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Add Table support for relocated Slidell RADAR HDC #146

Open akrherz opened 6 months ago

akrherz commented 6 months ago

This PNS nicely covers things. Will need to add GEMPAK table entries as this relocated RADAR gets a new identifier. I'll ask upstream in a new NCEP NAWIPS is coming as well for this.

NOUS41 KWBC 251440
PNSWSH

Service Change Notice 24-11
National Weather Service Headquarters Silver Spring MD
940 AM EST Thu Jan 25 2024

To:     Subscribers
        -NOAA Weather Wire Service
        -Emergency Managers Weather Information Network
        -NOAAPORT
        Other NWS Partners and Employees

From:       Terrance J. Clark
        Director, WSR-88D Radar Operations Center

Subject:    Hammond, LA WSR-88D (KHDC) to Begin NEXRAD Level III
        Product Dissemination on or around March 31, 2024

As notified via PNS23-58, the Slidell, Louisiana WSR-88D was
decommissioned on November 27, 2023 and is being relocated to
Hammond,
Louisiana and renamed as KHDC. Table 1 contains metadata for the KHDC
radar. Table 2 contains the Level-III product suite disseminated via
RPCCDS (https://www.weather.gov/tg/rpccds) and NOAAPORT when the
radar
begins operations as KHDC on or about March 31,2024. Please note that
the KHDC radar will include a supplemental low elevation of 0.3
degrees per SCN24-09.

Table 1: METADATA ASSOCIATED WITH THE KHDC WSR-88D.

DESCRIPTION           METADATA
ICAO                  KHDC  (Hammond, LA)
WFO sending site          LIX
Source ID or RPG ID       874
Latitude              30.519 (+30° 31' 9.5'')
Longitude             -90.407 (-90° 24' 26.5'')
Radar Elevation (MSL)         43 feet
Tower Height              30 meter
Feedhorn height (MSL)         157 feet

Within the TTAAII header group (below), the value for i (regional
identifier) will be 4. For example, the header for the GSM will be
NXUS64 KLIX 311500 GSMHDC.

