1st Workshop International RootS23 - "Soil-Plant-Atmosphere Interaction: mechanisms, processes and geotechnical engineering implications"
The Workshop will focus on the current state of knowledge and research concerning the topic of soil-vegetation-atmosphere interaction. This is a very broad and multidisciplinary research theme, spanning several scientific fields, each contributing to the investigation and modeling of specific aspects of the soil and plant behavior, under variable climatic conditions. The Workshop is mainly addressed to researchers in geotechnical engineering, but the participation of researchers working in other fields (e.g., foresters, agronomists, soil physicians, ecologists, ….) is very welcome and considered fruitful for a constructive contamination of knowledge.
- https://www.isprambiente.gov.it/en/archive/news-and-other-events/ispra-news/2023/03/1st-workshop-international-roots23-soil-plant-atmosphere
- 1st Workshop International RootS23 - "Soil-Plant-Atmosphere Interaction: mechanisms, processes and geotechnical engineering implications"
- 2023-04-20T00:00:00+02:00
- 2023-04-21T23:59:59+02:00
- The Workshop will focus on the current state of knowledge and research concerning the topic of soil-vegetation-atmosphere interaction. This is a very broad and multidisciplinary research theme, spanning several scientific fields, each contributing to the investigation and modeling of specific aspects of the soil and plant behavior, under variable climatic conditions. The Workshop is mainly addressed to researchers in geotechnical engineering, but the participation of researchers working in other fields (e.g., foresters, agronomists, soil physicians, ecologists, ….) is very welcome and considered fruitful for a constructive contamination of knowledge.
- When Apr 20, 2023 to Apr 21, 2023 (Europe/Berlin / UTC200)
- Where Perugia
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ISPRA will participate in the event and will present, together with other invited speakers, experimental results on two main aspects:
- the mechanisms through which the vegetation favors the mechanical reinforcement of the soil;
- the phenomena and processes underlying the soil-vegetation-atmosphere interaction.