USW00012815_39.json

{
  "text": "The following events were reported: Tornado. These occurred near station USW00012815, approximately 36.9124 km away, between 2012-12-10 16:26:00 and 2012-12-10 16:34:00.Thankfully, no injuries or fatalities were reported. No significant property or crop damage was reported. Episode Narrative: Very moist southwest winds developed across east-central Florida well in advance of a cold front and associated upper level disturbance. Strong daytime heating, combined with moderate low-level wind shear, resulted in numerous strong storms, two of which produced tornadoes. The first tornado began as a waterspout over Lake Apoka, then crossed the northeast shore of the lake and remained on the ground for a short distance. Although the waterspout/tornado affected a rural area, several citizens witnessed the event. The second tornado impacted a mobile home park and adjacent wooded area in Edgewater, then became a waterspout as it crossed the intracoastal river, before moving across the barrier island as a tornado. Significant damage occurred at the mobile home park, with only minor damage on the barrier island. Several funnel clouds were also observed. Event Narrative: A citizen videotaped a waterspout over Lake Apopka for several minutes as it moved northeast from near the center of the lake toward the northeast shore. A short time later, several citizens located a few miles northeast of the lake observed the waterspout move onshore and track across the rural Lake Apopka Restoration Area before dissipating.",
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  "question": "Based on the observed temperature trends in time series A leading up to the tornado events reported, which of the following statements most accurately reflects the relationship between the temperature fluctuations and the occurrence of the weather event on December 10, 2012?\n\nA) The tornadoes were likely preceded by a rapid decrease in temperature reflective of unstable atmospheric conditions that lead to severe storms.\n\nB) The temperature steadily increased prior to the tornadoes, indicating high levels of stability that are typically associated with tornado occurrences.\n\nC) The increase in humidity levels combined with higher temperatures during the day led to the development of severe weather, thus explaining the occurrence of tornadoes despite a general downtrend in temperatures.\n\nD) Observing the temperature rise at the end of time series A, it can be inferred that a cooling period would occur the following day, enhancing the chances of tornado activity based on atmospheric instability.",
  "answer": "A"
}