TABLE 2: RADAR PRODUCT WMO HEADINGS AND RPCCDS FTP DIRECTORY NAMES

WMO HEADING PRODUCT DESCRIPTION AND ELEVATION       RPCCDS
FTP
TTAAII NNN                          DIRECTORY
NXUS6i GSM 2/GSM General Status Message              
DS.p2gsm
NOUS6i FTM 75/FTM Free Text Message              
DS.75ftm
SDUS6i RSL 152/ASP Archive III Status Product            
DS.152rs
SDUS5i NZB 153/SDR Base Reflectivity .13nm X .5deg 0.3DEG    n/a
SDUS5i N0B 153/SDR Base Reflectivity .13nm X .5deg 0.5DEG    n/a
SDUS5i NAB 153/SDR Base Reflectivity .13nm X .5deg 0.9DEG    n/a
SDUS2i N1B 153/SDR Base Reflectivity .13nm X .5deg 1.3-1.5DEG    n/a
SDUS2i NBB 153/SDR Base Reflectivity .13nm X 1deg 1.8DEG     n/a
SDUS2i N2B 153/SDR Base Reflectivity .13nm X 1deg 2.4-2.5DEG     n/a
SDUS2i N3B 153/SDR Base Reflectivity .13nm X 1deg 3.1-3.5DEG     n/a
SDUS6i NZQ 94/DR Base Reflectivity .54nm X 1deg 0.3DEG       
DS.p94rz
SDUS6i N0Q 94/DR Base Reflectivity .54nm X 1deg 0.5DEG       
DS.p94r0
SDUS6i NAQ 94/DR Base Reflectivity .54nm X 1deg 0.9DEG       
DS.p94ra
SDUS6i N1Q 94/DR Base Reflectivity .54nm X 1deg 1.3-1.5DEG   
DS.p94r1
SDUS6i NBQ 94/DR Base Reflectivity .54nm X 1deg 1.8DEG       
DS.p94rb
SDUS6i N2Q 94/DR Base Reflectivity .54nm X 1deg 2.4-2.5DEG   
DS.p94r2
SDUS6i N3Q 94/DR Base Reflectivity .54nm X 1deg 3.1-3.5DEG   
DS.p94r3
SDUS5i NZG 154/SDV Base Radial Velocity .13nm X .5deg 0.3DEG     n/a
SDUS5i N0G 154/SDV Base Radial Velocity .13nm X .5deg 0.5DEG     n/a
SDUS5i NAG 154/SDV Base Radial Velocity .13nm X .5deg 0.9DEG     n/a
SDUS2i N1G 154/SDV Base Radial Vel. .13nm X .5deg 1.3-1.5DEG     n/a
SDUS6i NZU 99/DV Base Radial Velocity .13nm X 1deg 0.3DEG    
DS.p99vz
SDUS6i N0U 99/DV Base Radial Velocity .13nm X 1deg 0.5DEG    
DS.p99v0
SDUS6i NAU 99/DV Base Radial Velocity .13nm X 1deg 0.9DEG    
DS.p99va
SDUS6i N1U 99/DV Base Radial Velocity .13nm X 1deg 1.3-1.5DEG
DS.p99v1
SDUS2i NBU 99/DV Base Radial Velocity .13nm X 1deg 1.8DEG    
DS.p99vb
SDUS2i N2U 99/DV Base Radial Velocity .13nm X 1deg 2.4-2.5DEG
DS.p99v2
SDUS2i N3U 99/DV Base Radial Velocity .13nm X 1deg 3.1-3.5DEG
DS.p99v3
SDUS6i NSW 30/SW Base Spectrum Width .54nm X 1deg 0.5DEG     
DS.p30sw
SDUS5i N0S 56/SRM Storm Relative Vel. .54nm X 1deg 0.5DEG    
DS.56rm0
SDUS6i N1S 56/SRM Storm Relative Vel. .54nm X 1deg 1.3-1.5DEG
DS.56rm1
SDUS6i N2S 56/SRM Storm Relative Vel. .54nm X 1deg 2.4-2.5DEG
DS.56rm2
SDUS6i N3S 56/SRM Storm Relative Vel. .54nm X 1deg 3.1-3.5DEG
DS.56rm3
SDUS5i NCR 37/CR Composite Reflectivity .54nm X .54nm        
DS.p37cr
SDUS6i NCZ 38/CR Composite Reflectivity 2.2nm X 2.2nm        
DS.p38cr
SDUS6i NLA 67/APR Low Layer Composite Refl. 2.2nm X 2.2nm    
DS.67apr
SDUS6i NML 66/LRM Mid Layer Composite Refl. 2.2nm X 2.2nm    
DS.66lrm
SDUS6i NHL 90/LRM High Layer Composite Refl. 2.2nm X 2.2nm   
DS.90lrm
SDUS7i EET 135/EET Enhanced Echo Tops .54nm X 1deg       
DS.135et
SDUS6i NET 41/ET Echo Tops 2.2nm X 2.2nm             
DS.p41et
SDUS5i DVL 134/DVL Dig. Vert. Integrated Liquid .54nm X 1deg 
DS.134il
SDUS5i NVL 57/VIL Vertical Integrated Liquid 2.2nm X 2.2nm   
DS.57vil
SDUS3i NVW 48/VWP Velocity Azimuth Display Wind Profile      
DS.48vwp
SDUS6i NSS 62/SS Storm Structure                 
DS.p62ss
SDUS6i NST 58/STI Storm Tracking Information             
DS.58sti
SDUS6i NHI 59/HI Hail Index                  
DS.p59hi
SDUS3i NMD 141/MD Mesocyclone Detection              
DS.141md
SDUS6i NTV 61/TVS Tornado Vortex Signature           
DS.61tvs
SDUS5i DHR 32/DHR Dig. Hybrid Scan Reflectivity .54nm X 1deg 
DS.32dhr
SDUS5i DPA 81/DPA Hourly Digital Precipitation Array 1/40 LFM
DS.81dpr
SDUS6i NZF 113/PRC Power Removed Control .13nm X .5deg 0.3DEG
