La Descente-aux-Enfers, Quebec — live current conditions, hourly and 7-day forecasts, ECCC alerts, aviation weather, radar and satellite imagery, marine and fishing conditions with a solunar forecast, soil and crop conditions for La Descente-aux-Enfers in Saint-Narcisse-de-Rimouski; Rimouski-Neigette.
Marine forecast and fishing conditions near La Descente-aux-Enfers.
Flight conditions near La Descente-aux-Enfers. Data source: locating…
Soil conditions, frost risk and crop weather for La Descente-aux-Enfers.
La Descente-aux-Enfers is a locality in Saint-Narcisse-de-Rimouski; Rimouski-Neigette, Quebec, Canada. It is classified as a small locality. La Descente-aux-Enfers is located at 48.2639°N, 68.5408°W. It observes Eastern Time (UTC−5 / −4). Postal code area: G5N.
La Descente-aux-Enfers holds a shadowed, rugged prominence near the rising slopes of the Montagne du Lac Landry. It lies 44.2 km south-west of Mont-Joli, QC (from Mont-Joli, QC: bearing 216°T), and is situated 8.0 km west-south-west of Saint-Narcisse-de-Rimouski. The terrain surrounding La Descente-aux-Enfers is defined by the steady, persistent passage of the Rivière Macpès, which carves a path through the dense, verdant growth of the region. A cool, damp air clings to the mossy banks, where the light at dusk turns the water into a dark, polished glass reflecting the heavy timber above. Only a few kilometers away, the quiet basin of Petit lac Shaw offers a stillness that contrasts with the more vigorous, rushing currents found closer to the Chutes à Hubb. While the distant, expansive horizons of Parc national du Bic draw visitors toward the salt air, the immediate vicinity remains caught in the intimate, quiet drama of the forest and the stream. The history of this locality is anchored in the traditional labor of the woods, where the economy was long shaped by the rhythms of timber and the seasonal demands of the landscape. Families settled along the Rivière Macpès to work the land and harvest the forest, establishing a quiet, enduring presence in Saint-Narcisse-de-Rimouski. Today, the pace of life remains quiet, focused on the maintenance of the homestead and the seasonal shifts of the environment. The character of the people here is as sturdy as the granite outcrops underfoot, marked by a deep, unspoken familiarity with the terrain that sustains them. Even as the modern world turns, the daily routines of the inhabitants continue to follow the long-standing traditions of the Rimouski-Neigette region, where the turning of the seasons dictates the work of the day.
La Descente-aux-Enfers déploie ses contours sauvages sous la garde silencieuse de la Montagne du Lac Landry, où le relief accidenté semble retenir le souffle des terres hautes. La Rivière Macpès serpente à travers ce terrain tourmenté, ses eaux froides marquant une limite naturelle entre la forêt dense et les clairières que les défrichements d'autrefois ont léguées au paysage. À quelques lieues de là, la présence du Petit lac Shaw apporte une clarté minérale à l'horizon, tandis que les Chutes à Hubb, par leur fracas soutenu, rappellent la puissance indomptée des courants qui sculptent la roche depuis des millénaires. L'air y possède cette netteté particulière des plateaux, une fraîcheur vive qui se dépose sur les écorces au déclin du jour. À mesure que l'ombre s'étire vers le Parc national du Bic, La Descente-aux-Enfers se plonge dans une quiétude minérale, habitée par le souvenir des labeurs agricoles qui ont façonné ces parcelles de terre ingrate. Les habitants, héritiers d'une endurance transmise par les générations, observent les nuages bas frôler les cimes, acceptant que la rudesse du climat soit le prix à payer pour la pureté absolue des panoramas qui s'ouvrent devant eux, loin des agitations du monde moderne.
Live animated radar for La Descente-aux-Enfers 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 | La Descente-aux-Enfers, Saint-Narcisse-de-Rimouski; Rimouski-Neigette, Quebec |
| Coordinates | 48.263889°N, 68.540833°W |
| Timezone | Eastern Time (UTC−5 / −4) |
| Postal FSA | G5N |
| Area Code | 263, 354, 367, 418, 438, 450, 514, 579, 581, 819, 873 |
| Page generated | July 2026 |
| Weather data | Open-Meteo (open-source), Environment and Climate Change Canada |
This page provides live weather conditions and forecasts for La Descente-aux-Enfers, Quebec, 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 La Descente-aux-Enfers includes coordinates 48.263889°N, 68.540833°W, situated in Saint-Narcisse-de-Rimouski; Rimouski-Neigette. Postal FSA: G5N. Telephone area code: 263, 354, 367, 418, 438, 450, 514, 579, 581, 819, 873. Timezone: Eastern Time (UTC−5 / −4).
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.