Jerry Recco

Jerry Recco (born March 19, 1974) is an American sports radio personality, serving as a morning anchor on the Boomer and Carton program on sports radio station WFAN in New York City. He has been with the station since 1997. As of 2009, Recco also reports sports in the morning for WFAN's sister station all-news WINS. Born in Brooklyn and raised in New Jersey, Recco received a BA in Media Arts from Jersey City State College, after a 3-year stint at the now defunct Upsala College. He began his career at WFAN first as an intern and then moved up to producer and board operator, before taking over as the overnight anchor. He left WFAN for a short time to disc jockey at WHTG-FM in New Jersey and anchor sports at Sportsphone before returning in April 2000 as part-time anchor and full-time board operator for the Mike and the Mad Dog show. Recco is an avid golfer and Dallas Cowboys fan.

Since 2006, Recco has been the radio play-by-play voice of Columbia Lions football and basketball. Their games are streamed on the Columbia University Athletics website.

Recco

Recco (Latin: Ricina / Recina) is a comune in the province of Genoa, region of Liguria, Italy. It is known for its focaccia al formaggio (focaccia with cheese) which is made with Crescenza. The consortium that dictates the official recipe of the focaccia, supposedly the result of a Saracen attack in the 13th century, is seeking the European Union PGI status for the recipe. Also famous is the September 8 fireworks festival honoring the Virgin Mary. The town is also known for its successful waterpolo team, Pro Recco. During WWII Recco's railway was bombed by the allies, destroying the town. It was rebuilt in the late forties and early fifties.

Twin towns

Ponte di Legno, Italy

References

RECCO

The Recco system is an electronic method of finding a person or persons buried in snow as a result of an avalanche.

History

The Recco system was developed in response to an avalanche tragedy that involved the inventor, Magnus Granhed, in Åre, Sweden, in 1973.

Magnus collaborated with researchers at the Royal Institute of Technology in Stockholm, at first studying all the existing technologies. Although active avalanche transceiver were found to be most effective, but transceivers had disadvantages of high cost, the need to turn them on and off, and a requirement for batteries. This led Magnus to look at a passive reflector that could be carried by a skier all times and would be a simple and practical solution.

In 1975 John Lawton, the developer of the Skadi avalanche transceiver, proposed that a reflector could be put on a lift ticket. During the northern-hemisphere winter of 1978/1979 Magnus worked in conjunction with the Royal Institute of Technology in Stockholm, painstakingly conducting an experiment to measuring radio frequency penetration of snow. All winter, radio waves were sent into the snow, and by varying the frequencies every few hours an optimum frequency for penetration of the snowpack was arrived at.