Finnish Meteorological Institute Open Data Web Map Service

anjalankoski_dbzh (anjalankoski_dbzh)

dBZH PPI from Anjalankoski radar in Eureffin

anjalankoski_hclass (anjalankoski_hclass)

HydroClass PPI from Anjalankoski radar in Eureffin

kesalahti_dbzh (kesalahti_dbzh)

Kesälahti dbzh

kesalahti_hclass (kesalahti_hclass)

Kesälahti hclass

korpo_dbzh (korpo_dbzh)

dBZH PPI from Korpo radar in Eureffin

korpo_hclass (korpo_hclass)

kuopio_dbzh (kuopio_dbzh)

dBZH PPI from Kuopio radar in Eureffin

kuopio_hclass (kuopio_hclass)

Kuopio hclass

luosto_dbzh (luosto_dbzh)

dBZH PPI from Luosto radar in Eureffin

luosto_hclass (luosto_hclass)

Luosto HydroClass product.

nurmes_dbzh (nurmes_dbzh)

dBZH PPI from Nurmes radar in Eureffin

nurmes_hclass (nurmes_hclass)

HydroClass PPI from Nurmes radar in Eureffin

Echo classification Kaunispää Radar (optclass_fikau)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Kaunispää. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

petajavesi_etop_20 (petajavesi_etop_20)

Petäjävesi etop 20

petajavesi_vrad (petajavesi_vrad)

Petäjävesi vrad

Echotop Kaunispää Radar (radar_etop_fikau_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Kaunispää. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Anjalankoski Radar (radar_fianj_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Anjalankoski. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Anjalankoski Radar (radar_fianj_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Anjalankoski. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Anjalankoski Radar (radar_fianj_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Anjalankoski. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Anjalankoski Radar (radar_fianj_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Anjalankoski. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Anjalankoski Radar (radar_fianj_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Anjalankoski. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity CAPPI Kankaanpää Radar (radar_fikan_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kankaanpää. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Kankaanpää Radar (radar_fikan_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kankaanpää. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Kankaanpää Radar (radar_fikan_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Kankaanpää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Kankaanpää Radar (radar_fikan_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Kankaanpää. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Kankaanpää Radar (radar_fikan_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Kankaanpää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Kankaanpää Radar (radar_fikan_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Kankaanpää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Kaunispää Radar (radar_fikau_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Kaunispää. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Kaunispää Radar (radar_fikau_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Kaunispää Radar (radar_fikau_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Kaunispää Radar (radar_fikau_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Kaunispää Radar (radar_fikau_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity CAPPI Kesälahti Radar (radar_fikes_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kesälahti. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Kesälahti Radar (radar_fikes_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kesälahti. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Kesälahti Radar (radar_fikes_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Kesälahti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Kesälahti Radar (radar_fikes_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Kesälahti. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Kesälahti Radar (radar_fikes_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Kesälahti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Kesälahti Radar (radar_fikes_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Kesälahti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Korppoo Radar (radar_fikor_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Korppoo. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Korppoo Radar (radar_fikor_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Korppoo. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Korppoo Radar (radar_fikor_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Korppoo. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Korppoo Radar (radar_fikor_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Korppoo. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Korppoo Radar (radar_fikor_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Korppoo. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity CAPPI Kuopio Radar (radar_fikuo_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kuopio. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Kuopio Radar (radar_fikuo_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kuopio. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Kuopio Radar (radar_fikuo_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Kuopio. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Kuopio Radar (radar_fikuo_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Kuopio. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Kuopio Radar (radar_fikuo_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Kuopio. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Kuopio Radar (radar_fikuo_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Kuopio. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Luosto Radar (radar_filuo_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Luosto. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Luosto Radar (radar_filuo_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Luosto. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Luosto Radar (radar_filuo_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Luosto. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Luosto Radar (radar_filuo_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Luosto. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Luosto Radar (radar_filuo_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Luosto. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

12h Precipitation Accumulation CAPPI Finland Radar (radar_finland_cappi_acrr12h)

12-h accumulated rainfall constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains accumulated rainfall (mm) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

24h Precipitation Accumulation CAPPI Finland Radar (radar_finland_cappi_acrr24h)

24-h accumulated rainfall constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains accumulated rainfall (mm) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

3h Precipitation Accumulation CAPPI Finland Radar (radar_finland_cappi_acrr3h)

3-h accumulated rainfall constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains accumulated rainfall (mm) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

