Dataset

Lake Erie Rangers Monthly Monitoring

Dataset by Lake Erie Rangers

Dataset summary

Observations

  • 26 July 2025

    Welland River, River Rd Parkette by Duncan MacDuff

  • 26 July 2025

    Bayfront Park Beach by Celina Elliott

    Ran out of R-cards, could not complete the E.coli test. I was unable to grab the secchi depth (m) as I did not feel comfortable entering the water.

  • 26 July 2025

    Smithville Nature Path by Kyle Chuckry

    Snapping turtle in water. Water very clear and still seems to have dried up downstream of bridge. Low water levels

  • 25 July 2025

    Jordan Harbour Conservation Area by Robert Stavenow

    People were boating and fishing. Ducks and water lillies.

  • 24 July 2025

    @ Greenwood drive pedestrian bridge by Gab Robert

    Water Rangers kits were used first to avoid bias, and meters were used 2nd. Meter used: ultrameter and YSI dissolved oxygen meter. pH: 7.71, Conductivity: 1942 μS/cm, Dissolved oxygen: 7.90 mg/L. Observation: This area was clean of any debris aside from natural debris such as tree branches. Wildlife were encountered, such as small 2-3 inch fish in the creek and various birds such as american robin and black capped chickadee.

  • 24 July 2025

    @ Greenwood Drive after confluence with Hagar Creek by Gab Robert

    The parameters were tested with the Water Ranger kit. The opportunity to use water quality meters was possible by using an ultrameter and a YSI dissolved oxygen meter. Meters were used after using the Water Ranger kit to avoid bias. Here is the meter result: pH: 8.11, Conductivity: 2250 um/cm, Dissolved Oxygen 9.47mg/L. Observation of the site: a campfire with melted plastic and litter was left roughly 1 meter from the edge of the creek. Maybe debris such as beer cans, plastic bottles and snack bags were present in the creek. Presence of Bluejay on the creek.

  • 24 July 2025

    Muddy Creek at Deer Run Road by Kiersten Garside

    Chloride: 1.2 units = <29 ppm McMaster University also tested with their equipment. pH: 9.2 Conductivity: 302 uS/cm Temperature: 29.7 deg C TDS: 211 Salinity: 0.15 ppt Average turbidity: 31.5 NTU

  • 24 July 2025

    Hilman Creek Marsh at Mersea Road 2 by Kiersten Garside

    Chloride: 2.0 units = 43 ppm

  • 24 July 2025

    Cedar Creek Conservation Area by Kiersten Garside

    Chloride: 2.2 units = 50 ppm

  • 24 July 2025

    McCormick Road and Concession 4 Road Access by Kiersten Garside

    Chloride: 2.6 units = 68 ppm

  • 24 July 2025

    North Rear Road West Access by Kiersten Garside

    Water level was very low and murky. Upstream of the bridge, the stream was basically dry. Chloride: 4.0 units = 146 ppm

  • 24 July 2025

    Little River Road bridge by Kiersten Garside

    Chloride: 5.8 units = 296 ppm Lots of fish and vegetation at the site. Lilypads, duckweed and Cladophora algae. A few ducks in the shade of the bridge as well.

  • 23 July 2025

    Welland International Flatwater Centre by Michelle West

  • 22 July 2025

    Port Maitland Esplanade Park and Pier by Kiersten Garside

    Chloride: 3.0 units = 87ppm McMaster University also tested with their equipment. pH: 8.76 Conductivity: 745 uS/cm TDS: 528 Salinity: 0.37 ppt Average turbidity: 14.2 NTU

  • 22 July 2025

    Poverty Bay, Lake Erie by Kiersten Garside

    Chloride: 1.0 units = <29 ppm McMaster University also recorded results with their equipment. pH: 9.21 Conductivity: 245 uS/cm TDS: 175 Salinity: 0.12 ppt Temperature: 26.6 deg C Average turbidity: 2.4 NTU

  • 22 July 2025

    E.C. Brown Conservation Area by Kiersten Garside

    Chloride: 1.8 units = 35 ppm McMaster University also sampled the water with their pen. pH: 8.41 Conductivity: 511 uS/cm TDS: 364 Salinity: 0.26 ppt Temperature: 27.1 deg C Average turbidity: 62.0 NTU (59.9, 63.5, 62.7)

  • 22 July 2025

    Chippawa Boat Ramp & Naisbitt Parkette by Kiersten Garside

    Chloride: 1.0 units = <29 ppm Measurements also taken with McMaster University's equipment pH: 8.65 Conductivity: 273 us/cm TDS: 194 Salinity: 0.14 ppt Temperature: 24.5 Average turbidity: 4.45 NTU (4.56, 4.46, 4.34)

Concerns
Through this program, citizen scientists play a vital role in collecting data for baseline water chemistry and on key contaminants, including PFAS, nutrients, and chloride (road salts) for the Lake Erie basin. By addressing critical gaps in regional water quality data, the project supports innovative pilot programs to develop and refine new monitoring methods.
Intended audience
Our community, Government and decision makers
Intended use
Benchmarking of water body or watershed health, Share and compare results across watersheds., Education and engagement of local communities, Use in resource prioritization and decision making