Microclimate Inputs
Standard Biometeorology
37.8 °C (100.0 °F)
75 %
0.8 m/s (1.8 mph)
850 W/m²
0.20 (Dark Coat)
Intervention Strategies
Real-Time Heat Vector Canvas
p5.js Visualizer Active
Biothermal Physics Principle: High relative humidity dramatically lowers the vapor pressure gradient between the wet respiratory tract/skin and ambient air, bottlenecking evaporative heat dissipation (sweating & panting) and leading to rapid core body temperature rise.
Thermal Safety Status
Emergency / Extreme Risk
Lethal heat balance accumulation; core body temp rising rapidly.
THI (Index)
91.4
Temperature-Humidity Index
Net Thermal Balance
+412.5 W
Heat Accumulation
Evap Cooling Limit
210 W
Max Latent Dissipation
Core Temp Drift
+0.82 °C/hr
Traitorous Rate
Thermodynamic Energy Breakdown
| Metabolic Heat ($Q_{met}$) | +650 W |
| Solar Absorbed ($Q_{sol}$) | +428 W |
| Convective Exchange ($Q_{conv}$) | +55 W |
| Evaporative Heat Loss ($Q_{evap}$) | -721 W |
| Net Heat Balance ($Q_{net}$) | +412.5 W |