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FloodMapper Flow Model for Esher

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ParameterValue
Input Flow (m3/s)
Actual Height (m)*
 
*: Actual height can be input to verify the model, but it is not required for a prediction.
Commentary will be provided in the analysis section to the right when an actual height is provided.
Height Model Result
Enter an actual height to get a commentary on how the model performed
Flow Model Results

Please enter a valid flow and run the model
Full Model Height-Flow Profile
Current Model Performance Against Live Data
1.90m
Is the level at the Esher station, as of our last update, at 15:30 Feb 23.
The most recent flow reported is 30.71 m3/s at 15:15 Feb 23
Model Analysis
Modelled Entry Height1.90 m
Data Points in Model @ Height1496
Predicted Min Flow2.05 m3/s
Predicted Max Flow67.83 m3/s
Predicted Flow24.99 m3/s
Actual Flow30.71 m3/s
The standard deviation at this height point in the model is ~9.62, the z-score is 0.60
Commentary:

The predicted river flow of z-score 0.60 is common but slightly above average for the given river height. It falls on the 72nd percentile, within the bounds of normal variation and not unexpected.

Most Likely Height

The most likely height associated with a flow of 30.71 m3/s is: 2.55m.

The z-score for this flow at this height is: 0.04.

Most Likely Range

The most likely range of heights associated with a flow of 30.71 m3/s is 1.94m to 2.64m.

Entry HeightFlow CountFlow MinFlow MeanFlow Maxz-Score
2.5505449.22030.137109.3100.04
2.5604429.77032.065110.030-0.09
2.5704058.91032.824110.180-0.12
2.5306338.00028.572108.3100.16
2.58024010.47034.065110.410-0.17
2.5902307.47034.623100.368-0.23
2.5405938.80028.18273.9200.23
2.060501-0.08026.06175.8900.24
2.0306100.00026.59571.4140.24
2.050588-0.09025.89887.1500.28
Please Note
The results displayed on this page are based on historical flow and height data for the selected station.
These results are indicative only and should not be used as a sole basis for decision-making in critical situations. The data and models provided are subject to limitations, including incomplete or outdated information, and may not fully account for real-time conditions or other influencing factors.
No guarantee is made regarding the accuracy, reliability, or completeness of the information provided.
The use of this data is at your own risk, and neither the developers nor the providers of this platform accept any liability for losses or damages arising from the use or interpretation of the data and results.
For official guidance or critical decision-making, always consult with relevant authorities or experts.
 
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