Advanced 100-meter wind predictions, new weather variables, and a unified Transatlantic data domain boost forecast accuracy and decision-making in energy, commodities, utilities, and insurance.
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Early, accurate forecasts reduced the impacts of Hurricanes Beryl, Helene, and Milton by helping businesses understand storm risks, allowing them to take mitigation measures and prepare for the challenges of a disruptive season.
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In today’s data-driven world, precise weather predictions are not just helpful – they’re essential.
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In a world where data fuels decisions, partnerships between companies like Spire Global and LatConnect 60 are reshaping how industries leverage satellite-derived insights.
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Empowering utilities, logistics, and energy trading sectors with more accurate high-resolution forecasts thanks to Spire’s satellite-derived ocean wind speed observations — and three exceptional women in the field of data assimilation.
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As meteorological winter approaches on December 1, businesses have just weeks to brace for the season’s unique challenges.
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Spire’s High-Resolution Forecast model accurately predicted Hurricane Milton’s landfall location south of Tampa Bay with more than three days of advanced notice.
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As Hurricane Helene barreled toward the Gulf Coast, an often-overlooked factor had already primed the southern Appalachians for disaster: saturated soil.
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Two-thirds of Spire’s High-Resolution Forecasts within three days of Hurricane Helene’s landfall accurately predicted its landfall location within 25 miles.
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In the fast-evolving world of weather prediction, Spire Weather & Climate has taken a significant leap forward with its recent advancements in High-Resolution Forecasting.
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Advancements in satellite technology are continuously reshaping our ability to monitor environmental variables that are critical to understanding and adapting to climate change.
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Business interests in the US and Caribbean should brace for an active to hyperactive peak hurricane season.
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As we delve into how hurricanes affect soil moisture, using Hurricane Beryl as a case study, it’s crucial to understand the transformative power of advanced weather insights.
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