Florian Kroker McCormack — Personal Weather Dashboard

Models, radar, satellite, alerts, and analysis tools in one place

About Florian
LIVE WEATHER DESK  —  A field notebook for official NWS forecasts, SPC/WPC guidance, radar, satellite, models, marine data, and space-weather products. When a source product is better viewed at the agency site, the panel links straight to the original page.

This website has the products I wish I knew more about when I started forecasting in 8th grade.

The About Florian page also showcases my research and interviews.

About Florian

Short-Range Model Wall

NOAA / NCEP MAG
Model
HRRR
NAM-3km
NAM-12km
RAP
GFS
Field
Comp. Reflectivity
Precip Type
MSLP + Precip
500 mb Hgt / Vort
850 mb T / Wind
SB CAPE / Shear
Snow / Depth
Region
CONUS
NE
SE
S Plains
NW
N Plains
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Forecaster Notes

  • HRRR — 3-km hourly to F18/F48. Best for near-term convective mode.
  • NAM-3km — convection-allowing, longer range than HRRR.
  • RAP — hourly-updating analysis backbone of SPC mesoanalysis.
  • GFS — global synoptic guidance to 384 h, coarse for convection.
  • 500 mb vorticity — diagnose short-wave troughs and DPVA.
  • 850 mb θe — boundary-layer moisture transport axis.
  • Snow fields — compare accumulation/depth output against thermal profiles and DGZ quality.

Current Conditions & Point Forecast

api.weather.gov
Resolving location…
°F
Dewpoint
Humidity
Wind
Gust
Pressure
Visibility
Ceiling
Station

Active Alerts

Next 24 Hours

NWS gridpoint forecast

Meteogram — T / Td / Wind / Precip-chance

7-day hourly from NWS

Local Forecast Diagnostics

NWS derived waiting for forecast

48-Hour Impact Index

temperature extremes, wind, precipitation, hazards

Hourly Impact Matrix

48-hour NWS hourly forecast
Forecast matrix loading.

Wind Rose

next 48h

Weather Story

next 48h
Forecast story loading.

Official Guidance Desk

NWS / SPC / WPC / MDL official products only
Official products and source text only.

This desk pulls from official forecast offices and national centers: the local NWS Area Forecast Discussion, point/grid metadata, SPC severe products, WPC precipitation guidance, and NOAA model-analysis portals. It is meant to show the reasoning forecasters actually publish, then point you to the source product.

NWS source text

Satellite — GOES-19 CONUS

RAMMB / CIRA auto-refreshing
GeoColor
IR 10.3 µm (Clean IR)
Water Vapor (6.2 µm)
Air Mass RGB
Day Cloud Phase RGB
Why these channels matter GeoColor blends visible + IR for intuitive context. Clean IR (Band 13) exposes deep convection and cloud-top temps. Water Vapor (Band 8) reveals mid/upper-trop moisture, jet streaks, and dry slots — essential for synoptic diagnosis. Air Mass RGB distinguishes stratospheric intrusions (red/orange) from tropical air (green) and is invaluable for cyclogenesis tracking. Day Cloud Phase highlights glaciation vs. supercooled water — key for severe convection and winter precip.

Radar — Interactive Mosaic

RainViewer • NEXRAD / global composite
Reflectivity
IR Clouds
Frame loading…
What to interrogate Look for line structure (squall lines vs. discrete supercells), training echoes over the same watershed, hook signatures on the southwest flank of rotating storms, bow-echo apex rear-inflow jets, bright-band contamination near the freezing level, and three-body scatter spikes from large hail. Compare reflectivity trend across frames — intensity and motion vectors are as important as the current snapshot.
NWS Radar

Official single-site NEXRAD, velocity, spectrum width, and dual-pol products.

radar.weather.gov

Surface Analysis & Observations

WPC • IEM • NWS

WPC Surface Analysis

WPC surface analysis
Diagnose Track surface lows, fronts, pressure falls/rises, and theta-e gradients. Drylines manifest as steep mixing-ratio discontinuities — watch for convergence along them. Warm fronts are preferred for isentropic ascent; cold fronts deliver sharp post-frontal drops in dewpoint and veering winds.

