------------------------------------------------------------------- NEXRAD Precipitation Bias Calculated from the Multi Precipitation Estimator for RADARS in the SERFC Area for 2024-09-19 00:00:00 GMT. ------------------------------------------------------------------- Radar ID Bias Based on #Pairs /Gage Sum /Radar Sum Z=(a)R^(b) ZR type ----- ---- -------- --------------------------- ---------- ------- AKQ 1.72 005 hrs 12 / 1.26 / 0.73 300 1.4 Convective AMX 1.22 002 hrs 17 / 6.51 / 5.32 300 1.4 Convective BMX 1.17 168 hrs 813 / 2.49 / 2.13 300 1.4 Convective BYX 0.73 002 hrs 15 / 4.48 / 6.12 300 1.4 Convective CAE 1.13 010 hrs 11 / 2.07 / 1.83 300 1.4 Convective CLX 1.39 003 hrs 14 / 3.57 / 2.56 300 1.4 Convective DGX 0.87 168 hrs 173 / 2.51 / 2.90 Missing EOX 1.33 005 hrs 10 / 4.11 / 3.08 300 1.4 Convective EVX 1.30 010 hrs 15 / 3.03 / 2.33 300 1.4 Convective FCX 1.85 010 hrs 24 / 2.95 / 1.59 200 1.6 Marshall-Palmer FFC 1.29 168 hrs 1441 / 1.84 / 1.42 300 1.4 Convective GSP 2.25 003 hrs 11 / 2.13 / 0.95 300 1.4 Convective GWX 1.29 168 hrs 895 / 2.99 / 2.32 300 1.4 Convective HTX 1.05 168 hrs 1408 / 2.15 / 2.04 300 1.4 Convective JAX 0.93 002 hrs 19 / 3.40 / 3.65 300 1.4 Convective JGX 1.04 003 hrs 11 / 2.73 / 2.63 300 1.4 Convective LTX 1.38 168 hrs 467 / 3.75 / 2.71 300 1.4 Convective MHX 1.68 168 hrs 336 / 3.92 / 2.33 300 1.4 Convective MLB 0.64 002 hrs 16 / 5.67 / 8.93 300 1.4 Convective MOB 1.61 168 hrs 359 / 2.60 / 1.61 300 1.4 Convective MRX 1.36 010 hrs 12 / 1.42 / 1.04 200 1.6 Marshall-Palmer MXX 1.64 168 hrs 1287 / 2.77 / 1.69 300 1.4 Convective NQA 1.85 168 hrs 264 / 2.90 / 1.57 300 1.4 Convective OHX 1.04 168 hrs 528 / 2.05 / 1.98 300 1.4 Convective RAX 1.62 010 hrs 23 / 2.73 / 1.69 300 1.4 Convective TBW 0.75 010 hrs 16 / 2.27 / 3.03 300 1.4 Convective TLH 1.06 003 hrs 15 / 3.91 / 3.70 300 1.4 Convective VAX 1.21 010 hrs 14 / 3.14 / 2.59 Missing *No Radar Data * The bias values are calculated from the MPE (Multi Precipitation Estimator) which uses 'pairs' of RADAR and rain gage data. MPE requires at least 10 gage/radar pairs in order to calculate a bias. The 'Based on' column shows how far in the past MPE went back to get the required number of pairs. Current refers to the current hour. * The final three columns show the number of pairs used to calculate the bias, and the sum of the gage and radar accumulations respectively. Bias above 1.00 indicates RADAR is under estimating precipitation. Bias below 1.00 indicates RADAR is over estimating precipitation. A bias of over 1.50 or under 0.50 may be reason for investigation. * Manual overides to computed biases are flagged in the report. * Missing DPAs (Digital Precipitation Arrays) from the RADARS are flagged in the report.