Abstract:Introduction
Hurricanes often result in power outages, which increase generator usage and carbon monoxide (CO) deaths. We aim to identify states with the highest frequency of hurricanes and evaluate the number of unintentional CO poisoning deaths by region, age, race and metropolitan distribution.
Methods
The number of hurricanes was determined using the FEMA database, and the number of unintentional CO poisoning deaths was d… Show more
“…4. Increased seismic rate from about 80 to 60 days before the mainshock, synchrono with anomalies in the atmosphere and two consecutive days of CSES-01 Ne anom Some atmospheric anomalies in carbon monoxide in the days immediately following the extreme weather events may be related to the increase of using power generators as emergency recovery solutions, as reported in previous cases dealing with a higher risk of CO poisoning for this reason [100]. Sulphur dioxide increase due to the same reason was reported in the aftermath of the previous Hurricane Maria, which hit Puerto Rico in 2017 [101].…”
Section: Discussionsupporting
confidence: 51%
“…Considering the above list, three events are selected as potentially affecting the an yses of this paper: Hurricane Elsa [97], Tropical Storm Fred [98] and Hurricane Grace [9 The positions of the centre of Elsa and Grace hurricanes and Fred storm are reported Figure 17, along with the date reported by the National Hurricane Center [97][98][99]. Some atmospheric anomalies in carbon monoxide in the days immediately followi the extreme weather events may be related to the increase of using power generators emergency recovery solutions, as reported in previous cases dealing with a higher risk CO poisoning for this reason [100]. Sulphur dioxide increase due to the same reason w reported in the aftermath of the previous Hurricane Maria, which hit Puerto Rico in 20 [101].…”
On 14 August 2021, an earthquake of moment magnitude Mw = 7.2 hit Haiti Island. Unfortunately, it caused several victims and economic damage to the island. While predicting earthquakes is still challenging and has not yet been achieved, studying the preparation phase of such catastrophic events may improve our knowledge and pose the basis for future predictions of earthquakes. In this paper, the six months that preceded the Haiti earthquake are analysed, investigating the lithosphere (by seismic catalogue), atmosphere (by climatological archive) and ionosphere by China Seismo-Electromagnetic Satellite (CSES-01) and Swarm satellites, as well as Total Electron Content (TEC) data. Several anomalies have been extracted from the analysed parameters using different techniques. A comparison, especially between the different layers, could increase or decrease the probability that a specific group of anomalies may be (or not) related to the preparation phase of the Haiti 2021 earthquake. In particular, two possible coupling processes have been revealed as part of the earthquake preparation phase. The first one was only between the lithosphere and the atmosphere about 130 days before the mainshock. The second one was about two months before the seismic event. It is exciting to underline that all the geo-layers show anomalies at that time: seismic accumulation of stress showed an increase of its slope, several atmospheric quantities underline abnormal atmospheric conditions, and CSES-01 Ne depicted two consecutive days of ionospheric electron density. This suggested a possible coupling of lithosphere–atmosphere and ionosphere as a sign of the increased stress, i.e., the impending earthquake.
“…4. Increased seismic rate from about 80 to 60 days before the mainshock, synchrono with anomalies in the atmosphere and two consecutive days of CSES-01 Ne anom Some atmospheric anomalies in carbon monoxide in the days immediately following the extreme weather events may be related to the increase of using power generators as emergency recovery solutions, as reported in previous cases dealing with a higher risk of CO poisoning for this reason [100]. Sulphur dioxide increase due to the same reason was reported in the aftermath of the previous Hurricane Maria, which hit Puerto Rico in 2017 [101].…”
Section: Discussionsupporting
confidence: 51%
“…Considering the above list, three events are selected as potentially affecting the an yses of this paper: Hurricane Elsa [97], Tropical Storm Fred [98] and Hurricane Grace [9 The positions of the centre of Elsa and Grace hurricanes and Fred storm are reported Figure 17, along with the date reported by the National Hurricane Center [97][98][99]. Some atmospheric anomalies in carbon monoxide in the days immediately followi the extreme weather events may be related to the increase of using power generators emergency recovery solutions, as reported in previous cases dealing with a higher risk CO poisoning for this reason [100]. Sulphur dioxide increase due to the same reason w reported in the aftermath of the previous Hurricane Maria, which hit Puerto Rico in 20 [101].…”
On 14 August 2021, an earthquake of moment magnitude Mw = 7.2 hit Haiti Island. Unfortunately, it caused several victims and economic damage to the island. While predicting earthquakes is still challenging and has not yet been achieved, studying the preparation phase of such catastrophic events may improve our knowledge and pose the basis for future predictions of earthquakes. In this paper, the six months that preceded the Haiti earthquake are analysed, investigating the lithosphere (by seismic catalogue), atmosphere (by climatological archive) and ionosphere by China Seismo-Electromagnetic Satellite (CSES-01) and Swarm satellites, as well as Total Electron Content (TEC) data. Several anomalies have been extracted from the analysed parameters using different techniques. A comparison, especially between the different layers, could increase or decrease the probability that a specific group of anomalies may be (or not) related to the preparation phase of the Haiti 2021 earthquake. In particular, two possible coupling processes have been revealed as part of the earthquake preparation phase. The first one was only between the lithosphere and the atmosphere about 130 days before the mainshock. The second one was about two months before the seismic event. It is exciting to underline that all the geo-layers show anomalies at that time: seismic accumulation of stress showed an increase of its slope, several atmospheric quantities underline abnormal atmospheric conditions, and CSES-01 Ne depicted two consecutive days of ionospheric electron density. This suggested a possible coupling of lithosphere–atmosphere and ionosphere as a sign of the increased stress, i.e., the impending earthquake.
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