Denzil, Saskatchewan — live current conditions, hourly and 7-day forecasts, ECCC alerts, aviation weather, radar and satellite imagery, soil and crop conditions for Denzil in 33-37-26-W3.
Flight conditions near Denzil. Data source: locating…
Soil conditions, frost risk and crop weather for Denzil.
Denzil is a village in 33-37-26-W3, Saskatchewan, Canada. It is a small community with a population of 140. Denzil is located at 52.2271°N, 109.6515°W. It observes Central Standard Time — no DST (UTC−6). Postal code area: S9A.
Denzil rests upon the broad, open expanse of the western plains, where the horizon stretches thin and taut against the sky. It lies 41.2 km south-west of Unity, SK (from Unity, SK: bearing 235°T), and is situated 10.4 km north-east of Grosswerder. The land here holds a quiet intensity, marked by the presence of Zoller Lake thirteen kilometers away and the subtle, distant pull of Eyehill Creek some twenty kilometers off. Light at dusk pools in the low spots of the fields, turning the soil a deep, bruised violet before the stars sharpen their edges. Denzil maintains a character defined by the patience of those who watch the seasons turn, observing how the wind combs through the grasses with a persistent, dry rasp. Agriculture acts as the primary pulse of Denzil, driving the daily work that occupies the silos and the grid roads cutting through the fields. Farmers move with a pragmatism learned from years of unpredictable weather, their routines focused on the harvest and the maintenance of equipment that hums under the vast, unobstructed sun. A distinct stillness defines the afternoon, broken only by the occasional grain truck or the sudden, sharp shift of shadows across the stubble. The heritage of the locality lingers in the sturdy, utilitarian architecture that stands firm against the persistent prairie gusts, reflecting a history of settlement built on endurance and the seasonal cycle of growth.
Live animated radar for Denzil and surroundings — RainViewer.
NOAA GOES-19 GEOCOLOR — Canada / Northern U.S. sector. Auto-refreshes every 10 minutes on page reload. Frames the whole country from Newfoundland to the BC coast, plus adjacent Pacific and Atlantic storm approaches.
Source: NOAA/NESDIS GOES-19 · Public domain · Sector code can (Canada / Northern U.S.) · Auto-updates on page reload
| Location | Denzil, 33-37-26-W3, Saskatchewan |
| Coordinates | 52.2271°N, 109.651451°W |
| Timezone | Central Standard Time — no DST (UTC−6) |
| Postal FSA | S9A |
| Area Code | 306, 639 |
| Page generated | July 2026 |
| Weather data | Open-Meteo (open-source), Environment and Climate Change Canada |
This page provides live weather conditions and forecasts for Denzil, Saskatchewan, including current conditions, a 24-hour hourly forecast, 7-day outlook, ECCC extended text forecast, real-time aviation weather (live METAR and TAF reports from the nearest reporting airport, with a modelled estimate shown when no station is in range), precipitation radar and NOAA GOES satellite imagery. Additional sections may include marine and fishing conditions with a solunar forecast for coastal localities, and soil temperature, crop weather and live Water Survey of Canada river gauge data for agricultural areas near a monitored waterway. All data updates automatically on every page visit.
Location data for Denzil includes coordinates 52.227100°N, 109.651451°W, situated in 33-37-26-W3. Postal FSA: S9A. Telephone area code: 306, 639. Timezone: Central Standard Time — no DST (UTC−6).
Weather data is sourced from Environment and Climate Change Canada (ECCC) and the open-source Open-Meteo API. Aviation data is sourced from aviationweather.gov, with a modelled estimate used where no nearby reporting station is available. River and stream data is sourced from Water Survey of Canada (WSC) via the ECCC GeoMet realtime hydrometric feed. Marine and solunar data are modelled from Open-Meteo and public sunrise/moon calculations and should be treated as a general guide alongside on-the-water conditions. Radar is provided by RainViewer. Satellite imagery is sourced from NOAA/NESDIS GOES-19 and is public domain.