Buckrail Meteorologist Alan Smith

Alan Smith is a professional meteorologist who covers short- and medium-range atmospheric patterns and their environmental impacts for Buckrail, with a consistent focus on clear, actionable forecasts. He writes regular weather outlooks and pattern explanations for the masthead and also works as a meteorologist and operations manager for OpenSnow, producing forecasts for the Tetons, the Pacific Northwest, British Columbia, and North America. His coverage stands out for its emphasis on explaining the drivers behind local conditions, linking daily weather to longer-term trends such as heat waves, precipitation cycles, and wildfire smoke.

Pattern-driven mountain weather forecasts

Smith’s core output for Buckrail is a steady cadence of detailed forecasts that translate complex atmospheric setups into specific day-by-day expectations. Recent headlines such as “Warming & drying trend through Saturday, showers possible Sunday-Monday,” “Showers & thunderstorms expected Thursday-Saturday following a quiet stretch,” and “Mild and sunny through Saturday, rain chances return early next week” show him anchoring each piece in a defined time window with concrete guidance on temperature, sunshine, and precipitation. He foregrounds synoptic patterns like high pressure and storm tracks, using brief explanations of the setup to frame the outlook, as in coverage that describes a “persistent high pressure” regime and the resulting dry spell.

The tone is operational rather than narrative, designed for readers who need to understand what conditions to expect over the next several days rather than broad environmental commentary.

His heat-related coverage follows the same pattern-first approach. In “Significant heat wave expected in the Jackson Hole Valley this weekend,” Smith focuses on the timing, intensity, and duration of the heat, tying them to the larger pattern driving above-normal temperatures. A later piece on record-breaking warmth, “Jackson breaks all-time high temperature record for the month of March,” shifts from pure forecast into verification, combining the forecast perspective with observed data to mark an extreme event.

Across these pieces, his distinctive trait is the integration of technical meteorology - pressure patterns, storm evolution, and temperature anomalies - into concise, reader-oriented forecasts that stay tightly bound to specific periods and thresholds.

Climate records, extremes, and seasonal context

Beyond day-to-day forecasting, Smith regularly steps back to recap recent months and frame them against typical climate conditions. Articles such as “Recap of a wet August 2026 and a look-ahead to September,” “Recap of a dry January 2026 and a preview of February,” and “Recap of a mild February 2026 and a preview of March” show a recurring format: a backward-looking summary of precipitation, temperature, and storm activity followed by a forward-looking preview of the coming month.

These pieces distinguish his work from a generic weather update by treating each month as a discrete climate episode, summarizing how it compared to expectations and what the evolving pattern could mean next.

His record-focused article on March heat places daily weather within a longer historical frame, identifying an all-time high temperature for the month and highlighting how unusual the event is relative to past data. This combination of records, anomalies, and narrative recaps gives communications teams a sense that Smith is not only tracking what will happen next week, but also maintaining a running ledger of how recent conditions fit into broader climate behavior.

It positions him as a source for stories that need both forecast detail and context on how current events compare with past extremes or norms.

Precipitation, drought, and wildfire smoke impacts

Smith’s environment beat is most visible in his treatment of precipitation deficits, wet spells, and air quality issues like wildfire smoke. In “Long dry spell continues with limited snowfall potential,” he describes how an entrenched high-pressure pattern suppresses storms and restricts opportunities for meaningful snowfall over a 7–10 day window.

Other headlines, including “Late summer pattern brings beneficial rain to the Tetons,” “Cooler and wetter pattern ahead for mid-August,” and “A stretch of cooler and wetter conditions,” track transitions out of dry regimes into more favorable precipitation setups. Across these pieces, he repeatedly connects the pattern shift - such as a change in storm track or moisture plume - to practical outcomes: beneficial rain, reduced drought stress, or renewed snowfall chances.

His coverage of wildfire smoke integrates atmospheric transport with surface impacts. “Drying trend with occasional wildfire smoke expected into early August” combines a forecast of temperatures and humidity with an assessment of smoke intrusions, signaling when air quality is likely to be affected by regional fire activity. The structure mirrors his precipitation work: he outlines the underlying flow pattern, then explains how that pattern is likely to carry smoke into or away from the area.

This focus on environmental consequences - dry spells, beneficial rain, and smoke episodes - marks his work as more than routine temperature-and-rain updates; it treats weather as a driver of on-the-ground ecological and public-facing conditions.

Snowfall climatology and long-term trends

Alongside the operational forecasts, Smith occasionally produces more evergreen analyses of snowfall and climate trends for Buckrail. “Snowfall averages in Jackson Hole and Greater Yellowstone” is a climatology piece that compiles typical snowfall levels across the region, giving readers a baseline for understanding whether current or forecast totals are above or below what is usual. When paired with ongoing coverage of dry spells and limited snowfall potential, this climatology helps frame periods of deficit or surplus against long-term patterns rather than isolated events.

Smith’s tenure with Buckrail spans at least from this 2021 snowfall analysis through multiple forecast and recap articles in 2024, 2025, and 2026, indicating an ongoing role as the masthead’s dedicated meteorology voice. His simultaneous work for OpenSnow, where he writes forecasts for several mountain regions across North America, reinforces the specialization in mountain weather and snow-focused environments. Taken together, his Buckrail and OpenSnow output describes a journalist who approaches environmental coverage through the lens of atmospheric science: he quantifies snowfall, tracks dry and wet spells over weeks and months, and ties local impacts such as heat waves and wildfire smoke to the larger patterns driving them.