Case studies tagged with climate scenarios

Displaying 1 - 3 of 3

Modelling the growth of Pinus pinaster stands in the Landes de Gascogne in a changing climate

Pinède de Pin maritime

The aim of the EVAFORA study is to simulate the behaviour of Pinus pinaster stands in the face of climate change by 2100 by analysing wood volume production and carbon stock data. Climatic variables (temperature increase, precipitation decrease,...) as well as the effects of silvicultural operations are integrated thanks to the GO + model. In the long term, will maritime pine remain the species best adapted to the new climatic conditions in the Landes de Gascogne massif? What silvicultural management will ensure greater stand resilience to climate change?

Influence of rainfall variation on wild mushroom production under future climate change scenarios.

Irrigation device

The main objective of the project is the creation of a mycological reserve with a demonstrative and informative purposes as well as to guarantee the fructification of  a wide fungal cortex through the application of waterings. Parallel to this main objective and taking advantage of synergies, an experimental device has been established aiming to evaluate the evolution of fungal ecosystems under climate change scenarios. Specifically, the incidence of rainfall variations on wild mushroom production is evaluated for further analysis on future climate change scenarios.

What are the main variables influencing cork thickness?

Permanent plot installed in a 20 year's old cork oak plantation (Évora, Portugal)
  1. Evaluate the influence of tree size, stand characteristics, debarking coefficients and climatic variables on cork thickness and its evolution between consecutive cork extraction operations, i.e. between successive cork growth periods (cgp). Cork growth is assessed using the cgi, defined as the radial width of the first eight complete years of cork growth after stripping.
  2. Assess the impact of the increase in debarking intensity on cork growth. Debarking intensity is quantified by the cork debarking coefficient – the ratio of the vertical debarking height to the perimeter at
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