Ceres, California, located in Stanislaus County, faces a relatively high risk of natural disasters and climate-related hazards. The area experiences moderate temperatures, with an average of 17.14°C, and high precipitation levels of 345.29 mm. The region's humidity stands at 60%, contributing to the risk of flooding and water-related disasters. The city's location within the Middle San Joaquin-Lower hydrologic unit further increases the vulnerability to such hazards.
The geological features in the region, such as the San Joaquin River and nearby mountain peaks, can exacerbate the risk of natural disasters. The proximity to fault lines, like the San Andreas Fault, increases the likelihood of earthquakes, which can lead to widespread damage and disruption. Additionally, the city's location in California's hydrologic region adds to the susceptibility to flooding and other water-related disasters. Historical events have shown the potential for these risks to manifest, making it essential for residents and authorities to be prepared for such emergencies.
With a population of over 55,000 people and an area of 1529.20 km², Ceres faces significant challenges in disaster management and climate resilience. The city's risk rating is relatively high, indicating the need for proactive measures to mitigate the impact of potential hazards. By understanding the specific climate factors, geological features, and historical events that contribute to the risk profile of Ceres, California, authorities can work towards enhancing the community's preparedness and response capabilities to safeguard lives and property.
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Stanislaus County in California faces a relatively high natural disaster and climate risk, with a risk score of 95.80. The county is susceptible to hazards such as droughts, wildfires, floods, and thunderstorms. The area's exposure to these risks is reflected in the relatively high risk ratings for events such as droughts (DRGT) and wildfires (WFIR), with the potential for significant economic losses and property damage.
The county's terrain features, including fault lines and mountain peaks, can exacerbate the impact of natural disasters. The presence of fault lines increases the risk of earthquakes, while mountainous areas can contribute to the rapid spread of wildfires. Additionally, the county's proximity to water bodies like rivers and reservoirs increases the likelihood of flooding during heavy rainfall or snowmelt events. These geological features play a significant role in shaping the county's overall hazard risk profile.
Given the historical occurrence of events such as ...
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Heavy Rain
2018-12-05Heavy Rain
2017-02-16Heavy Rain
2016-03-05Heavy Rain
2010-12-19Torrential Rain
2010-01-18Heavy Rain
2006-04-04Heavy Rain
2005-12-31Snowmelt
1998-06-14Heavy Rain
1997-01-01Heavy Rain
1996-12-26Rain And Snowmelt
1995-03-08