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The destructive capacity of powder snow avalanche is caused by high-energy pulses within his complex layering. The goal of this project is to understand the origin and nature of the these pulses and quantify the danger they pose to infrastructure.
the dense basal granular layer and the transition layer of PSA, and to develop a model
With the MULTIBEF project, we aim at taking a holistic view to the study of B-EF relationships, and to investigate climate-change effects on complex B-EF relationships. To this end, we will take advantage of particular freshwater ecosystems tightly linked to forests: water-filled tree holes!
, we use a unique study system, i.e. dendrotelmata (water-filled tree holes) as model
The FOREMA StatisticsLab Colloquium on “Recent Advances in Forest Modelling” will explore latest developments in simulating and modelling of forested ecosystems. It will provide an overview of current modelling tools and techniques and highlight their applications and limitations.
Registration Brigitte Rohner: From data to dynamics: Insights from the empirical forest model
We will conduct a continental-scale climate sensitivity analysis of European beech and will investigate how different beech provenances differ in their climate growth response.
Results from this model will be used to project future growth of beech across its
Das Forum Wissen ist eine Veranstaltung der Eidg. Forschungsanstalt WSL. Aktuelle Themen aus den Arbeitsgebieten der Forschungsanstalt werden vorgestellt und diskutiert. Zu jedem Forum für Wissen erscheint ein Tagungsband mit den Beiträgen der Referentinnen und Referenten.
Waldbränden 898 KB Stress Testing Transport Systems 679 KB Using CLIMADA to Model
Gruppenleiter, WSL Birmensdorf, Swiss Federal Research Institute WSL, Zürcherstrasse 111, 8903 Birmensdorf
My research activity has focused on three different model organisms: 1) Phytophthora
The microC-flux project aims at elucidating the diel dynamics of carbon within foliage of conifer trees, assessing the C-enrichment within transient starch pools of needle tissues by means of nanoSIMS imaging and modelling the opposite radial transport of water and assimilates inside of needles
water and assimilates in needles will be analysed by means of a novel open-source model
INSIghtForest will accompany the Cost Action WATSON „WATer isotopeS in the critical zONeproposes“ by establishing a unique data set of high frequency in-situ measured water isotopes located in a long-term irrigation experiment Pfynwald in the naturally dry valley of Valais, Switzerland.
assimilation approach using a newly Soil-Vegetation-Atmosphere Transfer (SVAT) model
The overarching scientific objective of PROTECT is to assess and project changes in the land-based cryosphere with quantified uncertainties, to produce robust global, regional and local projections of SLR on a wide range of timescales.
The focus is on further model development, e.g. regarding ice-flow dynamics and
This project (upXdown) aims to enhance our understanding of the probability of spatio-temporally compounding winter droughts in upstream catchments followed by consecutive summer droughts in downstream catchments in the European Alps under continued global warming.
Daher werden in diesem Projekt mehrere SMILEs (Single Model Initial Conditioned Large
