcome the disadvantages of manual work and accomplish a more natural transition of wetland salinization, we designed and installed a solar-powered irrigation system built from an open-source microcontroller and off-the-shelf electronics for simulating saltwater intrusion on a tidal freshwater wetland. Continuous operation of the system during the growing season has transitioned the soil salinity from freshwater to oligohaline and allowed us to observe the resulting biological changes in carbon cycling. We will describe the stages of development from designing the system, selecting the electronic and hardware components, integrating these components with the Arduino, programming the system, and installation in the field. This system could be easily adapted for other ecosystem manipulations to help enhance our understanding of environmental change.
- C09 Wetland Ecology
- C22 Disturbance
- S07 Conducting freshwater science with open-source, inexpensive technologies
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Presenters/Authors
Dong Yoon Lee
(), Virginia Commonwealth University, dr.dongyoon.lee@gmail.com;
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Olivia De Meo
(), Virginia Institute of Marine Science, odemeo@vims.edu;
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Scott Neubauer
(), Virginia Commonwealth University, sneubauer@vcu.edu;
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