Oct 20 – Basin Banter with Bill – Tennessee – SAVE THE DATE
Join us Thursday, May 27 @ NOON for a AWW Virtual Office Hour! All are welcome to join and ask any question related to AWW, monitoring, water quality, etc! Feel free to drop in at any point during the hour. Use this Zoom link to join: https://auburn.zoom.us/j/88552362286
If you need to come by our office, please call or email to make an appointment.
UPDATE – Training Opportunities
AWW is starting to offer in-person certification and recertification sessions in addition to the online and hybrid offerings that will be available soon. All in-person workshops will follow the health and safety guidelines set by Auburn University and the Alabama Cooperative Extension System.
As soon as those opportunities are available, information will be provided on the AWW website and through email communications. If you are interested in being trained as a monitor, please complete the Workshop Interest Survey below and we will contact you when opportunities are available.
Please note that monitors in need of recertification have been given an extension of their certifications until they are able to attend a recertification session. They will be permitted to enter data. Options for recertification will be available in the coming weeks.
Current monitors can continue to monitor water as long as they abide by all safety guidelines and requirements. Each monitor has a unique situation related to where they monitor, and with whom they monitor. Please use the following resources to make the best decision for your situation, and don’t hesitate to contact AWW if in doubt.
If you are a certified AWW monitor and need some help to get started monitoring at an orphaned site or a new site, in the form of a water chemistry test kit, water chemistry reagents to refill an existing kit, or bacteria supplies, this mini-grant program is for you!
The Coosa River is shared between Alabama and Georgia, and begins at the confluence of the Oostanaula and Etowah Rivers in Rome, Georgia and runs for 280 miles before it joins the Alabama River northeast of Montgomery. The Coosa is one of Alabama’s most developed rivers due to the impoundments along the majority of the river’s main stem.
Alabama Water Watch works to protect Alabama’s precious water resources by training citizens to collect credible water quality data from rivers, lakes, and other local waterbodies. Educating people about Alabama’s waters and helping them to find a meaningful connection to their watershed is an important part of what we do.
Lucky for us, Alabama has so much to offer in the way of water resources, it is easy to foster these connections. With 132,000 miles of streams and rivers, Alabama can call itself “the River State”. Moreover, each river has a unique set of flora and fauna, geology, culture and history that can provide you with a lifetime’s worth of learning.
How much do you know about your own river basin? Check out AWW’s Twelve Months of Alabama Rivers campaign to test your knowledge and learn more. During each month of 2021, we will be publishing blog articles and social media posts that highlight the unique and interesting characteristics of each of the state’s major river basins.
The Cahaba River is perhaps the most famous major river in Alabama. The Cahaba’s main stem is 190 miles long and remains the longest free-flowing river remaining in Alabama. This absence of hydrological modifications along the main stem has aided in maintaining the unique aquatic biodiversity of the Cahaba. With that said, the Cahaba Basin also is unique in the number of aquatic species that are imperiled or declining in number.
When describing the Cahaba, it is easy to separate two distinct personalities of this River (the Upper and Lower) separated by the Fall Line, a geographic feature that divides Alabama into two distinct physical regions, the uplands and the lowlands. The Fall Line is considered the most significant physical feature in Alabama affecting the distribution of plants and animals and also represents the zone of contact between the hard rocks of the Appalachians and the softer sediments of the Coastal Plain.