Goleta, California in the context of "Schooner"

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⭐ Core Definition: Goleta, California

Goleta (/ɡəˈltə/ gə-LEE-tə; Spanish: [ɡoˈleta]; Spanish for "schooner") is a city in southern Santa Barbara County, California, United States. It was incorporated as a city in 2002, after a long period as the largest unincorporated populated area in the county. As of the 2000 census, the census-designated place (CDP) had a total population of 55,204. A significant portion of the census territory of 2000 was not included in the city. The population of Goleta was 32,690 at the 2020 census. It is known for being close to the campus of the University of California, Santa Barbara.

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Goleta, California in the context of 1969 Santa Barbara oil spill

The Santa Barbara oil spill occurred in January and February 1969 in the Santa Barbara Channel, near the city of Santa Barbara in Southern California. It was the largest oil spill in United States waters at the time. It remains the largest oil spill to have occurred in the waters off California.

The source of the spill was the January 28, 1969, blow-out on Union Oil's Platform A, located 6 miles (10 km; 5 nmi) from the coast in the Dos Cuadras Offshore Oil Field. Within a ten-day period, an estimated 80,000 to 100,000 barrels (13,000 to 16,000 m; 3,400,000 to 4,200,000 US gal) of crude oil spilled into the Channel and onto the beaches of Santa Barbara County in Southern California, fouling the coastline from Goleta to Ventura as well as the northern shores of the four northern Channel Islands. The spill had a significant impact on marine life in the Channel, killing an estimated 3,500 sea birds, as well as marine animals such as dolphins, elephant seals, and sea lions. The public outrage engendered by the spill, which received prominent media coverage in the United States, resulted in numerous pieces of environmental legislation within the next several years, legislation that forms the legal and regulatory framework for the modern environmental movement in the U.S.

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Goleta, California in the context of Coal Oil Point seep field

The Coal Oil Point seep field (COP) in the Santa Barbara Channel offshore from Goleta, California, is a marine petroleum seep area of about three square kilometres, within the Offshore South Ellwood Oil Field and stretching from the coastline southward more than three kilometers (1.9 mi). Major seeps are located in water depths from 20 to 80 meters (66 to 262 ft). The seep field is among the largest and best studied areas of active marine seepage in the world. These perennial and continuous oil and gas seeps have been active on the northern edge of the Santa Barbara Channel for at least 500,000 years. The combined seeps in the field release about 40 tons of methane per day and about 19 tons of reactive organic gas (ethane, propane, butane and higher hydrocarbons); about twice the hydrocarbon air pollution released by all the cars and trucks in Santa Barbara County in 1990. The liquid petroleum produces a slick that is many kilometres long and when degraded by evaporation and weathering, produces tar balls which wash up on the beaches for miles around.

This seep also releases on the order of 100 to 150 barrels (16 to 24 m) of liquid petroleum per day. The field produces about 9 cubic meters of natural gas per barrel of petroleum.

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Goleta, California in the context of Las Cumbres Observatory Global Telescope Network

Las Cumbres Observatory (LCO) is a network of astronomical observatories run by a non-profit private operating foundation directed by the technologist Wayne Rosing. Its offices are in Goleta, California. The telescopes are located at both northern and southern hemisphere sites distributed in longitude around the Earth. For some astronomical objects, the longitudinal spacing of telescopes allows continuous observations over 24 hours or longer. The operating network currently consists of two 2-meter telescopes, nine 1-meter telescopes, and seven 40-centimeter telescopes, placed at six astronomical observatories. The network operates as a single, integrated observing facility, using a software scheduler that continuously optimizes the planned observing schedule of each individual telescope.

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