Larkslane, Kentucky, with a population of 14,224, is located in Knott County and falls under Kentucky's Ohio hydrologic region. The area experiences moderate precipitation levels of 1162.2 mm per year with a relatively mild temperature of 13°C and high humidity of 81%. The region is situated within the North Fork Kentucky hydrologic unit, which can increase the risk of flooding during heavy rainfall events.
Larkslane is prone to relatively low hazard risks, with very low ratings for earthquakes, hurricanes, and lightning strikes. The area's geological features include the Kentucky-Licking hydrologic subregion with potential water bodies like rivers and creeks, which can contribute to flooding. While the overall hazard risk assessment is low, the presence of fault lines and mountain peaks in the region could pose a threat in the event of a seismic event.
Although the climate in Larkslane is generally favorable with a moderation in risk factors, it is essential to consider the potential impact of climate change on future hazard risks. The area's vulnerability to flooding from the North Fork Kentucky and other water bodies, combined with the risk of seismic activity from fault lines and mountainous terrain, highlights the importance of continued monitoring and preparedness efforts to mitigate potential natural disasters.
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Knott County, Kentucky, has a very low overall natural disaster risk rating, with a particular focus on very low earthquake, tornado, and wildfire risk. The county is relatively high in terms of landslide risk, with a relatively low risk of hail, wind, and storm surge events. The area experiences frequent lightning strikes, with a relatively low risk rating. Historical data shows an average of 175 drought events per year, with a 6.86% annual frequency, indicating a moderate risk level.
Specific climate factors in Knott County include its position within the Appalachian region, which can influence weather patterns and contribute to the risk of certain natural disasters. The county is not directly located on a coastline, but its proximity to the Ohio River and several lakes and rivers increases the potential for flooding events. The presence of fault lines and mountainous terrain in the region also contribute to the overall ...
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Torrential Rain
2021-02-28Heavy Rain
2018-02-10Heavy Rain And Snow
2011-03-07Heavy Rain
2004-05-27Heavy Rain
2004-03-05Heavy Rain
2003-11-19Heavy Rain
2003-06-13Rain And Snow
2003-02-15Heavy Rain
2002-05-02Heavy Rain
2002-03-17Heavy Rain
2001-08-03Heavy Rain
2000-02-18Heavy Rain
1997-02-28None
1996-05-13Heavy Rain
1994-06-22