DS.113fz
SDUS6i N0F 113/PRC Power Removed Control .13nm X .5deg 0.5DEG
DS.113f0
SDUS6i NAF 113/PRC Power Removed Control .13nm X .5deg 0.9DEG
DS.113fa
SDUS6i N1F 113/PRC Power Rem. Con. .13nm X .5deg 1.3-1.5DEG  
DS.113f1
SDUS6i NBF 113/PRC Power Rem. Control .13nm X 1deg 1.8DEG    
DS.113fb
SDUS6i N2F 113/PRC Power Rem. Control .13nm X 1deg 2.4-2.5DEG
DS.113f2
SDUS6i N3F 113/PRC Power Rem. Control .13nm X 1deg 3.1-3.5DEG
DS.113f3
SDUS8i NZX 159/DZD Differential Refl. .13nm X 1deg 0.3DEG    
DS.159xz
SDUS8i N0X 159/DZD Differential Refl. .13nm X 1deg 0.5DEG    
DS.159x0
SDUS8i NAX 159/DZD Differential Refl. .13nm X 1deg 0.9DEG    
DS.159xa
SDUS8i N1X 159/DZD Differential Refl. .13nm X 1deg 1.3-1.5DEG
DS.159x1
SDUS8i NBX 159/DZD Differential Refl. .13nm X 1deg 1.8DEG    
DS.159xb
SDUS8i N2X 159/DZD Differential Refl. .13nm X 1deg 2.4-2.5DEG
DS.159x2
SDUS8i N3X 159/DZD Differential Refl. .13nm X 1deg 3.1-3.5DEG
DS.159x3
SDUS8i NZC 161/DCC Correlation Coeff. .13nm X 1deg 0.3DEG    
DS.161cz
SDUS8i N0C 161/DCC Correlation Coeff. .13nm X 1deg 0.5DEG    
DS.161c0
SDUS8i NAC 161/DCC Correlation Coeff. .13nm X 1deg 0.9DEG    
DS.161ca
SDUS8i N1C 161/DCC Corr. Coefficient .13nm X 1deg 1.3-1.5DEG 
DS.161c1
SDUS8i NBC 161/DCC Corr. Coefficient .13nm X 1deg 1.8DEG     
DS.161cb
SDUS8i N2C 161/DCC Corr. Coefficient .13nm X 1deg 2.4-2.5DEG 
DS.161c2
SDUS8i N3C 161/DCC Corr. Coefficient .13nm X 1deg 3.1-3.5DEG 
DS.161c3
SDUS8i NZK 163/DKD Specific Diff. Phase .13nm X 1deg 0.3DEG  
DS.163kz
SDUS8i N0K 163/DKD Specific Diff. Phase .13nm X 1deg 0.5DEG  
DS.163k0
SDUS8i NAK 163/DKD Specific Diff. Phase .13nm X 1deg 0.9DEG  
DS.163ka
SDUS8i N1K 163/DKD Spec. Diff. Phase .13nm X 1deg 1.3-1.5DEG 
DS.163k1
SDUS8i NBK 163/DKD Spec. Diff. Phase .13nm X 1deg 1.8DEG     
DS.163kb
SDUS8i N2K 163/DKD Spec. Diff. Phase .13nm X 1deg 2.4-2.5DEG 
DS.163k2
SDUS8i N3K 163/DKD Spec. Diff. Phase .13nm X 1deg 3.1-3.5DEG 
DS.163k3
SDUS8i NZH 165/DHC Hydrometeor Class. .13nm X 1deg 0.3DEG    
DS.165hz
SDUS8i N0H 165/DHC Hydrometeor Class. .13nm X 1deg 0.5DEG    
DS.165h0
SDUS8i NAH 165/DHC Hydrometeor Class. .13nm X 1deg 0.9DEG    
DS.165ha
SDUS8i N1H 165/DHC Hydrometeor Class. .13nm X 1deg 1.3-1.5DEG
DS.165h1
SDUS8i NBH 165/DHC Hydrometeor Class. .13nm X 1deg 1.8DEG    
DS.165hb
SDUS8i N2H 165/DHC Hydrometeor Class. .13nm X 1deg 2.4-2.5DEG
DS.165h2
SDUS8i N3H 165/DHC Hydrometeor Class. .13nm X 1deg 3.1-3.5DEG
DS.165h3
SDUS8i NZM 166/ML Melting Layer .13nm X .13nm 0.3DEG         
DS.166mz
SDUS8i N0M 166/ML Melting Layer .13nm X .13nm 0.5DEG         
DS.166m0
SDUS8i NAM 166/ML Melting Layer .13nm X .13nm 0.9DEG         
DS.166ma
SDUS8i N1M 166/ML Melting Layer .13nm X .13nm 1.3-1.5DEG     
DS.166m1
SDUS8i NBM 166/ML Melting Layer .13nm X .13nm 1.8DEG         
DS.166mb
SDUS8i N2M 166/ML Melting Layer .13nm X .13nm 2.4-2.5DEG     
DS.166m2
SDUS8i N3M 166/ML Melting Layer .13nm X .13nm 3.1-3.5DEG     
DS.166m3
SDUS8i HHC 177/HHC Hybrid Scan Hydrometeor Class .13nm X 1deg
DS.177hh
SDUS8i NRR 197/RRC Hybrid Scan Rain Rate Class. .13nm X 1deg 
DS.197rr
SDUS8i DPR 176/DPR Instantaneous Precip. Rate .13nm X 1deg   
DS.176pr
SDUS8i OHA 169/OHA QPE One Hour Accumulation 1.1nm X 1deg    
DS.169oh
SDUS8i DAA 170/DAA QPE One Hour Digital Accum. .13nm X 1deg  
DS.170aa
SDUS8i DTA 172/DSA QPE Dig. Storm Total Accum. .13nm X 1deg  
DS.172dt
SDUS8i DU3 173/DUA QPE User Select. 3 Hr Accum. .13nm X 1deg 
DS.173u1
SDUS8i DU6 173/DUA QPE User Select. 24 Hr Accum. .13nm X 1deg
DS.173u3
Note: The abbreviation DEG is used to denote degrees elevation angle,
while deg denotes degrees azimuth angle resolution.

