Link zu WSL Hauptseite Swiss Federal Institute for Forest, Snow and Landscape Research WSL
 

Projects

Below-canopy climate and climate trends
Below-canopy climate

Microclimate is a key factor influencing regeneration in forests. Particularly available light, water supply and temperature determine the success or failure of certain tree species. How will future climate change influence below-canopy microclimate and tree regeneration?

Available languages: English 

Long-term Forest Ecosystem Research LWF
Long-term Forest Ecosystem Research LWF

The mission of LWF is to improve our understanding of how natural and anthropogenic stresses affect forests in the long term, and which risks for humans are involved. Consequently, we need to gain a more profound knowledge of the cause-effect relationships in the forest ecosystem and the underlying processes.

Available languages: German  English  French 

Nitrogen availability and ground vegetation dynamics. Role of anthropogenic and natural factors?
Nitrogen and ground vegetation

Ground vegetation is a powerful bio-indicator of the environment. The project aims at discriminating the various factors which may influence the dynamics of ground vegetation. Emphasis is being given to the role of nitrogen.

Available languages: English  French 

Nitrate Leaching under changed climate conditions and forest management
Nitrate Leaching

Nitrate concentrations in groundwater have increased, mainly due to intensive agriculture, and constrain its usage as drinking water in parts of Switzerland. Nitrate leaching from forests are, in comparison, generally small but may increase due increased nitrogen deposition and warm and dry periods. This project aims on exploring the possibilities and limitations for a better estimation of the risk of future nitrate leaching from forests.

Available languages: English 

Soil solution chemistry and soil water availability in long-term monitoring forest plots (LWF)
Soil solution in LWF plots

The chemistry of soil solution and the soil water availability for plants have been monitored since 1997 in seven forest plots in Switzerland. This project, linked to the Swiss Long-term Forest Ecosystem Research project (LWF), aims to assess the soil response to atmospheric pollution (acidifying substances and nitrogen) and to climate change.

Available languages: English 

Nutrient fluxes, nutrient status of the stand and ground vegetation on the LWF plots
Biogeochemical cycling and ground vegetation

The better understanding of the processes driving the dynamics of forest ecosystems requires the documentation of the constantly interacting compartments and fluxes of the biogeochemical cycle. Scientists study two fluxes (deposition of nutrients through precipitation and litterfall) and two compartments (foliage and ground vegetation).

Available languages: German  English