![]() More informationįor more information about precipitation data and streamflow data, please contact us at 564.397. ![]() For example, WY 2021 is from Octothrough September 30, 2021. The name of the water year is based on the January - September portion of that time period. A water year begins October 1 and ends September 30 of the next year. Stream flow and rainfall data is presented by water year. Precipitation data is provided for each month of the current water year, total precipitation for the water year, the percent of normal for the water year to date, and the percent of the entire water year received to date. 15-minute time-series data provide accumulated precipitation in 15-minute intervals reported in hundredths of inches in.Daily/monthly precipitation tables provide the daily and monthly total accumulated precipitation in hundredths of inches in.csv format.Ĭlark County precipitation data is available in the following formats: 15-minute stream flow time-series data provide instantaneous flow in cubic feet per second at 15-minute intervals in.Daily average stream flow provide the average daily flow values in cubic feet per second in.Reference NOAA National Centers for Environmental Information (NCEI). The annual precipitation totals are averages based on weather data collected from 1991 to 2020 for the US National Centers for Environmental Information. Hydrographs depict how average daily flow varies over time in cubic feet per second in. The count of days includes those when precipitation amounts to 0.01 inches (0.25 millimetres) or more.Clark County stream flow data is available in the following formats: Additionally, Clean Water has historical data at inactive sites listed above (please inquire about time periods available). Inactive precipitation stations (not shown)Ĭlean Water division collects stream flow data at seven sites throughout the county and has data available through water year (WY) 2021. Lacamas Creek at Heritage Trail (LACHRT).Over-legal loads, house moves and street use.Visit the Seasonal Reports page for information on progress in seeding and crop establishment, crop development, pest activity including weeds, insects and disease, harvest progress, crop yields and grades, fall field work progress, and status of winter cereal crop seeding and establishment. Information on haying progress and estimated yields, as well as pasture conditions is included. Total Accumulated Precipitation - September (PDF 478 KB).Percent of Normal Precipitation - September (PDF 477 KB).Total Accumulated Precipitation - August (PDF 499 KB).Percent of Normal Precipitation - August (PDF 488 KB).Total Accumulated Precipitation - July (PDF 487 KB).Percent of Normal Precipitation - July (PDF 482 KB).Total Accumulated Precipitation - June (PDF 490 KB).Percent of Normal Precipitation - June (PDF 488 KB).Total Accumulated Precipitation - May (PDF 488 KB).Percent of Normal Precipitation - May (PDF 488 KB).Average* Date of the First Fall Frost at 0☌ (PDF 575 KB).25% Risk* Date of the First Fall Frost at 0☌ (PDF 576 KB).10% Risk* Date of the First Fall Frost at 0☌ (PDF 579 KB).Summary of total accumulated growing degree days (GDD) and percent deviation from normal in Manitoba's Agricultural Regions. Much of the province has accumulated more than 125% of normal GDD. Central and Eastern regions have accumulated the most GDD.Ģ) Percent Normal Accumulated Growing Degree Days(PDF 2 MB) for May 1 - 14, 2023 represents the variation of accumulated Growing Degree Days (GDD) from the historical record over a 30-year period. Much of agro-Manitoba has accumulated more than 100 GDD. The majority of the province is showing wet to very wet conditions to the 120 cm depth.ġ) Total Accumulation of Growing Degree Days(PDF 2 MB) shows the accumulated growing degree days (GDD) for the period of May 1 -14, 2023. Areas of the Interlake and the Central regions are showing optimal conditions.Ģ) Soil Moisture 0 - 120 cm(PDF 613 KB) shows a regional representationof soil moisture conditions for the top 120 cm on May 14, 2023. The majority of the province is showing wet to very wet conditions to the 30 cm depth. 1) Soil Moisture 0 -30 cm(PDF 606 KB) shows a regional representation of soil moisture conditions for the top 30 cm on relative to field capaciy.
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