Dataset

Kipawa Lake Preservation Society

Dataset summary

Observations

  • 13 September 2022

    Hunters Narrows by John Stark

    Fish are feeding on top of water for minnows

  • 9 September 2022

    Jawbone's Bay by Paul Berube

    Some pollen in suspension Winds at 10 to 30 km/h Mid size waves Last report for 2022. I had to take my boat out of the water today because they have lowered the water level in the lake.

  • 5 September 2022

    Little Garden Lake Landing by Keith Benard

    Water depth not recorded

  • 1 September 2022

    Jawbone's Bay by Paul Berube

    West winds at 12 to 18 km/h Very little pollen in suspension The was made it difficult for the secchi measurement

  • 17 August 2022

    Jawbone's Bay by Paul Berube

    When I calibrate the pH (4.01) it completes the calibration process with a reading of 3.99. Some light pollen on the surface and in the water Ideal conditions today for the secchi test.

  • 13 August 2022

    Mouth of White Pine River by Keith Benard

    Site depth not recorded. Meter last calibrated July 31st 2022 pH is somewhat low

  • 13 August 2022

    White Pine North From Watch Lake by Keith Benard

    TDS was either 43 or 93 - Can't tell from handwriting Water depth not recorded

  • 12 August 2022

    White Pine at Bridge by Keith Benard

    Water depth not recorded

  • 5 August 2022

    Hunters Narrows by John Stark

    3 fishing boats observed in the narrows.

  • 4 August 2022

    Jawbone's Bay by Paul Berube

    N.W.winds of 15 to 0 km/h made it difficult for the secchi reading Some pollen

  • 1 August 2022

    Lac Charette by Keith Benard

    Water depth not recorded 46°51'56.6"N 78°27'33.4"W

  • 1 August 2022

    Brennan Creek by Keith Benard

    Water depth not recorded meter calibrated on July 31st 2022

  • 1 August 2022

    Turner Falls by Keith Benard

    TDS and water depth not recorded

  • 27 July 2022

    Ferguson Bay by Tom McDonald

    Difficulty with pH readings, readings were jumping from 6.82 to 8.06. Location on map is approximate due to issues with format of GPS coordinates.