Vegetation structure is important for measuring forest growth and the carbon cycle. Developed by the University of Salford and Halo Photonics Ltd, the Salford Advanced Laser Canopy Analyser (SALCA) is a unique multi-spectral, full waveform laser scanner using two wavelengths allowing distinction between leaves and woody material. This blog follows our research funded by the UK NERC and involving University of Newcastle, University College London and UK Forest Research.
Sunday, 15 June 2014
TLSIIG Salford 2014
SALCA team head for the hills
SALCA headed north of the border into Scotland last week as part of Rachel's Royal Society project to examine forest health using remote sensing measurements. Mark, Rachel and Magdalena Smigaj, PhD student at Newcastle, braved the world-famous Scottish midges (Culicoides impunctatus) to collect SALCA data at five test plots in Aberfoyle Forest near Stirling in the Loch Lomand and the Trossachs National Park.
The project is focussed on a series of instrumented plots, run by Dr Juan Suarez from UK Forest Research, where Red Band Needle Blight, caused by the pathogen Dothistroma septosporum, has infected Scots pine plantation forestry. There is great concern about the spread of the pathogen to other species and in particular to Scots pine in remnant Caledonian forest areas. We will examine the SALCA data to determine whether the foliage in the infected trees can be identified. The UK Natural Environment Research Council (NERC) will fly an airborne hyperspectral imager, full waveform lidar and thermal scanner over the site in the next few days to support the project.
Rachel and Magdelena equipped for the midges SALCA seemed to work but how will the midges affect the point clouds? |
Aberfoyle Forest and the Trossachs |
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