These products will be available via NOAAPORT and from the RPCCDS FTP
site https://tgftp.nws.noaa.gov/SL.us008001/DF.of/DC.radar/ at the
indicated directory names. Exceptions are that super-res reflectivity
and velocity products (153/SDR, 154/SDV) are only disseminated on
NOAAPORT and SDUS6i products are only disseminated on RPCCDS.

Dissemination of supplemental low elevation products began in 2020 at
other sites (see SCN20-42, SCN23-96, and SCN24-09 for more
information).

Please direct comments or report impacts from this change to:

 Mike Istok
 Radar Operations Center
 Michael.Istok@noaa.gov

National Service Change Notices are online at:

https://www.weather.gov/notification/
akrherz commented 6 months ago

It is highly likely that a NCEP NAWIPS release will come around the time of the semi-annual NWS AWIPS Geodata updates (early March) that will include a table entry for this relocated RADAR. Will sit tight on adding this entry to $GEMTBL/stns/nexrad.tbl for now

HDC      000874 NEW_ORLEANS/BATON_ROUGE/Hamm     LA US  3052  -9041    13  0 NWS
mzuranski commented 4 months ago

This line has been added to the Unidata GEMPAK installations that generate the FNEXRAD composites with nex2gini, thus adding the station's data to those sets. Working well.

akrherz commented 4 months ago

@mzuranski Thanks for the note about this. I am going to ping NCEP again to see when a NAWIPS release is coming...