The code presents a workflow to compute both object-oriented and pixel-based metrics to describe the vegetation structure from Airborne Laser Scanning data. Extraction of different types of metrics is exemplified and code for parallelized processing of several ALS tiles is provided.
The code presents a workflow to compute both object-oriented and pixel-based metrics to describe the vegetation structure from Airborne Laser Scanning data. Extraction of different types of metrics is exemplified and code for parallelized processing of several ALS tiles is provided.
The whole workflow is exemplified on an html page: [workflow.habitat.metrics.html](/uploads/80e9ffa73904374ab186d55fbd7e4530/workflow.habitat.metrics.html)
The whole workflow is exemplified on a pdf page: [workflow.habitat.metrics.pdf](uploads/adbbc49228f1534b3a82e4f83fe2dcbb/workflow.habitat.metrics.pdf)
The original Rmarkdown file is available: [workflow.habitat.metrics.Rmd](/uploads/405f417c1558a1538aa7ca0a0abd0172/workflow.habitat.metrics.Rmd)
The original Rmarkdown file is available: [workflow.habitat.metrics.Rmd](uploads/276f2766e1a64c83c361ca64f4ecce03/workflow.habitat.metrics.Rmd)
Example files to run the code are available in a zip archive file: [data.habitat.metrics.zip](/uploads/dda7353a414214e15e6f9b2f32f2e648/data.habitat.metrics.zip)
Example files to run the code are available in a zip archive file: [data.habitat.metrics.zip](/uploads/dda7353a414214e15e6f9b2f32f2e648/data.habitat.metrics.zip)
