New Year's events face challenging weather: Rain hits Pasadena Rose Parade; Times Square expects bitter cold
Rain and cold threaten New Year's events: Pasadena's Rose Parade faces rare rain while New York's ball drop expects unusually cold conditions for attendees celebrations

Nasty weather on tap for New Year fetes at Rose Parade in California and revelers in New York City

Nasty New Year's weather on tap for New York's ball drop and California's Rose Parade

Nasty weather on tap for New Year fetes at Rose Parade in California and revelers in New York City
Nasty weather on tap for New Year fetes at Rose Parade in California and revelers in New York City
Overview
Pasadena's Rose Parade expects rain and thunder New Year's Day, ending a 20-year dry streak; two-hour procession starts at 8 a.m., affecting floats, bands, spectators.
Spectators secured spots along the Rose Parade's six-mile route despite forecasts of overnight rain making waits uncomfortable; curbside camping begins Wednesday at noon.
New York City's Times Square prepares for an unusually cold New Year's Eve with snow flurries and low-30s temperatures; hats and gloves are essential for attendees.
Nashville's Big Bash will feature an illuminated music-note drop with temperatures in the low 30s; New Orleans hosts a free concert and river fireworks in mid-40s.
Organizers emphasize safety, strict umbrella rules in ticketed seating and contingency plans as recent severe storms raised concerns about road closures, power outages and continued recovery efforts.
Analysis
Center-leaning sources frame the story of New Year's weather challenges by emphasizing the rarity and potential impact of rain on the Rose Parade, using terms like "rare dose" and "unwelcome entry." They highlight the logistical adjustments and historical context, such as the 20-year dry spell, to underscore the significance of the weather event. This framing creates a narrative of anticipation and adaptation, focusing on the resilience of organizers and participants in the face of unusual weather conditions.