Comparing Nova Prestatyn and Ellesmere Port parkruns
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Nova Prestatyn vs Ellesmere Port elevation snapshot
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| Metric | Nova Prestatyn | Ellesmere Port |
| Total Ascent | 4.16m (13.65ft) | 16.69m (54.76ft) |
| Elevation Gain Per Km | 0.8m/km | 3.3m/km |
| Elevation Range | 18.9m (62.01ft) | 6.05m (19.85ft) |
| Flat Percentage | 53.6% | 21.8% |
| Uphill Percentage | 7.6% | 41.4% |
| Longest Climb | 100m (328ft) | 330m (1,083ft) |
| Steepest 100m Climb | 1.7% | 1.5% |
| Steepest 100m Descent | 2.6% | 1.7% |
This chart shows the elevation comparing both parkruns against each
other in their literal, above sea level terms.
Normalised Comparison
With this variation of the chart we normalise the chart so that the
start line is at the same level, this way you can compare the two
parkruns in an alternative way.
Bottomed out Comparison
The below charts move the lowest point to the bottom so you can compare
in another way.
Sorted Comparison
Finally the below chart sorts all of the elevation data to give you a
rough indication of the change in elevation you'll be. Typically if one
line is steeper than the other, the steeper parkrun might be more of a
challenging run.
More information on these parkruns can be found at Nova Prestatyn Parkrun and Ellesmere Port Parkrun
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Nova Prestatyn and Ellesmere Port parkrun data
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to compare.
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| Data Point | Nova Prestatyn parkrun | | Ellesmere Port parkrun | |
| Town / City | Prestatyn | Ellesmere Port |
| Country | UK | UK |
| Start Line Lat Long | 53.341906,-3.415272 | 53.272493,-2.902644 |
| Start Line What3Words | ///stealing.customers.bridge | ///deck.snows.using |
| Laps | 0 | 2 |
| Lowest Point | -1.8 meters | -5.91 feet | 33.53 meters | 110.01 feet |
| Highest Point | 17.1 meters | 56.1 feet | 39.58 meters | 129.86 feet |
| Longest Climb | 100 meters | 328.08 feet | 330 meters | 1082.68 feet |
| Longest Climb Start Altitude | -0.01 meters | -0.03 feet | 33.55 meters | 110.07 feet |
| Longest Climb End Altitude | 1.17 meters | 3.84 feet | 35.98 meters | 118.04 feet |
| Longest Climb Gradient | 1:85
You'll go up 1 meter every 85 meters | 1:136
You'll go up 1 meter every 136 meters |
| Longest Descent | 1200 meters | 3937.01 feet | 280 meters | 918.64 feet |
| Longest Descent Start Altitude | 17.1 meters | 56.1 feet | 35.8 meters | 117.45 feet |
| Longest Descent End Altitude | 2.25 meters | 7.38 feet | 33.54 meters | 110.04 feet |
| Longest Descent Gradient | 1:81
You'll go down 1 meter every 81 meters | 1:124
You'll go down 1 meter every 124 meters |
| Flat Distance | 2680 meters | 8792.65 feet | 1090 meters | 3576.12 feet |
| Flat Percentage | 53.6% | 21.8% |
| Uphill Percentage | 7.6% | 41.4% |
| Downhill Percentage | 38.8% | 36.8% |
| Elevation Range | 18.9m (62.01ft) | 6.05m (19.85ft) |
| Elevation Gain Per Km | 0.8m/km | 3.3m/km |
| Steepest 100m Climb | 1.7% from 4,900m (16,076ft) | 1.5% from 210m (689ft) |
| Steepest 100m Descent | 2.6% from 50m (164ft) | 1.7% from 2,510m (8,235ft) |
| Total Elevation Gain | 4.16 meters | 13.65 feet | 16.69 meters | 54.76 feet |
| Total Elevation Loss | 20.71 meters | 67.95 feet | 15.55 meters | 51.02 feet |
| Net Elevation Change | -16.55m (-54.3ft) | +1.14m (+3.74ft) |
| Elevation Analysis | Reliable | Reliable |