BOUNDARY LAYER METEOROLOGY & RADIOSONDE DIAGNOSTICS • NCR VERTICAL COLUMN #{{column_id}}

Atmospheric Inversion Viewer

Vertical temperature-height sounding profile diagnostic engine identifying nocturnal surface-based and elevated thermal trapping layers.

REGIME: WMO-{{wmo_code}} RADIOSONDE

COMPUTED AT: {{run_timestamp}} UTC

STATUS: {{engine_status}}

layers Sounding Profile Benchmark:

Sounding Source: {{sounding_source}}

Sounding Time: {{sounding_time}} UTC

Surface Temp (T₀): {{t_surface}} °C

Surface Pressure: {{p_surface}} hPa

Geopotential Ref: {{geopotential_ref}}

ssid_chart Vertical Sounding: Temperature vs. Altitude

dT/dz > {{zero_threshold}} indicates thermodynamic inversion layer preventing vertical air parcel ascent.

UNITS: m AGL / °C

THERMAL TRAPPING CAP [Δz: {{depth_m}} m]

Z (m AGL)

INVERSION TOP: {{top_m}} m AGL

INVERSION BASE: {{base_m}} m AGL

{{t_mark_0}}°C

{{t_mark_1}}°C

{{t_mark_2}}°C

{{t_mark_3}}°C

T (°C) →

Peak Thermal Inversion

dT/dz = +{{inversion_grad}} °C/100m

Trapping cap at z = {{top_m}} m

Observed Radiosonde T(z) Dry Adiabat (Γd) Confinement Boundary

Sensor Node: {{sounding_station_id}}

Sounding Diagnostic Dossier

THERMODYNAMIC LAYER ANALYSIS

Classified Regime

warning

Inversion Base {{base_m}} m AGL

Inversion Top {{top_m}} m AGL

Inversion Depth (Δz) {{depth_m}} m

Inversion Strength (ΔT) {{strength_c}} °C

Thermal Lapse Rate {{lapse_rate}} °C/100m

Venting Index {{venting_index}} m²/s

Mixed Layer Height {{mixing_height}} m

CAPE Value {{cape_val}} J/kg

report_problem

Atmospheric Stability Advisory

Governing Formulation:

dT/dz = (T_{top} - T_{base}) / (z_{top} - z_{base}) > {{crit_val}}

Rigid thermal lid suppresses vertical turbulent diffusion of particulate mass.

Vertical Sounding Discrete Level Data Table

Interpolated thermodynamic levels computed from high-resolution micro-radiosonde ascents.

VERIFIED RADIOSONDE DISCRETE LEVELS

Altitude (m AGL)	Pressure (hPa)	Temperature (°C)	Dewpoint (°C)	Lapse Rate dT/dz (°C/km)	Thermodynamic State
{{z0}} m	{{p0}} hPa	{{t0}} °C	{{td0}} °C	{{lapse0}}	{{state0}}
{{z1}} m	{{p1}} hPa	{{t1}} °C	{{td1}} °C	{{lapse1}}	{{state1}}
{{z2}} m	{{p2}} hPa	{{t2}} °C	{{td2}} °C	{{lapse2}}	{{state2}}
{{z3}} m	{{p3}} hPa	{{t3}} °C	{{td3}} °C	{{lapse3}}	{{state3}}
{{z4}} m	{{p4}} hPa	{{t4}} °C	{{td4}} °C	{{lapse4}}	{{state4}}