Florida can’t seem to catch a break. Just weeks after Hurricane Ian devastated the Sunshine State, Tropical Storm Nicole is on a path to give Floridians another round of damaging wind and rain. The storm is expected to strengthen into a hurricane before making landfall along the Atlantic coast. Nicole will also likely impact the Carolinas.
According to the Charlotte Observer, the National Hurricane Center predicts that Tropical Storm Nicole will make landfall in central Florida as a hurricane Wednesday night. The storm will then move up through northern Florida and reach Georgia by Thursday night. Nicole is expected to continue into South Carolina and North Carolina on Friday.
The greatest concern for North Carolina is the amount of rain Nicole could bring to the western part of the state. The National Weather Service says up to six inches could fall in some areas, including Asheville, Brevard, and Boone. Many mountain communities could be at risk for flash flooding.
The National Weather Service is also warning of possible isolated tornadoes near the Virginia border and along I-77 on Friday. We should have mostly clear conditions in the Charlotte area by Saturday.
#Nicole will impact the western Carolinas & NE Georgia late Thursday night into Friday. 🌀— NWS GSP (@NWSGSP) November 9, 2022
Nicole will bring gusty winds and heavy rain starting Thursday. 💨🌧️
Isolated tornadoes are possible Friday, mainly across the eastern half of the forecast area. 🌪️ #ncwx #scwx #gawx pic.twitter.com/RgX3dInX8W
How Weather Has Shaped Human History, What You May Not Know
The weather has influenced significant events throughout human history, whether forced migration or the course of a war.
Sometimes these events are tied to climate change, other times they represent anomalies that affected the future of air travel or launched eras of famine and disease. In the forthcoming list, Stacker examines dozens of ways weather has shaped human history, drawing on historical documents, newspaper articles, first-person accounts, and documented weather events.
Chinese scientist Shen Kuo was the first person to study climate. In his 1088 “Dream Pool Essays,” he ponders climate change after finding petrified bamboo in a habitat that wouldn’t support such growth in his lifetime. Since then, inventions and technological advances have allowed people to track the weather over time and, in some instances, even control it.
Around 1602, Galileo was the first to conceptualize a thermometer that could quantify temperature, allowing people to track changes in heat. The air conditioner made its first appearance in 1902; and in 1974 the Senate Committee on Foreign Relations held a classified briefing on the results of Operation Popeye, a five-year cloud-seeding experiment designed to lengthen Vietnam’s monsoon season, destabilize enemy forces there, and allow the U.S. to win the war.
But far more often than humanity seeks to control the weather, the weather does the controlling.
While weather refers to short-term atmospheric conditions (think of a forecast for how sunny and warm it will be next week), climate refers to long-term changes in overall weather trends over time (decades or hundreds of years). The two are impacted by each other. Climate change affects the severity and frequency of weather events, and the costs of extreme weather events rise as the effects of climate change become more apparent. With increased technology allowing for the tracking of weather trends over time and the anticipation and identification of potential weather hazards, people have been able to avert and prepare for some of nature’s wildest expressions.