Jacques-Olivier Travers Jacques-Olivier Travers

Accipitriformes Les Avenières, Ciers, Les Avenières Veyrins-Thuellin , 29 Nov 2024
ParkerParkerRéserve Haut-RhôneWF28Accipitriformes
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Recording
126h
distance
0/14659
GPS Tracklog length
174,65 km
total_asc
0/14659
Altitude gain
4 118 m
total_desc
0/14659
Altitude loss
-3 611 m
avg_speed
0/14659
Avg Speed
4,56 km/h
max_speed
9172/9176
Max Speed
100,03 km/h
total_pause_time
11/9924
Total Rest Time
75h15m
total_air_time
472/14660
Total Flight Time
3h44m

1h18m (Flight Time)
43m32s (Flight Time)
34m59s (Flight Time)
34m17s (Flight Time)
21m30s (Flight Time)
1m55s (Flight Time)
1m28s (Flight Time)
1m04s (Flight Time)
0m55s (Flight Time)
0m54s (Flight Time)
0m50s (Flight Time)
0m48s (Flight Time)
0m44s (Flight Time)
0m43s (Flight Time)
0m40s (Flight Time)
0m35s (Flight Time)
0m32s (Flight Time)
0m30s (Flight Time)
32h43m (on the Ground)
22h23m (on the Ground)
20h05m (on the Ground)
15h00m (on the Ground)
10h14m (on the Ground)
8h25m (on the Ground)
4h10m (on the Ground)
2h18m (on the Ground)
1h35m (on the Ground)
1h00m (on the Ground)
1h00m (on the Ground)
40m19s (on the Ground)
38m08s (on the Ground)
34m29s (on the Ground)
30m21s (on the Ground)
15m18s (on the Ground)
5m20s (on the Ground)
5m19s (on the Ground)
Total Flight Time
3h44m (3%)
Total on the Ground
121h (97%)

Core 1
35m13s (+0,0 m/s)
Core 2
02m46s (+0,1 m/s)
Core 3
05m05s (+0,3 m/s)
Core 4
02m31s (+0,1 m/s)
Core 5
00m30s (+0,2 m/s)
Core 6
10m13s (+0,0 m/s)
Core 7
25m00s (+0,0 m/s)
Core 8
10m22s (+0,0 m/s)
Core 9
25m18s (+0,0 m/s)
Core 10
22m54s (+0,5 m/s)
Core 11
02m26s (+1,4 m/s)
Core 12
10m18s (+0,0 m/s)
Core 13
43m56s (+0,1 m/s)
Core 14
04m19s (+0,1 m/s)
Core 15
06m43s (+0,1 m/s)
Core 16
05m20s (+0,3 m/s)
Core 17
00m19s (+0,3 m/s)
Core 18
02m31s (+0,3 m/s)
Core 19
03m58s (+1,0 m/s)
Core 20
05m09s (+0,2 m/s)
Core 21
04m11s (+0,4 m/s)
Core 22
04m47s (+0,2 m/s)
Core 23
03m33s (+0,6 m/s)
Core 24
01m00s (+0,4 m/s)
Core 25
01m14s (+0,4 m/s)
Core 26
02m53s (+0,3 m/s)
Core 27
08m23s (+0,1 m/s)
Core 28
01m12s (+0,6 m/s)
Core 29
00m39s (+0,2 m/s)
Core 30
04m23s (+0,1 m/s)
Core 31
05m28s (+0,5 m/s)
Core 32
02m38s (+0,7 m/s)
Core 33
02m05s (+0,5 m/s)
Core 34
02m18s (+0,2 m/s)
Core 35
00m37s (+-0,1 m/s)
Core 36
08m39s (+0,8 m/s)
Core 37
08m05s (+0,4 m/s)

Avg Speed
4,56 km/h
Max Speed
100,03 km/h

35m11s
1h10m
10m59s
5m24s
1h49m
19m23s
10m38s
5m22s
1h49m
45m46s
1h45m
1h15m
13h33m
32m48s
50m25s
1h15m
11h01m
50m11s
5m24s
23m47s
10m18s
13h28m
5m23s
30m12s
3m10s
45m16s
35m02s
35m12s
7m56s
1h05m
20m49s
15m19s
8h00m
75h15m

Min Altitude
163 m
Max Altitude
1 077 m
Altitude gain
4 118 m
Altitude loss
-3 611 m
Tags
Parker Parker Réserve Haut-Rhône WF28
Equipment used
Accipitriformes
Information note on the file used Parkerok_20241204_140000.gpx
14 660 points were retained
5 days & 6 hours
116,21 points per hour
We recommend a minimum of 1 point per minute for reliable analysis and 1 point every 10 seconds for perfect 3D analysis.
Quality
Average
Home Range
Explore Home Ranges
Detailed Statistics
GPS Tracklog length 174,65 km
Real Point-to-Point Distance 38,27 km
Max Starting Point Distance 38,3 km
Min Altitude 163 m
Max Altitude 1 077 m
Altitude gain 4 118 m
Altitude loss -3 611 m
Maximum Positive Elevation 378 m
Minimum Positive Elevation -138 m
Avg Speed 4,56 km/h
Max Speed 100,03 km/h
Mean Positive Vario 0,6 m/s
Max Climb 3,5 m/s
Max Sink -11,4 m/s
Time Spent Circling 7h18m
% turns to the right 47,3 %
% turns to the left 52,7 %
Total Turn Count 672
Thermals count 38
Completed circles on the left 130
Completed circles on the right 154
Transition Time 64h03m
Time spent between 0 and 500m 124h
Time spent between 500 and 1 000m 1h16m
Time spent between 1 000 and 1 500m 2m41s
Average Wind Speed 8,5 km/h
Average Wind Bearing 226 °
How much does this analysis cost?
The total BirdCoins cost for this analysis of 3,0Mb is 2 BirdCoins.
For the range of 0 to 10 MB, 1 BirdCoin gives access to 2MB

This data analysis use 2,98 Mb, which cost 2 BirdCoins.

For a total of 2 BirdCoins
Possible Anomalies in the Calculated Results

All satellite telemetry generates false data points. Using artificial intelligence, we can eliminate or correct the majority of these. This process makes our data more reliable and realistic.

However, it's not perfect. Our mission is to continue developing these tools to improve the quality of the results.