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<br />97 <br /> <br />not been addressed and is still a <br />element has been partially <br /> <br />If it has <br />If a particular <br /> <br />" <br /> <br />" <br /> <br />it is rated "Yes <br />is rated "No." <br /> <br />Summer <br /> <br />fully addressed, <br />problem area, it <br />addressed. it is noted as <br /> <br />"partial <br /> <br />Deficiencies Addressed <br /> <br />Events 1 2 3 4 5 6 7 <br />June, 1982 No No No No Partial No Partial <br />Nov.,1985 No Partial No Partial No No Partial <br />May, 1986 No Yes No No No No No <br />June, 1990 No Partial No No No No Partial <br />June, 1995 Partial Yes Yes Yes Partial Yes Yes <br />Jan., 1996 Partial Yes Partial Partial Yes Partial Partial <br /> <br />Table 1 <br /> <br />NWS modernized operations began in the eastern region in 1994-95. For <br />the four events prior to modernization, only one element was fully addressed. <br />For the two events following the modernized operations, all of the deficien- <br />cies were at least partially addressed. Among the individual deficiencies, the <br />two elements that have shown the most progress are: Element 2-knowledge <br />of hydrologic operations; and Element 7-use of QPF in hydrologic forecast <br />operations. This is not surprising, since these areas have been emphasized in <br />eastern region operations since 1980. The one deficiency that was somewhat <br />surprising was Element I-the availability of real-time automated data. On <br />further reflection, however, this can be explained by the fact that, as a direct <br />result of the first four events, automated flood warning systems were either <br />newly implemented or expanded for the areas of concern. <br /> <br />Improvements <br /> <br />The most significant improvements in the NWS Flash Flood Warning <br />program are the result of NWS modernized operations and technologies. <br />Despite these improvements, problems still exist where deficiencies have only <br />been partially addressed. <br />The use of WSR-88D radars <br /> <br />Current and Future Operational <br /> <br />has been a key component in pinpointing <br />areas of excessive rainfall. Significant improvements have been made in <br />radar/rainfall estimates and areal coverage of precipitation with the advent of <br />