Category: Health Advisory Panel

  • Calder Reservoir Recreational Monitoring

    Related Links July 22, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: Monitoring partners saw visible signs of a harmful algal bloom at Calder Reservoir.  There could be algae in the water producing dangerous toxins. If you visit, we recommend:

  • Little Dell Reservoir Recreational Monitoring

    Related Links Updates July 3, 2024: Harmful algal bloom (HAB) monitoring update GOOD NEWS: Our monitoring team did not see any visible signs of a harmful algal bloom. Learn more about harmful algal blooms. June 28, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: Our monitoring team saw visible signs of harmful algae at…

  • Sulphur Creek Recreational Monitoring

    Related Links Updates July 8, 2024: Waterborne pathogen (E. coli) monitoring update BE CAREFUL: E. coli counts at Sulphur Creek are above Utah Department of Health recreational thresholds. Sampling suggests that there is a high likelihood that harmful bacteria and/or viruses are present in the water. Exposure to this water may make humans sick. Capitol…

  • Gunnison Bend Reservoir

    Related Links Updates: July 15, 2024: Waterborne pathogen (E. coli) monitoring update GOOD NEWS: E. coli counts were measured below Utah Department of Health recreational thresholds. Sampling suggests that the water is safe from harmful bacteria and viruses. Site sampled: Beach near 3000W June 24, 2024: Waterborne pathogen (E. coli) monitoring update GOOD NEWS: E.…

  • Lower Bowns Reservoir Recreational Monitoring

    Related Links Updates: October 31, 2023: Harmful algal bloom (HAB)  monitoring update Recreational monitoring has ended for the season. Monitoring will resume in summer 2024. Waterborne pathogens may still arise at this waterbody. Know what to look for and check before recreating. October 11, 2023: Harmful algal bloom (HAB) monitoring update BE CAREFUL: A harmful…

  • Minersville Reservoir Recreational Monitoring

    Related Links Updates: October 31, 2023: Harmful algal bloom (HAB)  monitoring update Recreational monitoring has ended for the season. Monitoring will resume in summer 2024. Waterborne pathogens may still arise at this waterbody. Know what to look for and check before recreating. September 20, 2023: Harmful algal bloom (HAB) monitoring update BE CAREFUL: Sampling confirmed…

  • Newcastle Reservoir Recreational Monitoring

    Related Links Updates June 5, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: A harmful algal bloom is present at Newcastle Reservoir. Algae in the water may be producing dangerous toxins that can make humans and animals sick. Be on the lookout if you visit Newcastle Reservoir: May 22, 2024: Harmful algal bloom (HAB)…

  • Baker Reservoir Recreational Monitoring

    Related Links Updates: June 27, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: A harmful algal bloom is present in Baker Reservoir. Algae in the water may be producing dangerous toxins that can make humans and animals sick.  The Bureau of Land Management has issued a WARNING ADVISORY.  If you visit Baker Reservoir:  June…

  • Jordan River Recreational Monitoring

    Updates December 4, 2023: Harmful algal bloom (HAB) monitoring update Recreational monitoring has ended for the season. Waterborne pathogen or harmful algal bloom concerns may still arise at this waterbody. Know what to look for and check before recreating. September 5, 2023: Harmful algal bloom (HAB) monitoring update BE CAREFUL: A harmful algal bloom is…

  • Panguitch Lake Recreational Monitoring

    Related Links Updates: July 16, 2024: Harmful algal bloom (HAB) monitoring update GOOD NEWS: Our monitoring team did not see any visible signs of a harmful algal bloom. Learn more about harmful algal blooms. Site visited: NE shore

  • Matt Warner Reservoir Recreational Monitoring

    Related Links Updates: July 23, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: A harmful algal bloom is present at Matt Warner Reservoir. Algae in the water may be producing dangerous toxins that can make humans and animals sick.  The TriCounty Health Department has issued a WARNING ADVISORY.  If you visit Matt Warner Reservoir:…

  • Crouse Reservoir Recreational Monitoring

    Related Links Updates: July 22, 2024: Harmful algal bloom (HAB) monitoring update BE CAREFUL: Monitoring partners saw visible signs of a harmful algal bloom at Crouse Reservoir. There could be algae in the water producing dangerous toxins. If you visit, we recommend:

  • Montes Creek Reservoir Recreational Monitoring

    Related Links Updates: July 10, 2024: Waterborne pathogen (E. coli) monitoring update  GOOD NEWS: E. coli counts were measured below Utah Department of Health recreational thresholds. Sampling suggests that the water is safe from harmful bacteria and viruses. Site sampled: Boat ramp north of dam June 10, 2024: Waterborne pathogen (E. coli) monitoring update  GOOD…

  • Steed Pond:
    E. coli Monitoring 2019

    Update August 8, 2019 Samples collected by the Davis County Health Department (DCHD) on the north side of Steed Pond on July 30, 2019, showed E. coli levels above the maximum water quality standard. Utah uses the Most Probable Number (MPN) method to estimate the concentration of E. coli in a water sample. The presence…

  • Emigration Creek: Near Wasatch Hollows
    E. coli Monitoring 2019

    Update August 8, 2019 Samples collected on July 2, 2019, by the Salt Lake County Health Department at Emigration Creek near Wasatch Hollows showed E. coli levels above the maximum water quality standard. Utah uses the Most Probable Number (MPN) method to estimate the concentration of E. coli in a water sample. The presence of…

  • Emigration Creek: at Maple Lane Road Crossing
    E. coli Monitoring 2019

    Update August 8, 2019 Samples collected on July 2, 2019, by the Salt Lake County Health Department at Emigration Creek at the Maple Lane road crossing showed E. coli levels above the maximum water quality standard. Utah uses the Most Probable Number (MPN) method to estimate the concentration of E. coli in a water sample.…

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