Station météorologique de

Roosevelt Airport Saint Eustatius

Indicatifs : 78873, TNCE

Heure locale	Température	Pluie	Vent	Humidité	Bio-météo	Pt. de rosée	Pression
19h	27.3 °C	0 mm/1h	11 km/h raf.21.6	73%	36.4	22.1 °C	1015.4hPa
18h	27.0 °C	0 mm/1h	11 km/h raf.36	72%	35.6	21.5 °C	1015.1hPa
17h	27.7 °C	0 mm/1h	11 km/h raf.36	80%	38.5	23.9 °C	1014.8hPa =
16h	28.0 °C	0 mm/1h	18 km/h raf.36	76%	38.3	23.4 °C	1014.5hPa
15h	27.1 °C	0.3 mm/1h	14 km/h raf.32.4	80%	37.4	23.4 °C	1014.4hPa
14h	29.7 °C	0 mm/1h	22 km/h raf.46.8	71%	40.4	23.8 °C	1014.6hPa
13h	29.9 °C	0 mm/1h	22 km/h raf.32.4	71%	40.8	24 °C	1015.1hPa
12h	29.1 °C	1 mm/1h	22 km/h raf.46.8	78%	40.9	24.9 °C	1016.2hPa
11h	30.2 °C	0 mm/1h	25 km/h raf.39.6	71%	41.4	24.3 °C	1016.7hPa =
10h	28.7 °C	0 mm/1h	22 km/h raf.36	75%	39.5	23.9 °C	1017.1hPa
09h	28.5 °C	0 mm/1h	22 km/h raf.39.6	76%	39.2	23.8 °C	1016.8hPa
08h	26.9 °C	0.3 mm/1h	25 km/h raf.39.6	81%	37.2	23.4 °C	1016.3hPa
07h	26.7 °C	2 mm/1h	25 km/h raf.39.6	82%	37	23.4 °C	1015.4hPa
06h	25.8 °C	0 mm/1h	25 km/h raf.36	82%	35.2	22.4 °C	1014.9hPa
05h	26.1 °C	0.4 mm/1h	11 km/h raf.36	86%	36.5	23.5 °C	1014.2hPa =
04h	26.6 °C	0 mm/1h	14 km/h raf.28.8	82%	36.7	23.2 °C	1014.3hPa
03h	26.9 °C	0 mm/1h	22 km/h raf.32.4	83%	37.5	23.7 °C	1014.4hPa
02h	27.2 °C	0 mm/1h	22 km/h raf.36	77%	37	22.8 °C	1014.6hPa
01h	27.4 °C	0 mm/1h	18 km/h raf.28.8	75%	37	22.6 °C	1015.1hPa =
00h	27.4 °C	0 mm/1h	18 km/h raf.32.4	77%	37.3	23 °C	1015.3hPa =
23h	27.6 °C	0 mm/1h	18 km/h raf.36	77%	37.6	23.1 °C	1015.5hPa =
22h	27.7 °C	0 mm/1h	18 km/h raf.28.8	76%	37.6	23 °C	1015.6hPa
21h	27.7 °C	0 mm/1h	14 km/h raf.36	77%	37.8	23.2 °C	1015.4hPa
20h	27.7 °C	0 mm/1h	18 km/h raf.32.4	78%	38.1	23.5 °C	1015.1hPa

Température maximale	30.4°C
	record max.	record min.
Précédent record en decembre de records	31.7°C 17/12/2002	0°C 8/12/2004
Température minimale	26.6°C
	record min.	record max.
Précédent record en decembre de records	0°C 8/12/2004	28.7°C 1/12/2001
Rafale maximale 0h-0h UTC	46.8km/h
Cumul maxi en 1h 0h-0h UTC	2mm
Cumul du jour 6h à 6h(J+1)	4.3mm
Degrés Jour Unifiés (DJU) méthode "professionnels de l'énergie", base 18	0 chauffe (DJC) 10.5 froid (DJF)