PLEASE NOTE that water conditions are constantly changing. The data presented on this site are not real time, are collected from other sources and provided for educational and informational purposes. The SRWA cannot be held liable for any data displayed. Please use the links provided to access the sources of data.
Click and drag table to see more columns.
| Location | Date | EColi | Turbidity | Conductivity | Total Coliform | Rainfall |
|---|---|---|---|---|---|---|
| Pitts Park | 2025-10-06 | 850 | 4.13 | 30 | 19,180 | 0 |
| Soque Greenway Trail | 2025-10-06 | 100 | 2.44 | 40 | 13,540 | 0 |
| Jackson Bridge | 2025-10-06 | 100 | 1.81 | 20 | 15,000 | 0 |
Estimated E. coli colony counts per 100mL of water:
Low risk: E. coli ≤ 235
High risk: E. coli > 235
Estimated risk level based on EPA Beach Action Value information.
The public is advised to check the National Park Service Chattahoochee River National Recreation Area (CRNRA) website and other Regulatory agencies for potential river advisories before accessing the river.
A Background on Water Quality Indicators
E. coli:
E. coli is a type of bacteria found in the gut and feces of many warm-blooded animals. For this reason, it is a useful indicator of fecal contamination in water. Fecal contamination may occur via broken sewage pipes, urban runoff, agricultural runoff, and more. While E. coli is not the only harmful bacteria or pathogen that can be found in surface water, it is an important indicator of the potential fecal matter and pathogens that may be present. When E. coli is present, there may also be other contaminants. E. coli is an affordable and efficient way to calculate the contamination levels in surface water so that the public can know when to exercise caution.
Total Coliform:
Total coliform is the number of coliform bacteria in the water. Total coliform is comprised of many different bacteria that are not limited to fecal types. Not all total coliform is harmful. Total coliform can be used to monitor contamination; however, it is not ideal for monitoring fecal contamination.
Expression of Data:
Both E. coli and Total coliform are expressed using “most probable numbers,” or “MPNs”. A MPN represents colony-forming units (cfu)/100 mL. Simply, this is how many units of bacteria are most likely present in 100 milliliters of water.
Turbidity:
Turbidity is the clarity of water, calculating how clear or cloudy it is based on the amount of suspended particles present. It is an indicator of erosion and runoff. Highly turbid waters may harm organisms by blocking sunlight, harming filter feeders, clog fish gills, and more. Turbidity may also indicate an increase in E. coli following runoff and erosion events.
Conductivity:
Conductivity refers to the ability for water to conduct an electrical current. Many chemicals and substances conduct electricity, such as salts and metals. Some, however, do not conduct electricity, such as oil. Conductivity varies between water sources. When testing for conductivity, a baseline for each sampling location can be established. Going forward, any significant changes may indicate the presence of pollutants.
Risk Level:
Green: E. coli does not exceed 235 cfu/100mL, indicating low risk. Recreational activities are mostly safe.
Red: E. coli exceeds 235 cfu/100mL, indicating high risk. Avoid recreational use at this time, as possibility for illness has increased. This applies to both humans and pets.
Based on BacteriALERT Realtime Monitoring standards
Sources:
https://www.usgs.gov/special-topics/water-science-school/science/bacteria-and-e-coli-water
https://archive.epa.gov/water/archive/web/html/vms55.html
https://www.epa.gov/national-aquatic-resource-surveys/indicators-conductivity
Our nonprofit is dedicated to safeguarding the Soque River's water quality in northeast Georgia. Through community clean-up events, water testing initiatives, and educational programs, we strive to preserve this vital natural resource for future generations.
Restoring river banks is essential for maintaining healthy ecosystems and preventing soil erosion. By planting native vegetation and reinforcing banks with natural materials, we can improve water quality and provide habitat for wildlife. River banks restoration also helps in mitigating flood risks and enhancing the aesthetic appeal of natural landscapes.
View More
Regular culvert inspections are crucial for ensuring the proper flow of water and preventing blockages that can lead to flooding. By identifying and addressing structural issues early, we can maintain effective drainage systems and protect surrounding areas from water damage. Inspections help in ensuring that culverts meet environmental and safety standards, promoting long-term infrastructure resilience.
View More
Spillways play a vital role in managing water levels in dams and reservoirs, preventing overflow and potential downstream flooding. Properly designed and maintained spillways ensure the safe release of excess water during heavy rainfall or snowmelt. Regular maintenance and monitoring of spillways are necessary to safeguard communities and ecosystems from water-related disasters.
View More
Water quality testing is fundamental for protecting public health and maintaining the ecological balance of water bodies. By regularly analyzing samples for contaminants, we can detect pollution sources and take corrective actions to ensure safe, clean water for all. Consistent monitoring helps in tracking improvements and identifying emerging threats to water quality.
View More
In addition to these core activities, our efforts include community education, habitat restoration, and advocacy for stronger environmental policies. We engage with local stakeholders to promote sustainable water management practices and support research initiatives aimed at understanding and preserving our waterways. By fostering a collaborative approach, we strive to create a healthier and more resilient environment for future generations.
View MoreThe Soque River is an angler's paradise, featuring a variety of fishing outfitters and private fisheries that cater to both beginners and seasoned fishermen, ensuring a memorable and productive fishing experience.
Purchase Tickets Here
City of Clarkesville awarded best drinking water. This water is served from the Soque River.
As of 4-16-24 bacteria levels have been found that suggests a high level of e-coli and the board does not recommend letting your dog drink from the river at this time.
Yes, We have a catch and release section at the Clarkesville Greenways where fishing is allowed. Additionally, you can trout fish with Soque River Outfitters. Sections around Pitts Park are less desirable for fish at this time. We are working on it at this time. We welcome you to volunteer or donate to the cause.
