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<br />Detailed Moderate / "Late Blooming" EI Nino Composites <br /> <br />3O' <br /> <br />Ocl-Dec Precipitation Composites <br />(1958,1963,1969.1977,1979,1986,1990,1994.2002) <br /> <br />... <br /> <br /> <br />3O' <br /> <br />Jan-Mar Precipitation Composites <br />(1959,1964,1970,1978,1980.1987,1991,1995.2003) <br />( <br />o <br /> <br />... <br /> <br />u. <br /> <br />WI <br /> <br />... <br /> <br />"" <br /> <br />... <br /> <br />'" <br /> <br />... <br /> <br />3O. <br /> <br />1.241' 123'1' 1201 11el' <br /> <br />. t':.. <br />1101' 1081' <br /> <br />t.... <br />12a 122'1" l20f IUS''' 11'" 1141' 112"1" 1101' 108., !CIS' 11MI' IOU l00Y <br /> <br />.... ..~ <br />~IOOI~ <br /> <br />..... .~ <br />~1001~ <br /> <br />A station-by-station analysis for the nine moderate / late-blooming El Nino composite cases shows that <br />northeast Colorado benefits the most in the late fall season, while southern CA into SW CO have the best <br />odds for increased precipitation in late winter. Solid circles represent statistically significant results. <br />