Welcome to EnviroDIY, a community for do-it-yourself environmental science and monitoring. EnviroDIY is part of WikiWatershed, a web toolkit designed to help citizens, conservation practitioners, municipal decision-makers, researchers, educators, and students advance knowledge and stewardship of fresh water. New to EnviroDIY? Start hereBlog
Grow Your DIY Skills
Stroud Water Research Center, in conjunction with the OPEnS Lab at Oregon State University, is excited to host a DIY workshop this September. Overview: Low-cost, do-it-yourself electronic microcontrollers, sensors, and actuators have revolutionized hydrologic research. Along with the possibilities for customized wireless communication and prototype construction, scientists are gaining an unlimited...[Read More]
Making Big Leaps in DIY Watershed Monitoring
Real-time monitoring and Web-based tools help to strengthen the measure-validate-disseminate links in the Internet of Water chain.
New tutorial: Learn EnviroDIY Programming
I’m a scientist with a limited amount of coding background and an even more limited understanding of electrical engineering, and EnviroDIY Modular Sensors on GitHub has made Arduino framework environmental monitoring possible for me. This blog post will point you to a tutorial that is intended to get end-users like me doing Arduino framework environmental monitoring like a pro. The Arduino Revolut...[Read More]
Build Your Own EnviroDIY Sensor Station
Stroud Water Research Center recently unveiled a comprehensive manual for building, programming, deploying, and maintaining an EnviroDIY Sensor Station.
The Internet of Things Meets the Internet of Water
ConnectorSupplier.com learned the history of the Mayfly Data Logger and its potential to transform water quality monitoring from EnviroDIY co-founders Anthony Aufdenkampe and Shannon Hicks and EnviroDIY collaborator, Beth Fisher.
Construction of Water Level Monitoring Sensor Station
Our goal was to supply Comfort Lake Forest Lake Watershed District in Forest Lake, Minnesota with an easy to use, low cost, and low power system that continuously monitors groundwater levels with minimal visits to the site.
