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Wir erforschen und beobachten Krankheiten von Gehölzpflanzen (insbesondere Waldbäume und Ziergehölze) unter sich verändernden Umweltbedingungen.
This project aims at resampling the same three populations and assess eventual temporal
The results of the scenario modelling are available in raster format for non-commercial use by interested parties. PDF versions of maps for each scenario are available here for download.
At the same time, urbanisation in Switzerland is increasing at a rapid rate at the
This research aims to explore the predictability of drought at a monthly time horizon in the form of low flow in Switzerland and the European Alps by using machine learning techniques and linking large scale weather patterns with local hydrological events.
Sub-Project 2: The second sub-project will extend the scope to the European Alps with the same
Das Kursangebot an der WSL
directly follow the TRACE Conference in Erlangen, Germany and will take place in the same
Climate change exacerbates drought-related extremes, with significant ecological, economic, and human health impacts. MaLeFiX project is developing an interdisciplinary platform that will provide comprehensive four-week forecasts of drought-related extremes – buying stakeholders valuable time to act.
balance, and bark beetle dynamics have been refined to work seamlessly with the same
Wir untersuchen die funktionale Bedeutung der Walddiversität für alle Aspekte von Waldökologie und -bewirtschaftung.
Nicole Quartini Praktikantin Martine Rebetez Senior Scientist Joel Sames
Leiter Forschungseinheit, Leiter SLF, Mitglied der Direktion, Snow Avalanches and Prevention, SLF Davos, WSL Institute for Snow and Avalanche Research SLF, Flüelastrasse 11, 7260 Davos Dorf
Variations in individual danger level estimates within the same forecast region.
Wir veröffentlichen die Ergebnisse der Sanasilva-Inventur jeweils im Jahrbuch Wald und Holz des BAFU und in europäischen Berichten.
Foto: Joel Sames / WSL Die Sanasilva-Inventur erfasst jährlich den Zustand der Baumkronen
It is important to have good information on the condition of the trees in the plots. Therefore scientists determine the relationships between crown condition and a number of environmental parameters.
At the same time, assessing the crown condition of trees in the LWF plots provides
The goal of this project is to overcome these shortcomings by investigating the hydrological and mechanical conditions beneath a till-bedded glacier with physical experiments.
At the same time, water is allowed to flow along the till-ice boundary.
