← Back to all counties

River Monitoring Stations in North Lanarkshire

Scotland • 1 monitoring station across 1 river
0
High level
0
Above normal
1
Normal or below
1
Total stations

Rainfall across western Scotland, year by year

North Lanarkshire sits in the Met Office's western Scotland area. Each bar is one year's total; the dark line is the ten-year average, which is what a trend looks like once single wet and dry years are smoothed out; the dashed line is the 1991–2020 average of 1,818 mm. 2025 brought 1,711 mm, close to that. The wettest year here since 1996 was 2011 (2,280 mm), the driest 2010 (1,368 mm).

western Scotland: yearly rainfall from 1996 to 2025, wettest 2011 at 2,280 mm, driest 2010 at 1,368 mm1996: 1,517 mm1997: 1,582 mm1998: 1,998 mm1999: 2,000 mm2000: 1,955 mm2001: 1,424 mm2002: 1,912 mm2003: 1,385 mm2004: 1,899 mm2005: 1,695 mm2006: 1,935 mm2007: 1,695 mm2008: 1,985 mm2009: 1,980 mm2010: 1,368 mm2011: 2,280 mm2012: 1,908 mm2013: 1,712 mm2014: 2,027 mm2015: 2,204 mm2016: 1,685 mm2017: 1,812 mm2018: 1,711 mm2019: 1,766 mm2020: 2,133 mm2021: 1,541 mm2022: 1,813 mm2023: 1,844 mm2024: 1,770 mm2025: 1,711 mm1,818 mm199620102025

Rainfall over a whole region, not a measurement in North Lanarkshire itself, and a wet year is not the same thing as a flood: what floods a river is how much falls at once and how wet the ground already was. Average rainfall: HadUK-Grid v1.3.2, Met Office. Contains public sector information licensed under the Open Government Licence v3.0.

How much rain has fallen in North Lanarkshire

Rain gauge totals for the last day, week and month, by town:

Caldercruix · Castlecary · Glenmavis · Kilsyth · Shotts

Is it getting worse in North Lanarkshire?

Year by year, each figure divided by what changed about the measuring — the gauge fleet, the flood areas on the register, the overflows monitored.

River gauges reaching a high level

North Lanarkshire, Environment Agency, SEPA and NRW gauges, 2016–2025

The last 5 years average 80.0%, against 60.0% for the first 5 — 33% higher.

River gauges reaching a high level: one bar per year from 2016 to 2025, 0.0% at the start and 100.0% at the end, against a long-run average of 70.0%. The line is the rolling average.2016: 0.0% — 0 gauges with a high day from 1 gauges reporting2017: 100.0% — 1 gauges with a high day from 1 gauges reporting2018: 0.0% — 0 gauges with a high day from 1 gauges reporting2019: 100.0% — 1 gauges with a high day from 1 gauges reporting2020: 100.0% — 1 gauges with a high day from 1 gauges reporting2021: 100.0% — 1 gauges with a high day from 1 gauges reporting2022: 100.0% — 1 gauges with a high day from 1 gauges reporting2023: 100.0% — 1 gauges with a high day from 1 gauges reporting2024: 0.0% — 0 gauges with a high day from 1 gauges reporting2025: 100.0% — 1 gauges with a high day from 1 gauges reporting70.0%2016: El Nino winter, ONI +2.5 degrees C2018: La Nina winter, ONI -0.7 degrees C2019: El Nino winter, ONI +1.0 degrees C2020: El Nino winter, ONI +0.7 degrees C2021: La Nina winter, ONI -1.0 degrees C2022: La Nina winter, ONI -0.8 degrees C2023: La Nina winter, ONI -0.5 degrees C2024: El Nino winter, ONI +1.8 degrees C2025: La Nina winter, ONI -0.5 degrees C20162018202020222025

El Niño winter La Niña winter. Marked for context, not as a cause — these are states of the Pacific, and one wet fortnight moves a British year more than a whole season's pattern does. What El Niño and La Niña are, and what they did here.

The raw count went from 0 to 1 gauges with a high day between 2016 and 2025, divided every year by the same 1 gauges reporting — which is what makes the two ends comparable.

Each gauge's high level was last re-fitted on 2 October 2026, over that gauge's whole record. It is re-fitted monthly, so these percentages can move a little between rebuilds even in a week with no rain.

What this chart finds is BUNCHING — years when many gauges reached their own high level at once. It cannot tell you whether rivers run higher than they used to, and here is why: each gauge is measured against the level it itself reaches about one day a year over its own whole record, so every gauge crosses that bar about once a year by construction, however wet or dry its river has become. The bar is re-fitted every month as records grow, so a wet decade raises it and damps the very rise you are looking for. Dividing by the gauges that reported keeps the growing fleet out of the count; the like-for-like chart below holds the gauges themselves fixed as well.

See all four across the whole UK, and how to read them

Rebuilt on 5 October 2026, from data banked up to the end of 2026. Only whole calendar years are counted, so 2026 will appear here once it has finished. The rebuild runs weekly.

Luggie Water (1)