Precipitation Of Precipitation

Although Florida's weather is very hot; but we do have very much rain. In fact, the state has the highest number of thunderstorms in the U.S. Average rainfall, for most of the state is between 50 and 60 inches from water (Florida Traveler

On Sunday August 28, 2005 the National Weather Service warned the storm would make southeast Louisiana “uninhabitable for weeks, perhaps longer” and also warned of “human suffering incredible by modern standards.” This same

Over the years, this area became humid with 36 inches of rain per year. Temperatures in

The Everglades hydrologic system has changed greatly from historic times to the present day. Part of this is due to natural changes, while other parts have been affected directly by humans. Most of Florida’s climate, specifically the Everglades, is humid and rainy. Because of Florida’s precipitation, flood control structures have been put into place around Lake Okeechobee. The later release of this water has also impacted the environment surrounding Lake Okeechobee.

Heavy precipitation events that historically occurred once in 20 years are projected to occur as frequently as every 5 to 15 years by this late century. Short term droughts are expected to intensify in most regions. Longer term droughts are expected to intensify in larger regions in the Southwest. Flooding may intensify in many U.S regions. Climate change is affecting the groundwater availability also. Sea level rising and storms surges are expected to compromise the sustainability of coastal freshwater and

Graumann, Axel. Hurricane Katrina. [Electronic Resource] : A Climatological Perspective : Preliminary Report. Asheville, NC : U.S. Dept. of Commerce, National Oceanic and Atmospheric Administration, National Environmental Satellite Data and Information Service, National Climatic Data Center, [2006], 2006. Technical report: no. 2005-01. EBSCOhost,

South Florida has a very wet and tropical climate. There is a defined rainy season from May through October. This is the time of the year when thundershowers that build in the heat of the day, and then drop substantial but short-lived precipitation across the state of Florida. According to www.usclimatedata.com, Florida averages nearly six feet of rain each year and

There is less and less water than before the, about half of the original. So during rainy seasons, there's too much. During the dry seasons, there is too little water to go around.

Tropical storms and hurricanes have become more intense during the past twenty years in North Carolina, due to climate change. Hurricane wind speeds and rainfall rates are likely to increase as the climate continues to warm. Whether the storms become more intense or not, homes, and infrastructure are at risk due to rising sea level. “Increased rainfall may further exacerbate flooding in some coastal areas. Since 1958, the amount of precipitation during heavy rainstorms has increased by 27 percent in the Southeast, and the trend toward increasingly heavy rainstorms is likely to continue.”

Maryland and the District of Columbia have similar average annual precipitation patterns (based on a period of 30 years from 1951-1980) with 42 inches and 43 inches, respectively. Although the precipitation pattern distributed evenly throughout the year, the spring and summer months (May – September) get approximately 2.5 inches more precipitation compared to the rest of the year (USGS, 1999). Furthermore, apart from the seasonal variation in the precipitation rates, there has been an increase in the annual precipitation rate of Washington, DC, since 1965 (see methods/discussion

On Sunday, August 28, 2005 the National Weather Service warned the storm would make southeast Louisiana “uninhabitable for weeks, perhaps longer” and also warned of “human suffering incredible by modern standards.” This same agency also warned in capital letters

Terre Haute lies in an area described as a humid, subtropical climate, a Cfa on the Koppen Letter Code System. This area is a mild, mid-latitude climate characterized by warm-to-hot summers, precipitation with a summer maximum, and mild winter temperatures. Both Berkeley and Terre Haute lie within relatively the same latitudes, however, Berkeley lies in an area stabilized by the poleward migration of the subtropical high and relatively cool water of the Pacific Ocean (Hess, 2013). This brings dry weather to Berkeley. Terre Haute, however, does not benefit from this stability, and continues to experience precipitation throughout the summer months. In the areas of the Eastern United States, this effect is also contributed to by the influence of tropical cyclones.

St. Louis falls into the mellow midlatitude atmosphere gathering, and this is a district loaded with air mass complexities (Hess, 2011). These differentiations cause a mixture of unsettling influences in the air leaving St. Louis with an assortment of climate (Hess, 2011). The summers have a tendency to have more precipitation with the coastal stream and incessant convection (Hess, 2011). However winter can encounter rain and periodic snow due to midlatitude typhoons (Hess, 2011).

Majority of the area on the lakefront used to be swampland until developers drained the land and started constructing residential homes and resorts in the early 1900’s (The City of New Orleans, 2010). Like the rest of New Orleans, Lakeview’s elevation ranges from 15 feet above and five feet below sea level, which makes the area more susceptible to flooding (National Aeronautics and Space Administration, 2005). Moreover, since bodies of water surround New Orleans, the city has a humid, subtropical climate, with an average temperature of 70°F and approximately 119 rainy days per year; hurricane season typically runs from June to November (U.S. Climate Data, 2015). Thus, the city generally does not experience extreme temperature ranges, with very mild winter days and fairly tolerable summer

Houston is familiar with flooding. But, Houston’s 1940 flood control network was not able to handle the extreme rainfall from Harvey. Harvey dumped record breaking rainfall, over 20 inches of rain across the entire Houston Metro area. Total rainfall for the storm hit over 50 inches and a new record for the U.S. As Houston begins to plan for recovery, climate scientists warn that urban planners need to prepare for more severe rainfall. “Surface waters in the Gulf of Mexico are 2 degrees Fahrenheit warmer at this time of year than they were three decades ago” (Wehner, 2017) and warmer temperatures create stronger storms. In addition, there is more