Brief introduction of radar data

During TAHOPE, CWB supply raw radar data (Table 1) and processed radar data (Table 2).

Fig 1. shows the weather radar network in Taiwan.

For more information about the weather radar network in Taiwna, an article An Operational Multi-Radar Multi-Sensor QPE System in Taiwan is highly recommanded to read in detail.

../_images/twradar.jpg

Fig 1. The weather radar network in Taiwan (Reference)


Table 1. Radara name, variables and data format

Radar name

Wavelength and polarimetry

Variables

File naming convention

Data format

Frequecy (Minute)

RCWF

S dual

yyyymmdd_HHMM_RCWF_VOL.^d{3}.gz

NEXRED

< 10

RCGI

C dual

dBuZ, dBZ, KDP, PhiDP, RhoHV, uPhiDP, V, W, ZDR

yyyymmddHHMMSS00$Variables.vol

Rainbow5

< 10

RCLY

C dual

dBuZ, dBZ, dBZv, KDP, PhiDP, RhoHV, SNR, uPhiDP, V, W, ZDR

yyyymmddHHMMSS00$Variables.vol

Rainbow5

< 10

RCCK, RCMK

C dual

dBuZ, dBZ, KDP, PhiDP, RhoHV, uKDP, uPhiDP, V, W, ZDR

yyyymmddHHMMSS00$Variables.vol

Rainbow5

< 10

RCMD, RCNT, RCSL

C dual

dBuZ, dBZ, KDP, PhiDP, RhoHV, SNR, SQI, uPhiDP, V, W, ZDR

yyyymmddHHMMSS00$Variables.vol

Rainbow5

< 10

RCCG, RCHL, RCKT

S single

dBZ, V, W

yyyymmddHHMMSS00$Variables.vol

Rainbow5

< 10


Table 2. Processed data

Categorey

File naming convention

Data format

MOSAIC2D

COMPREF.yyyymmdd.HHMM.gz

self define

MOSAIC3D

MREF3D21L.yyyymmdd.HHMM.gz

self define

QPE1HR

CB_GC_PCP_1H_RAD.yyyymmdd.HHMM.gz

self define