Weather to Watch: October 13, 2026

Repeated storms along a Kansas front, mountain snow in Wyoming and Utah, and a pair of New Mexico wind shifts offer five ways to understand the weather this week.

These selections for Tuesday, October 13, 2026, come from National Weather Service discussions checked before publication this afternoon. The windows below use local dates and times. Some extend beyond today; this is a weather-learning roundup, not a live warning service.

1. Kansas: storms can move while the rain corridor stays put

When to watch: Late Tuesday afternoon, October 13, through Thursday morning, October 15, across central, south-central and southeast Kansas.

The Wichita discussion expects a slow cold front to meet unusually moist air, with repeated showers and thunderstorms. Some storms may also produce large hail and damaging winds Tuesday afternoon and evening.

When winds steering storms run nearly parallel to a slow-moving front, successive cells can cross the same corridor. This is called training. An individual storm may move away while another follows behind it, allowing rainfall totals to grow in one area.

What to notice: From indoors, compare a radar loop with rain-gauge totals over the same period. Are new cells following earlier ones, or is the whole band moving through? Keep official warnings available; a learning exercise should never depend on going out into a storm.

Source: NWS Wichita, product issued October 13 at 6:56 a.m. CDT; forecast discussion issued at 3:03 a.m. CDT.

2. Southeast Wyoming: rain and snow depend on the air below the clouds

When to watch: Tuesday evening, October 13, through Thursday morning, October 15, including the Laramie Range and nearby high terrain.

The Cheyenne discussion expects widespread rain and accumulating mountain snow as an upper low approaches. Rain or a rain–snow mix may reach some lower elevations Wednesday night into Thursday, but the details remain uncertain.

Snow falling from a cloud can melt on its way down. As the lower atmosphere cools, snow can survive farther down the mountain. Wind direction matters too: air forced uphill can increase precipitation on favored slopes, while nearby descending air can limit it.

What to notice: Compare temperatures, webcams and reported precipitation type at different elevations. Check accumulation separately from falling snow, since warm ground or roads can limit sticking. Fog and low clouds show moist air, but do not by themselves establish precipitation type.

Source: NWS Cheyenne, product issued October 13 at 5:50 a.m. MDT; forecast discussion issued at 3:49 a.m. MDT.

3. West Texas: a break between storms does not reset the rainfall total

When to watch: Tuesday afternoon, October 13, into Thursday, October 15, with repeated rain also possible into early Friday, October 16.

The Midland/Odessa discussion describes isolated strong storms Tuesday afternoon and evening, followed by increasing concern about repeated heavy rain overnight. Further rounds may affect the Permian Basin, Trans-Pecos and Big Bend over the next several days.

Moist air and repeated periods of lift can produce several rounds of rain over one region. Each round adds water to the ground and drainage network. Flooding can become the main concern even when the strongest individual storms have weakened, and runoff can reach a place where rain has already stopped.

What to notice: Compare radar loops with cumulative gauge totals rather than judging the event from one quiet frame. Watch whether later bands overlap earlier rainfall. Use official forecasts and warnings for safety decisions.

Source: NWS Midland/Odessa, product issued October 13 at 5:49 a.m. CDT; key messages updated at 5:45 a.m. CDT.

4. New Mexico: two fronts can bring two different wind shifts

When to watch: Wednesday, October 14, through Thursday night, October 15. The upper Rio Grande Valley's first freeze is forecast late Wednesday night into Thursday morning.

The Albuquerque discussion expects a cold front Wednesday, followed by a backdoor front sweeping west across New Mexico Thursday. That second front may produce strong east winds through canyons and gaps into the Rio Grande and Upper Tularosa Valleys.

A backdoor front approaches from the east or northeast. Mountains can channel the resulting flow through openings, making a valley's wind change quite different from conditions nearby. The forecast freeze and later gap-wind episode have separate timing; they should not be treated as one simultaneous event.

What to notice: Compare station wind directions and gusts on either side of mountain gaps. Follow overnight temperatures separately, particularly around Taos and the upper Rio Grande Valley, where the NWS identifies a first-freeze concern.

Source: NWS Albuquerque, product issued October 13 at 5:21 a.m. MDT; key messages issued at 4:56 a.m. MDT.

5. Utah: wet weather can give way to colder, clearer mornings

When to watch: Tuesday, October 13, into Wednesday, October 14, for precipitation; Wednesday and Thursday mornings, October 14–15, for more widespread freezing temperatures.

The Salt Lake City discussion expects valley rain and mountain snow as a low crosses the region, with some showers lingering Wednesday. It also notes a shift toward colder mornings as cloud cover decreases.

Moisture supplies water for precipitation, while colder air helps snow survive to lower elevations. After the system leaves, reduced cloud cover can let the surface lose heat more readily overnight. A drying forecast can therefore coincide with a growing concern about freezing temperatures.

What to notice: Compare a valley's temperature trend on a cloudy night with the following clearer night, keeping wind changes in mind. Use mountain webcams and surface reports to assess rain versus snow; radar samples air above the ground, so an echo alone cannot settle that question.

Source: NWS Salt Lake City, product issued October 13 at 5:43 a.m. MDT; discussion and key messages issued October 12 at 10:17 p.m. MDT.

For current local forecasts, watches and warnings, visit weather.gov. This dated edition explains the selected patterns and does not track every forecast update.