Home / Ozark / 1 May 2018

Ozark

United States · 1 May 2018

OzarkUnited States2:39 PM localChange location

← 30 April 20182 May 2018 →

Average

20.4°C

low 14.3° · high 25.9°

Rainfall

0mm

dry day

Wind

4.7m/s

daily average

Humidity

62.1%

daily average

Cloud

52%

cover

Pressure

1015hPa

daily average

The temperature ranged from 14.3°C around 07:00 to 25.9°C around 17:00. No measurable rain was recorded during the day.

How unusual was this day?

Compared against the same 135 calendar days (±7 days) across the other 9 years on file.

High temperature

87th percentile

Low temperature

70th percentile

Rainfall

33th percentile

Wind

86th percentile

A percentile of 100 means this was the hottest/wettest/windiest of the comparable days on file; 50 is right in the middle. This window's average temperature was 16.3°C, versus 20.4°C on this specific day.

Sun & daylight

Sunrise

06:18

Sunset

20:02

Day length

13h 43m

Hour by hour

Temperature (line) and hourly rainfall (bars), local time — America/Chicago.

↓ Download CSV
00:0006:0012:0018:0023:00

Cumulative rainfall through the day.

00:0006:0012:0018:0023:00
Local timeUTCTemp °CFeels °CRain mmWind m/sDirHumidity %Pressure hPa
00:0005:0017.814.705SSE661016
01:0006:0017.314.204.9SSE661016
02:0007:0016.613.504.7SSE681015
03:0008:0015.712.804.4SSE711015
04:0009:0014.912.304.1SSE761015
05:0010:0014.611.704.4S771015
06:0011:0014.411.804S781015
07:0012:0014.311.903.8S791016
08:0013:0015.813.603.8S761016
09:0014:001816.503.6SSE721016
10:0015:0020.818.504.6S621016
11:0016:0022.219.805.2S591016
12:0017:0023.921.105.9S541016
13:0018:0024.521.706S531015
14:0019:0025.522.906S531015
15:0020:0025.422.805.9S521014
16:0021:0025.923.605.8S531014
17:0022:0025.924.803.6SSW491013
18:0023:0025.32404S511013
19:0000:0024.222.204.3S511013
20:0001:0023.120.904.4S521013
21:0002:0022.219.804.5SSE541014
22:0003:002118.504.7SSE581014
23:0004:0020.718.304.6SSE591015

Need this verified for an official or legal purpose? Request a weather verification report.

Data source & coverage — ERA5 reanalysis, 2016–2025 (10 years)details
Source
ERA5 reanalysis, accessed via the Copernicus Climate Change Service (C3S) Climate Data Store
Data type
Reanalysis — a physically consistent reconstruction combining a forecast model with historical observations, not a live station reading or a forecast
Coverage
2016–2025 (10 years) for United States
Location
Ozark — 37.000°, -93.250°, ERA5 grid cell center, 4.5 km from requested point
Time zone
America/Chicago
What's shown here
The hourly and daily record for 1 May 2018 specifically — not a monthly average. See the Ozark climate overview for typical conditions.
Spatial resolution
0.25° (~25 km) distributed grid — ERA5's native model resolution is finer; this is the publicly distributed regridded product
Version / refreshed
Methodology v2026.07 · data last refreshed December 31, 2025
Limitations
A model reconstruction, not a station observation — hyper-local extremes (a single storm cell, an urban heat pocket) can differ from a nearby gauge. See the full methodology.
Attribution
Generated using Copernicus Climate Change Service information

Cite this data

Plain text
PastClimate (2026-07-17). Historical climate data for Ozark, United States (37.00°N, 93.25°W), derived from ERA5 (Hersbach et al., 2023, Copernicus Climate Change Service). Retrieved from https://www.pastclimate.com/
APA
PastClimate. (2026). Historical climate data for Ozark, United States [Data set]. Derived from ERA5 (Copernicus Climate Change Service). Retrieved July 17, 2026, from https://www.pastclimate.com/
MLA
"Historical Climate Data for Ozark, United States." PastClimate, derived from ERA5 (Copernicus Climate Change Service), July 17, 2026, www.pastclimate.com.
BibTeX
@misc{pastclimate,
  author = {PastClimate},
  title = {Historical climate data for Ozark, United States},
  year = {2026},
  note = {Derived from ERA5 (Hersbach et al., 2023), Copernicus Climate Change Service. Accessed 2026-07-17},
  url = {https://www.pastclimate.com/}
}

Notice something wrong with this data? Report a data issue.