Osilinka River water level

Water level recorded at Water Survey of Canada gauge 07EC004, refreshed every 5 minutes to an hour depending on the station.

Good to know 📏 Reading Water Survey of Canada gauges: what the level number means 💨 Gust factor: an indicator of jibe-crash risk
Current level

2.29m

measured Nov 4, 7:40 a.m.

24-hour change

+0.02m

rising

7-day change

−0.02m

falling

Range (16 days)

2.22–2.39m

lowest to highest daily reading

Water levels, day by day

DateWater levelΔ vs previous day
Nov 4●2.29↑ 0.01
Nov 32.28↑ 0.02
Nov 22.25↑ 0.03
Nov 12.220
Oct 312.22↓ 0.03
Oct 302.25↓ 0.05
Oct 292.30↓ 0.01
Oct 282.31↑ 0.01
Oct 272.30↑ 0.01
Oct 262.29↓ 0.02
Oct 252.31↓ 0.03
Oct 242.34↓ 0.03
Oct 232.37↓ 0.02
Oct 222.39↓ 0.01

Readings fetched Nov 4, 8:29 a.m. (just now); the chart below loads the current trace live from Water Survey of Canada.

Osilinka River water level — common questions

What is the current water level of Osilinka River?
The current water level of Osilinka River (British Columbia) is 2.29 m, measured Nov 4, 7:40 a.m. at Water Survey of Canada gauge 07EC004.
Is the water level at Osilinka River rising or falling?
The level is currently falling: 0.02 m over the past seven days.
How does the current level compare with the last 16 days?
Over the past 16 days the gauge ranged from 2.22 to 2.39 m. The current reading sits in the middle of that range.
Where does the water level data for Osilinka River come from?
Readings come from the Osilinka River Near End Lake gauge (07EC004) in Water Survey of Canada's realtime hydrometric network (ECCC), refreshed every 5 minutes to an hour depending on the station — loaded server-side on this page, fresh on every visit.

Water level history

Water level · WSC gauge 07EC004

Reading the chart. Water Survey of Canada gauges report water level in metres above the station’s datum. The absolute number matters less than the trend: a falling level means shrinking launch depth and exposed shoals, a rising one means floating debris and lost beach.

Water levels respond to dam operations, irrigation drawdown, snowmelt, and recent rainfall. For launch decisions, combine the trend here with the wind forecast — low water plus strong wind makes steep, tired ramps.