Scottish Marine and Freshwater Science Vol 9 no 14
Accurately estimating the proportion of birds at collision risk height forms a key part of assessing potential collision risk at offshore wind farms. Recent advances in LiDAR and digital aerial imaging offer the potential to collect precise estimates of the altitude of birds in flight. We trialled LiDAR and digital aerial photography as an approach to measuring the flight heights of seabirds in the Outer Forth and Tay Estuaries and carried out an exercise to validate measurements of flight height gained from LiDAR. The validation exercise demonstrated that the height of birds in flight could be measured using LiDAR to an accuracy of within 1 m. This compares very favourably to other approaches used for measure seabird flight height. Associated data are presented for download.
Data and Resources
- Scottish Marine and Freshwater Science Report Volume 9 No 14: Appendix table A1 csv
Scottish Marine and Freshwater Science Report Volume 9 No 14
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This is... - Scottish Marine Freshwater Science report Vol 9 No. 14: LiDAR datacsv
his resource is lidar data collected and analysed for Scottish Marine...
Preview Download - Scottish Marine and Freshwater Science Vol 9 No 14: Table 1csv
Scottish Marine and Freshwater Science Report Volume 9 No 14
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Preview Download - Scottish Marine and Freshwater Science Vol 9 No 14: Table 2 and Table A2csv
Scottish Marine and Freshwater Science Report Volume 9 No 14
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Preview Download - Scottish Marine and Freshwater Science Vol 9 No 14: Table 3csv
Scottish Marine and Freshwater Science Report Volume 9 No 14
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Preview Download - Scottish Marine and Freshwater Science Vol 9 No 14: Table 4csv
Scottish Marine and Freshwater Science Report Volume 9 No 14
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Field | Value |
---|---|
Publisher | |
Modified | 2020-01-07 |
Release Date | 2018-11-06 |
Identifier | 57fd5928-3b61-4dbf-a070-6aebf80560fe |
License | UK Open Government Licence (OGL) |
Public Access Level | Public |