5min Precipitation Accumulation CAPPI Finland Radar (radar_finland_cappi_acrr5min)

5-min accumulated rainfall constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains accumulated rainfall (mm) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

5min Snow Accumulation CAPPI Finland Radar (radar_finland_cappi_acrs5min)

5-min accumulated snowfall constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains accumulated snowfall (mm) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

Rain Rate CAPPI Finland Radar (radar_finland_cappi_rate)

Rain rate constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). The image combines measurements from several radars. The product contains rain rate (mm/h) measurements. Additional parameters: elevation: CAPPI altitude in meters from sea level. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000. - finradfast: EPSG:3067, BBOX: -208000,6390000,1072000,7926000, only 3 lowest elevations included from each radar.

Radar Reflectivity CAPPI Nurmes Radar (radar_finur_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Nurmes. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Nurmes Radar (radar_finur_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Nurmes. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Nurmes Radar (radar_finur_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Nurmes. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Nurmes Radar (radar_finur_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Nurmes. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Nurmes Radar (radar_finur_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Nurmes. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Nurmes Radar (radar_finur_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Nurmes. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Petäjävesi Radar (radar_fipet_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Petäjävesi. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Petäjävesi Radar (radar_fipet_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Petäjävesi. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Petäjävesi Radar (radar_fipet_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Petäjävesi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Petäjävesi Radar (radar_fipet_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Petäjävesi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Petäjävesi Radar (radar_fipet_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Petäjävesi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity CAPPI Utajärvi Radar (radar_fiuta_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Utajärvi. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Utajärvi Radar (radar_fiuta_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Utajärvi. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Utajärvi Radar (radar_fiuta_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Utajärvi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Utajärvi Radar (radar_fiuta_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Utajärvi. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Utajärvi Radar (radar_fiuta_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Utajärvi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Utajärvi Radar (radar_fiuta_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Utajärvi. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echotop Vihti Radar (radar_fivih_etop_dbzh)

Radar reflectivity echotop height from a single radar volume scan. The value indicates the highest altitude where a given radar reflectivity threshold is met in a vertical column. Radar: Vihti. Time interval: 5 minutes. Additional parameters: elevation: The DBZH threshold used to determine the echotop height. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity (vertical) PPI Vihti Radar (radar_fivih_ppi_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Vihti. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Vihti Radar (radar_fivih_ppi_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Vihti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Phase Shift PPI Vihti Radar (radar_fivih_ppi_phidp)

Differential Phase Shift from a single radar scan in map display (PPI, Plan Position Indicator). Differential Phase Shift is a measure of the difference in 2-way attenuation for the horizontal and vertical pulses in the measurement volume. Radar: Vihti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Doppler Velocity PPI Vihti Radar (radar_fivih_ppi_vrad)

Doppler velocity from a single radar scan in map display (PPI, Plan Position Indicator). Doppler velocity indicates the speed of the target in the direction of the radar beam, with positive velocities indicating motion away from the radar and negative velocities indicating motion toward the radar. Doppler velocity is measured in meters per second (m/s). Radar: Vihti. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity CAPPI Vimpeli Radar (radar_fivim_cappi_dbzh)

Reflectivity from a single radar constant altitude image (CAPPI, Constant Altitude Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Vimpeli. Additional parameters: elevation: CAPPI altitude in meters from sea level. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Reflectivity PPI Vimpeli Radar (radar_fivim_ppi_dbzh)

Reflectivity from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Vimpeli. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Radar HydroClass PPI Vimpeli Radar (radar_fivim_ppi_hclass)

Radar HydroClass from a single radar scan in map display (PPI, Plan Position Indicator). HydroClass is a hydrometeor classification product that indicates the phase of the hydrometeors in the measurement volume. Values: 1=Non-meteorological; 2=Rain; 3=Wet snow; 4=Snow; 5=Graupel; 6=Hail. Radar: Vimpeli. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Echo classification Vimpeli Radar (radar_fivim_ppi_optclass)

Radar echo classification product. For each radar bin, the class with highest classification probability is shown. The classification is produced with the OptClass algorithm. Radar: Vimpeli. Time interval: 5 minutes. Additional parameters: elevation: The elevation angle of the scan.

Correlation Coefficient PPI Vimpeli Radar (radar_fivim_ppi_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Vimpeli. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Vimpeli Radar (radar_fivim_ppi_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Vimpeli. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Radar Kankaanpää dBZ PPI Lowest Angle (radar_kankaanpaa_dbzh-ppi-1_3067)

Radar Kankaanpää Reflectivity in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. The dBZ is measured from the lowest angle.

