Is Campinas really warming?
Yes — over 504 monthly observations (1984-2025), Campinas 2m air temperature rose +0.4091 C/decade (+1.718 C total, 95% CI [0.3329, 0.4891], Kendall tau = 0.293, Seasonal MK p < 1e-16).
Inspect 504 monthly NASA POWER observations (1984–2025) across Campinas-SP, Petrolina-PE, Manaus-AM, and any global (lat, lon) coordinate via open zero-key CORS APIs. Compare Seasonal Mann-Kendall trends, multi-vector attribution, and 5 citizen Action Presets (Heatwaves, Drought, Wildfires 150 km, Solar Storm, City Health).
| Station & Biome | 2m Air Temp (T2M) | Rainfall (PRECTOTCORR) | Cloud Attenuation | Clear-Sky SW | 2m Wind (WS2M) | Causal Verdict |
|---|---|---|---|---|---|---|
| Campinas-SP (-22.90, -47.06) Atlantic Forest / Cerrado |
+0.4091 °C/dec (95% CI [+0.3329, +0.4891], total +1.718 °C, p=<1e-16) | -0.2724 mm/day/dec (p=1.59e-6) | +0.0378 %/dec (p=9.48e-1) | +0.1897 MJ/m²/day/dec (p=<1e-16) | -0.0042 m/s/dec (p=0.489, null) | Aerosol / Clear-Sky Driven |
| Petrolina-PE (-9.39, -40.50) Caatinga Semi-Arid Solar Corridor |
+0.3012 °C/dec (95% CI [+0.2314, +0.3710], total +1.265 °C, p=4.66e-15) | -0.0721 mm/day/dec (p=2.91e-2) | -0.9647 %/dec (p=2.83e-9) | +0.0127 MJ/m²/day/dec (p=0.2901) | -0.0138 m/s/dec (p=0.1734, null) | Cloud-Driven Brightening |
| Manaus-AM (-3.10, -60.02) Amazon Rainforest |
+0.3065 °C/dec (95% CI [+0.2543, +0.3593], total +1.287 °C, p=<1e-16) | -0.4673 mm/day/dec (p=4.24e-11) | -0.8552 %/dec (p=3.02e-8) | +0.0289 MJ/m²/day/dec (p=0.7686) | -0.0007 m/s/dec (p=0.4512, null) | Cloud-Driven Brightening |
Monthly surface wind speed (WS2M) exhibits no significant trend at Campinas (p = 0.489), Petrolina (p = 0.1734), or Manaus (p = 0.4512) and smooths intra-hour gusts. Cockpit-OMNI explicitly marks hourly wind-ramp and battery-dispatch claims unsupported.
Yes — over 504 monthly observations (1984-2025), Campinas 2m air temperature rose +0.4091 C/decade (+1.718 C total, 95% CI [0.3329, 0.4891], Kendall tau = 0.293, Seasonal MK p < 1e-16).
Clouds attenuated less radiation in Manaus: CLOUD_ATTEN_PCT declined -0.8552 %/decade (-3.592 % cumulative, p = 3.015e-8), while CLRSKY_SFC_SW_DWN shows no significant trend (p = 0.7686). Campinas is the opposite engine: flat cloud attenuation (p = 0.9476) paired with rising clear-sky transmittance (+0.1897 MJ/m2/day/dec, p < 1e-16).
No — WS2M monthly 2m wind speed shows NO statistically significant trend in Campinas (p = 0.489, 95% CI [-0.0191, +0.0103] m/s/dec), Petrolina (p = 0.1734), or Manaus (p = 0.4512). Monthly 2m averages also smooth out 15-minute hub-height turbine ramps; hourly GOES/hub-height ingestion is an explicit roadmap item.
Yes — Campinas exhibits compound drying: precipitation fell -0.2724 mm/day/decade (-1.144 mm/day total, p = 1.59e-6) while near-surface relative humidity (RH2M) declined -1.6601 %/decade (-6.972 % total, p < 1e-16).
Regular seasonal cycles drown out decadal signals in naive pooled tests: ordinary Mann-Kendall returns p = 0.1968 ('no trend') for Campinas All-Sky Irradiance, whereas Seasonal Mann-Kendall compares matching calendar months across years and detects p = 0.0008616 (+0.1621 MJ/m2/day/decade).
Petrolina-PE leads All-Sky solar brightening (+0.2558 MJ/m2/day/decade, +1.075 total, p = 9.38e-9) driven by cloud thinning (CLOUD_ATTEN_PCT -0.9647 %/decade, p = 2.83e-9; clear-sky p = 0.2901), while warming +0.3012 C/decade and losing -0.0721 mm/day/decade of rain (p = 0.0291).
Manaus-AM warmed +0.3065 C/decade (+1.287 C total, tau = 0.381, p < 1e-16) and experienced the steepest rainfall decline among all three biomes (-0.4673 mm/day/decade, -1.963 mm/day total, tau = -0.204, p = 4.24e-11).
In static offline mode, Cockpit plots 1,500 of 3,313 VIIRS NOAA-21 Brazil detections from the verified 2026-11-14 15:04 UTC snapshot (mean FRP 3.06 MW). When the FastAPI backend is reachable, clicking 'Verify against NASA now' queries live LANCE FIRMS on the server without exposing API keys to the browser.
No — NASA Earthdata CMR collections NISAR (NISAR_L2_GUNW_PROVISIONAL_V1) and ECOSTRESS (ECO_L2T_LSTE) are verified catalog citations discovered via CMR MCP and explicitly listed as planned next-stage vectors, never fabricated in charts.
Yes — adjust the start/end year sliders or calendar-month filter in Cockpit and our client-side Seasonal Mann-Kendall + Theil-Sen engine recalculates in ~50 ms in pure JavaScript. Every Chart card also includes a 100-row paginated Raw data tab with instant CSV and JSON export.