1. Meteorological history

2. Impact

3. See also

4. References

Hurricane Paine contributed to one of the most significant flooding events in Oklahoma history. The 16th tropical storm and 8th hurricane of the 1986 Pacific hurricane season, Paine formed on September 28 off the southeast coast of Mexico. It moved around a ridge, later turning to the north and brushing the Baja California Peninsula. By that time, Paine had attained peak winds of 100 mph (155 km/h), but it weakened slightly before hitting the Mexican state of Sonora. The remnant moisture combined with a cold front to produce heavy rainfall in the south-central United States.

In Mexico, Paine produced rainfall along much of the coastline, with maxima in inland Oaxaca, Jalisco, and Sonora where it moved ashore. Prior to the arrival of the remnants of Paine in the United States, there was an extended period of heavy rainfall, which caused at least 10 deaths, forced thousands of people from their homes, and resulted in heavy flooding damage. The moisture from Paine produced the highest daily rainfall for any station in Oklahoma. Severe river flooding occurred along the Osage and Arkansas Rivers. The overall flooding event caused $350 million in damage, of which half came from crop losses.

Meteorological history

The origins of Hurricane Paine were from a system that entered the eastern Pacific Ocean through Central America on September 27. By the next day, it organized into Tropical Depression 27 while located about 185 miles (300 km) southwest of the coast of Guatemala. With a high pressure system to its north, the depression moved generally westward at first, although an approaching upper-level trough influenced a more northerly track. The depression slowly organized while paralleling the Mexican coastline, and it was upgraded to Tropical Storm Paine on September 30, while the storm was about 350 miles (565 km) west-southwest of Acapulco.^[1]

Tropical Storm Paine quickly intensified after it was first upgraded to a tropical storm. Late on September 30, a NOAA reconnaissance plane flew into the storm, one of two cyclones in the basin that warranted aircraft data, the other being Hurricane Newton. The plane observed sustained winds of 82 mph (133 km/h), and as a result, Paine was upgraded to hurricane status. As it neared the Baja California Peninsula, the hurricane turned more northward, and late on October 1 reached peak winds of 100 mph (155 km/h), while located just offshore of the southern tip of Baja California.^[1] Hurricane Paine did not intensify further due to the presence of mid-level wind shear, as well as insufficient moisture in the air; nevertheless, it was located over an area of {{convert|82.9|°F|°C}} water temperatures. The outer eyewall moved across Cabo San Lucas, and the resultant land interaction was believed to have slightly weakened the inner core of the hurricane.^[2]

After reaching its peak intensity, the hurricane turned north-northeastward, making landfall near San José, Sonora with winds of 90 mph (145 km/h). Paine rapidly dissipated over land, although the remnants continued northeastward across Mexico into Texas and the south-central United States.^[1] Moisture from the system combined with an advancing cold front, producing heavy rainfall over Oklahoma and southeastern Kansas.^[3]

Impact

As a tropical cyclone, Paine brought rainfall to most of Mexico, including heavier amounts along the coastline and interior northern Oaxaca. The highest total in the country was 12.01 inches (30.5 cm) in Apazulco, Jalisco. Light precipitation fell in the southern portion of the Baja California Peninsula, and where Paine moved ashore, upwards of 7 inches (18 cm) fell across its path.^[4] In the area around where it made landfall, strong winds knocked down trees and caused disruptions to city services.^[5]

In the south-central United States, the remnants of Paine dropped moderate to heavy rainfall in regions that already received above normal rainfall.^[1] Isolated locations in Texas, northern Oklahoma, and southeastern Kansas received over 10 inches (25.4 cm) of precipitation, and the highest total in the United States was 11.35 inches (28.8 cm) at Fort Scott, Kansas. Moderate rainfall extended northeastward through Missouri and Illinois.^[4] In Barnsdall, Oklahoma, a station recorded 10.42 inches (26.5 cm) on September 29, which was the highest daily precipitation for any station in the state.^[6] In combination with previous storms, some locations received over 20 inches of rainfall in an 8-day period, which produced severe river flooding along the Osage and Arkansas Rivers. The flooding resulted in record discharge rates along many streams and creeks, while many reservoirs were nearly filled to capacity. The Mississippi River in St. Louis reached the fifth highest flood stage on record.^[3]

Prior to its arrival, flooding across the central United States killed six people, forced thousands of people from their homes, and left at least $76 million in damage (1986 USD).^[7] Additional flooding from Paine exacerbated the situation; the flooding affected 52 of the 77 counties in Oklahoma, which resulted in a total of $350 million in damage,^[6] half of which from agriculture.^[8] The remnants of Paine brought about the end of the extended period of rainfall, which overall had forced 55,000 people from their homes, including 1,200 in East Saint Louis, Illinois where a floodgate broke.^[9] It was described as one of the worst floods in Oklahoma history.^[10]

See also

• Other storms named Paine
• List of Pacific hurricanes

References

• CCDM J04406-4152A
• CCDM J04406−4152A
• CCDM J05003+3924
• CCDM J05079-0506
• CCDM J05079-0506A
• CCDM J05079-0506B
• CCDM J05079−0506
• CCDM J05079−0506A
• CCDM J05079−0506B
• CCDM J05145-0812A
• CCDM J05145−0812A
• CCDM J05168+4559
• CCDM J05168+4559A
• CCDM J05168+4559AP
• CCDM J05168+4559B
• CCDM J05168+4559C
• CCDM J05168+4559D
• CCDM J05168+4559E
• CCDM J05168+4559F
• CCDM J05168+4559G
• CCDM J05168+4559H
• CCDM J05168+4559HL
• CCDM J05168+4559L
• CCDM J05168+4559P
• CCDM J05173+5335A