This station has not reported a qualifying observation since Tue 22 Sep 2026. A separate archive of daily values from 1955 is linked under data sources.
Our synoptic decoder reads air temperature only, so this station reports no dew point, wind or pressure here.
Annual average · °C
Trend over 12 years with data: +0.13 °C per decade
| Year | Annual average |
|---|---|
| 1955 | no data |
| 1956 | no data |
| 1957 | no data |
| 1959 | no data |
| 1960 | no data |
| 1969 | no data |
| 1970 | no data |
| 1971 | no data |
| 1973 | no data |
| 1974 | no data |
| 1975 | no data |
| 1976 | no data |
| 1977 | no data |
| 1978 | no data |
| 1996 | no data |
| 1997 | no data |
| 1998 | no data |
| 1999 | no data |
| 2008 | no data |
| 2009 | 11.1°C |
| 2010 | 11.6°C |
| 2011 | 12.7°C |
| 2012 | 10.9°C |
| 2013 | 13.0°C |
| 2014 | 12.6°C |
| 2015 | 12.5°C |
| 2016 | 11.9°C |
| 2017 | 11.7°C |
| 2018 | no data |
| 2021 | no data |
| 2022 | 11.4°C |
| 2023 | no data |
| 2024 | 13.3°C |
| 2025 | 11.2°C |
| 2026 | no data |
Source: NOAA GHCN-Daily. Years the station did not cover are left as gaps, never joined across. The dashed line is a least squares trend through the years that have data.
Skriveri has dropped below freezing on 1491 nights since 1955. The desert remembers every one of them.
The coldest night Skriveri has ever recorded, −35.0°C, would pass for a warm spell at Davis Lgb 46 Aws, which is −57.6°C right now.
New facts every day. Report an error.
The highest in available records since 1955. Source: GHCN-Daily, 1955 to 2026.
The lowest in available records since 1955. Source: GHCN-Daily, 1955 to 2026.
Skriveri (WMO 26435) is a weather station in Latvia, 83 m above sea level, about 37 km from Ogre.
| Station | Away | Height | High | Low | vs here |
|---|---|---|---|---|---|
| Lielvarde Arpt |
This station lies about 6,300 km north of the equator.






























Land surface temperature for 2026-11-05, from NASA GIBS. This is the temperature of the ground seen from orbit, not the air, and it is never ranked against air readings. Cloud hides the ground, so gaps are unread rather than guessed.
View more on Google Maps56.6500°N, 25.1333°E
The warmest month on record here is July, when the highest reading has reached 33.5°C (92.3°F) on Sunday, 29 July 2018.
NOAA GHCN-Daily, highest reading recorded in each month
The coldest month on record here is January, when the lowest reading has fallen to −35.0°C (−31.0°F) on Friday, 30 January 1970.
NOAA GHCN-Daily, lowest reading recorded in each month
33.5°C (92.3°F) on Sunday, 29 July 2018. That is the highest in the daily record we hold for this station, which runs since 1955. It is not an officially certified record unless a meteorological authority has recognised it.
NOAA GHCN-Daily
−35.0°C (−31.0°F) on Friday, 30 January 1970. That is the lowest in the daily record we hold, which runs since 1955.
NOAA GHCN-Daily
Readings here arrive through NOAA WMO SYNOP bulletins. SYNOP is the surface synoptic report that national weather services file to the WMO, typically at the main hours of 00, 06, 12 and 18 UTC and often three hourly between them. It covers places with no airport, which is why the coldest readings on Earth arrive this way.
| Figure | Source | Type |
|---|---|---|
| Latest reading, today so far | NOAA Aviation Weather Center (METAR) and NOAA NWS WMO bulletins (SYNOP) | Measured, station |
| All-time, monthly and on-this-day records | NOAA NCEI Global Historical Climatology Network daily (GHCN-Daily), 1955 to 2026 at this site and its predecessors | Measured, station |
| Nearby stations and distances | Computed from station positions in our own database | Calculated |
Every reading on this page has passed the checks below. A reading that fails any of them is stored as refused and can never be ranked, shown as a record, or counted in a daily high or low.
No reading from this station has been refused in the last 14 days.
A reading with no usable latitude and longitude is discarded. It cannot be ranked, mapped, or compared with its neighbours, and a temperature with no place is not an answer to which place is hottest.
Some feeds fill an unknown position with a stand-in value such as 99.99 degrees or an elevation of 9999 m. Those are not coordinates. They are caught separately from a missing position because a station placed at a fake point has no neighbours, so the neighbour check below can never see anything wrong with it.
SYNOP arrives as files that are only re-read when they change. A file that has stopped being updated is set aside whole, before any reading inside it is considered.
Different networks get different windows, because they report at different rates: 2 hours for METAR, which transmits continuously, and 9 hours for SYNOP, which reports at 00, 06, 12 and 18 UTC. A single rule would have discarded the entire synoptic network, including every station in Antarctica.
Source: NOAA GHCN-Daily. The upper figure is the highest ever recorded here in that month and the lower one is the lowest, each with the day it happened. The current month is outlined.
| 22.3 km |
| 6.0°C |
| −2.0°C |
| ZilaniLatvia | 50.4 km | none | none |
| BirzaiLithuania | 55 km | 7.0°C | 1.4°C |
| BauskaLatvia | 62.9 km | none | none |
| ZoseniLatvia | 71.9 km | none | none |
| RigaLatvia | 75 km | none | none |
Anything above 56.8 °C or below -95 °C is refused. The ceiling sits just above the highest reading WMO accepts, so a genuine new world record would be refused here too: a record needs adjudicating, not a live tile on a home page. The floor is deliberately further from its record, because the Antarctic plateau is thinly instrumented and a real extreme there has far less around it to corroborate it.
A change of more than 15 °C from this station's previous reading within 60 minutes is treated as a failing sensor. The limit is set from measured data: real weather reaches about 12 °C in an hour at desert sunrise or under a thunderstorm outflow, and the faults found were 20 °C and more.
A reading more than 12 °C from the median of other stations within 150 km is refused. It needs at least 3 neighbours to run at all, so it protects dense networks and can say nothing about an isolated station, which is why the other checks above have to stand on their own.