Tweeting some of the many trees captured by @UCLgeography TLS team. Soon to be bot account, monitored by @kungphil
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ALT A screenshot of one of the slides from the webinar on 3D Laser scanning of oak trees the texts on the slide reads, ' TLS data', and then a bulleted list, ' volume, branch lengths and angles, topology/network, surface features of the stem, location of leaves in network, intercomparison between trees, link with TReMS' In the top right there is the a small floating window with the presenter showing.
ALT A screenshot of one of the slides from the webinar on 3D Laser scanning of oak trees the texts on the slide reads, 'iPhone'. There is a 3D digital image of an ancient tree stem. In the top right there is the a small floating window with the presenter showing.
ALT A screenshot of one of the slides from the webinar on 3D Laser scanning of oak trees the texts on the slide reads,'Next steps', and then a bulleted list, ' Publishing data; TLS tree models on SketchFab. Raw data to CEDA, (TLS, TreMS, vids), Academic paper; Annals of botany, Ancient tree forum workshop; Ashton Court, Bristol; Afternoon session, Arboriculture professionals, two-way conversation. Following morning scanning at Ashton Park open to anyone. More TREES! Scanning in Northern Ireland and repeat scanning in the future. ' In the top right there is the a small floating window with the presenter showing.
ALT A screenshot of one of the slides from the webinar on 3D Laser scanning of oak trees the texts on the slide reads, ' Summary: Terrestrial LiDAR allows us to capture a tree in very high detail and rapidly. We can model tree structure in 3D which allows us to measure tree architecture. SCATTER scanned 40 trees across the UK, also collected other datasets. All data will be made open access. We look forward to collaborations we look forward to meeting you at the ATF workshop. ' In the top right there is the a small floating window with the presenter showing.