๐ณ๐ณ A Semi-Automatic Approach for #Tree#Crown Competition Indices Assessment from #UAV#LiDAR
โ๏ธ Nicola Puletti et al.
๐ https://t.co/g6GewS5k2q
๐จ PhD Opportunity
Shape the future of precision forestry!
Join an exciting project integrating mobile laser scanning & AI to revolutionise forest management.
@ucl + @QMUL+ @Forest_Research
Within @NERC_TREES_DLA
Apply now! ๐ณ๐ https://t.co/YKTLPxT8m9
#lidar#Forestry#AI
For today's #30DayMapChallenge, I wanted to share https://t.co/sNCpWmgJdM - interactive world history atlas.
I contributed to the cartography design and it became my favourite map I did this year. Travel back in time, see kingdoms rise & fall or discover sites of famous battles.
Data call on tree allometries!
We are running the data call focused on the allometries and their updating using terrestrial-based lidar.
Despite these specific data, we already have 28 potential datasets from 20 countries.
Join us!
Info here: https://t.co/C3t7jfvQ78
#forest
Happy that our paper on Tree Competition using our R package TreeCompR got published ๐ - Check it out here: https://t.co/zX4Zb1NBP5
Try out our package: https://t.co/sKL76Wwf7s
This article opens a new era of AI-based supervised classification of vegetation and habitat types based on species composition. Cรฉsar Leblanc from the University of Montpellier, with the support of colleagues from Pl@ntNet and EVA (European Vegetation Archive), has developed a classifier for EUNIS habitat types across Europe that seems to classify habitat types better than the logical definitions in the expert system. I was already playing with using artificial intelligence tools to classify vegetation types based on vegetation plots 20 years ago. My student Lenka ฤernรก and I published the first study using artificial neural networks for the supervised classification of vegetation in 2005 (https://t.co/YiuURHr68C). At that time, however, AI tools were still in their infancy, the calculations were time-consuming, there were no continental vegetation databases and no standardized international vegetation or habitat classification. Therefore, we focused on developing logical definitions of vegetation and habitat types, which was completed for the European habitats of the EUNIS system in 2020 ( https://t.co/pivP4SOx6N). In our expert system EUNIS-ESy, we created consistent definitions of habitats across Europe, which paved the way for the application of more flexible AI tools such as those developed under Cรฉsar's leadership.
Open-access article: https://t.co/g4yHh4oVt5
Code on GitHub: https://t.co/wc7BMVCvPu
โผ๏ธ ร online il programma provvisorio del XIV #CongresssoSISEF "๐๐ผ๐ฟ๐ฒ๐๐๐ฒ ๐ฝ๐ฒ๐ฟ ๐ถ๐น ๐๐๐๐๐ฟ๐ผ", in programma a #Padova dal 9 al 12 settembre! ๐ณ
๐ข Clicca qui per visualizzarlo ๐
https://t.co/tDkgTLdH7l
๐ Rimani sintonizzato/a per nuovi aggiornamenti!
Assessing the combined effects of forest management and climate change on carbon and water fluxes in European beech forests https://t.co/bfqOpEkEsQ #biorxiv_ecology