Radar Kankaanpää dBZ PPI Highest Angle (radar_kankaanpaa_dbzh-ppi-5_3067)

Radar Kankaanpää Reflectivity in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. The dBZ is measured from the lowest angle.

Radar Kankaanpää echo top -10 dBZ (radar_kankaanpaa_etop-1_3067)

Radar Kankaanpää echo top -10 dBZ

Radar Kankaanpää echo top dBZ (radar_kankaanpaa_etop_3067)

Radar Kankaanpää echo top dBZ

Radar Kankaanpää doppler velocity 4deg (radar_kankaanpaa_vrad-1_3067)

Radar Kankaanpää 4deg Doppler Velocity. Can be used for wind speed estimation.

adar Kankaanpää doppler velocity (radar_kankaanpaa_vrad_3067)

Radar Kankaanpää Doppler Velocity. Can be used for wind speed estimation.

Radar Reflectivity (vertical) PPI Kaunispää Radar (radar_ppi_fikau_dbzv)

Reflectivity (vertical polarization) from a single radar scan in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. FILTER: The quality control protocol applied to the product. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). - finrad: EPSG:3067, BBOX: -208000,6390000,1072000,7926000.

Specific Differential Phase PPI Kaunispää Radar (radar_ppi_fikau_kdp)

Specific Differential Phase (KDP) from a single radar scan in map display (PPI, Plan Position Indicator). Specific Differential Phase is a derived product that shows the gradient, or change, in Differential Phase Shift. Positive KDP values indicate greater phase shift in the horizontal than the vertical caused by an increase in the size and concentration of rain drops, and thus, an increase in rain rate. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Correlation Coefficient PPI Kaunispää Radar (radar_ppi_fikau_rhohv)

Correlation Coefficient (ρhv) from a single radar scan in map display (PPI, Plan Position Indicator). Correlation Coefficient is a measure of the consistency of the shapes and sizes of targets within the measurement volume. A higher value shows a higher consistency in the size and shape of radar targets, usually indicating meteorological targets, while a lower value indicates greater variability in shapes and sizes. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

Differential Reflectivity PPI Kaunispää Radar (radar_ppi_fikau_zdr)

Differential Reflectivity (ZDR) from a single radar scan in map display (PPI, Plan Position Indicator). Differential Reflectivity is the logarithm ratio of the horizontally polarized reflectivity to the vertically polarized reflectivity. Positive values indicate that dominant hydrometeors are larger in the horizontal than in the vertical, and negative values indicate dominant hydrometeors are larger in the vertical than the horizontal. Values near zero indicate that hydrometeors are similar in size in the vertical and horizontal. Radar: Kaunispää. Additional parameters: elevation: The elevation angle of the scan. GEOCONF: Definition of the geographical domain of products. Each definition consists of map projection, corner points, resolution, and the radars that can be included in the product (for multi-radar products). FILTER: The quality control protocol applied to the product.

radar_vihti_etop-1_3067 (radar_vihti_etop-1_3067)

radar_vihti_etop-1_3067

suomi_rr12h_eureffin (suomi_rr12h_eureffin)

Finland twelve hour precipitation sum with one hour time interval.

suomi_rr24h_eureffin (suomi_rr24h_eureffin)

utajarvi_dbzh (utajarvi_dbzh)

dBZH PPI from Utajärvi radar in Eureffin

utajarvi_hclass (utajarvi_hclass)

HydroClass PPI from Utajarvi radar in Eureffin

Radar Vihti Cb Top Height (vihti_etop_20)

Radar Vihti 20 dBZ Cumulonimbus cloud top height estimation in meters.

Radar Vihti dBZ PPI Lowest Angle (vihti_ppi_ala_eureffin)

Radar Vihti Reflectivity in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. The dBZ is measured from the lowest angle.

Radar Vihti dBZ PPI Highest Angle (vihti_ppi_yla_eureffin)

Radar Vihti Reflectivity in map display (PPI, Plan Position Indicator). dBZ measurement estimates precipitation intensity. The dBZ is measured from the highest angle.

Radar Vihti doppler velocity 4deg (vihti_vrad_4deg)

Radar Vimpeli 4deg Doppler Velocity. Can be used for wind speed estimation.

vimpeli_etop_20 (vimpeli_etop_20)

20 dBZ echo top from Vimpeli radar