Hydrometeorological Discussion
Issued by NWS California-Nevada RFC
Issued by NWS California-Nevada RFC
724 AGUS76 KRSA 161336 HMDRSA Hydrometeorological Discussion National Weather Service / California Nevada RFC / Sacramento CA 640 AM PDT Mon Sep 16 2024 ...CONTINUED COOLER WITH PRECIP POSSIBLE THROUGH THE REST OF THE WEEK... .METEOROLOGICAL CONDITIONS (MON AM - SUN AM)... The primary circulation associated with the general troffing across the west coast this morning is now located near the Sacramento area...continuing to slowly drop toward the south-southeast before it looks to swing toward the northeast later today into Tuesday. Currently...radar imagery shows the best echoes in the northeast quadrant of this feature stretching from an area northeast of Bishop northward across Winnemucca before reaching the OR border near McDermitt. In this band of precip...amounts are generally from a few hundredths of an inch to just over 0.10-inch per hour...per latest gauge reports and MRMS multi-sensor scan. Through today...the best precip continues to look to be east of the Sierra crest over the northern half of NV...and primarily in the swath where precip is training this morning. As this feature moves off toward the northeast on Tuesday...the next area low pressure will drop out of the Gulf of Alaska and make its way southward along or just outside of the west coast through Thursday morning...reaching near Point Conception before ejecting toward the east-northeast through the end of the week. Another round of precip will spread across the region...mainly impacting northern/central CA and much of the state of NV. Given the trajectory of the system...look for the best amounts to fall across the Smith River basin and then down the length of the Cascades/Sierra crest along with point east over the northern half of NV. Please Note: This product may NOT be routinely updated Friday through Sunday between Jun 1 and Oct 1. Please refer to www.cnrfc.noaa.gov/dailyBriefing.php for a graphical summary of weather and hydrologic conditions. QPF graphics are available at www.cnrfc.noaa.gov/qpf.php Kozlowski $$