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content/00_about.qmd

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 ## About this project
 
-This side and its underlying Github repository is meant as a personal spcae to **gather and organize information about research and applications of lidar data for forestry**.  
+This side and its underlying Github repository is meant as a personal space to **gather and organize information about research and applications of lidar data for forestry**.  

content/01_lidar.qmd

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+output-file: lidar.html
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 ## About Lidar data
 Lidar, or Light Detection and Ranging, is a remote sensing technology that uses laser pulses to measure the distance to an object or surface. The data collected by lidar systems is typically in the form of point clouds, which are a set of 3D coordinates representing the location of objects or surfaces in the environment. Lidar data can be used for a variety of applications, including mapping, surveying, navigation, and object detection. One of the key advantages of lidar is its ability to penetrate through obscurants such as fog, smoke and vegetation.

content/02_data.qmd

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 ## Current status of ALS data availability

content/03_scientific-advances.qmd

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 Number of publications by year for `(lidar OR laser) AND (forestry OR forest OR tree)` (image from [dimensions.ai](https://app.dimensions.ai/analytics/publication/overview/timeline?search_mode=content&search_text=(lidar%20OR%20laser)%20AND%20(forestry%20OR%20forest%20OR%20tree)&search_type=kws&search_field=text_search), created on 09.07.2024)
 :::
 
-::: {#fig-publications-year}
-
-
-Number of publications by year for `(lidar OR laser) AND (forestry OR forest OR tree)` (image from [dimensions.ai](https://app.dimensions.ai/analytics/publication/overview/timeline?search_mode=content&search_text=(lidar%20OR%20laser)%20AND%20(forestry%20OR%20forest%20OR%20tree)&search_type=kws&search_field=text_search), created on 09.07.2024)
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-
-
 
 ### Researchers
 

content/04_applications.qmd

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 ## Applications
 

content/_applications_public-relation.qmd

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 ### Public relation
 
-Apart from quantitative analyses lidar point clouds and derived products can also be used to communicate and vizualize information. A good example can be seen a movie about the project "Grünes Gallustal", where ALS data was acquired to capture the city status. This digital twin was then enhanced with planned city developments to create a video for communicating the project ideas (https://www.gruenesgallustal.ch/).
+Apart from quantitative analyses lidar point clouds and derived products can also be used to communicate and vizualize information. A good example can be seen a movie about the project "Grünes Gallustal", where ALS data was acquired to capture the city status. This digital twin was then enhanced with planned city developments to create a video for communicating the project ideas. One recent example where this has been done is the project [Grünes Gallustal](https://www.gruenesgallustal.ch/).
+
+{{< video https://vimeo.com/835746773 >}}
+
+
 Lidar data is also used in documentaries to vizualize forests in other perspectives (e.g. [The Giants](https://documentaryaustralia.com.au/project/the-giants/)) 
 
+{{< video https://vimeo.com/771804254 >}}