Flooding Nearly Disruptive

In the summer of 2017, the tide rose to a record more frequent in Honolulu, than at any other time in the 112 years in which the record was kept. Philip Thompson, director of the Sea Level Center at the University of Hawaii, wants to know why. “Where did this come from?” He asked. “How often does this happen? Is this our window for the future?”

What Thompson and the team of researchers has found that the future has arrived. The summer of ’17 was a foregleam of real water events coming to Honolulu and other coastal areas. Research, published in June in Global warming, found that the highest and most frequent hurricanes would reach by the 2030’s, especially along the West Coast and on islands such as the Hawaiian Islands, forming what is known as “flooding“I don’t know.

“Many areas along the East Coast are experiencing recurring problems,” says Thompson. The reason for this is the transition from the East Coast to a global issue, with many of these beaches being affected by frequent floods. “

How much? The study, which included researchers from NASA and the National Oceanic and Atmospheric Administration, shows that flooding of the sun will freeze the fall, making it more difficult for cities and businesses. Roads will not pass, cars will be destroyed in parking lots, and rainwater will be disrupted. In addition, flooding also pollutes the local water and pollutants such as oil, fossil fuels, trace elements, and nitrogen, which cause algae flowering to produce oxygen-killing bacteria.

According to Thompson, floods are prudent, destroying a village with a thousand wounds – or, in the meantime, most days of the year when you get to work or shopping is difficult or impossible. “If it happens 10 or 15 times a month, it’s very difficult,” he adds. “A business can’t function when its basement. People lose their jobs because they can’t go to work. The consequences can be very rapid.”

This research adds to the growing popularity of the changes that drive the tide. Like rising sea levels, flooding varies from place to place. Among the factors contributing to the increase in bright floods are the depletion of land in the area, the effects of El Niño, the decline of the Gulf Stream along the Atlantic coast, water temperatures, and tidal waves.

Although the function of the so-called “swaying” of the moon in the floodwaters was a story, it is not new, and the sign is misleading. The moon is unshakable; its position relative to the Earth’s equator changes slightly as it orbits, which was first reported in 1728. The orbit is 18.6 years. Half of that time it tramples the waves, and in the other half they magnify them. The effect is particularly severe in areas where there are single waves or one-day highs, such as the West Coast.

Although the moon’s angle may rise, the rising sea level may not be enough to sustain widespread flooding. This will change next time in the 2030s, the study concludes. The rising water level plus another month will cause the floodwaters to begin to shake, starting with what Thompson and researchers call a “strong year.”

Those years will vary from place to place depending on local circumstances. This means that La Jolla will likely have 15 days of flooding in 2023, 16 days in 2033, and 65 days in 2043. In Honolulu, it is planning two days of flooding in 2033 and 65 days in 2043. In St. Petersburg, Florida, the jump will run from seven days in 2023 to 13 days in 2033 and then up to 80 days in 2043.