SPC Mesoanalysis — Environment Diagnostics

convectivekinematics
MSLP / Wind
SB CAPE / CIN
ML CAPE / CIN
MU CAPE / CIN
Effective Bulk Shear
0-3 km Storm-Relative Helicity
STP (fixed-layer)
700-500 mb Lapse Rate
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Interrogation sequence CAPE tells you fuel; shear tells you organization; SRH tells you rotation potential; STP bundles them into a tornado parameter. Lapse rates > 7.5 °C/km in the 700-500 mb layer suggest robust updraft acceleration and large-hail potential. Always cross-check with observed soundings, not just the mesoanalysis.

Medium-Range & Ensemble Guidance

GEFS • ECMWF • CMC • EPS

Model Intelligence Board

operational, experimental, and AI-adjacent guidance

Severe Weather Desk

SPC products

SPC Day-1 Convective Outlook

SPC Day 1 Outlook

Watches, Warnings, Reports

Desk workflow Day-1 outlook → mesoanalysis ingredients → upstream soundings → HRRR / NAM-3km simulated reflectivity → boundary analysis → watch timing. Re-check the warm sector every hour: dewpoints, 0-1 km SRH, and LCL heights dominate tornado probability.

Winter Weather Desk

WPC • WWD

Tropical & Marine

NHC • OPC • NWPS

Upper-Air Lab — Radiosondes, Soundings, Synoptic Structure

NOAA / SPC / NCEP observed upper-air workflow
Observed atmosphere first. Models second.

Twice-daily radiosonde observations are the anchor for diagnosing the real vertical column: cap strength, moisture depth, freezing-level structure, jet streaks, lapse rates, and the wind profile. This page maps the RAOB network around the selected dashboard point and links directly into official NOAA/SPC/NCEP upper-air products.

00/12Z RAOB cycle

SPC Observed Sounding Cycle

latest 00/12Z cycle
SPC observed sounding cycle station map

Selected Station Sounding

SPC observed RAOB
Selected station observed sounding from SPC
Thermo / Wind Trace raw SPC text

CONUS RAOB Network

nearest stations from current point
Station locations are a curated operational subset of U.S. upper-air sites. Distances use great-circle geometry from the selected dashboard point.

Nearest Sounding Sites

Select a station to see official product links.
Professional workflow Start with the nearest observed sounding, then compare against SPC upper-air maps to locate the synoptic wave, jet streak, thermal ridge, dry layer, and frontal slope. Only then interrogate forecast soundings and CAM/HREF fields to see how the modeled profile evolves.

GOES-East Satellite Loop

STAR NESDIS • GOES-19 preloading…
CONUS
Northeast
Southeast
S. Plains
Northwest
Gulf of Mexico
Tropical Atlantic
Pacific NW
Full Disk
GeoColor
Clean IR (10.3 µm)
Upper WV (6.2 µm)
Mid WV (6.9 µm)
Low WV (7.3 µm)
Red Visible (0.64 µm)
Air Mass RGB
Day Cloud Phase
Sandwich
Day/Night Micro
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Open STAR
Animated GIF loop from NOAA STAR
What to use this for Time-differencing is the single most powerful satellite technique. Scrub the loop to spot cold-top intensification, overshooting tops, enhanced-V signatures, warm-wake subsidence, cirrus plume expansion, and rapid cyclogenesis in the air-mass RGB. The water-vapor channels (6.2 / 6.9 / 7.3 µm) sense progressively lower layers — comparing them reveals vertical motion and moisture depth.

Space Weather — NOAA SWPC

SWPC / DSCOVR / ACE

Planetary K-index (3-day)

geomagnetic activity
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Solar Wind (real-time)

speed, density, Bz
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Aurora Forecast — Ovation Model

SWPC 30-minute aurora viewability
SWPC Ovation Aurora — Northern Hemisphere
Interpretation The Ovation Aurora model estimates auroral oval location and intensity over the next ~30 minutes. Higher Kp pushes the oval equatorward; Bz south (negative) is the key driver of substorm onset.

GOES X-Ray Flux

solar flare monitor
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Solar Disk — SDO AIA 193 Å

coronal imaging, 1.5-1.6 MK plasma
SDO AIA 193

Marine Desk — Buoys, Waves, SST

NDBC • NWPS • WPC

Nearest NDBC Buoy

Global Significant Wave Height

NCEP MAG GFS-WAVE
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SST / OSPO Sea Surface Temperature

NOAA/NESDIS OSPO
OSPO global SST