NWFPS.ORG

Keyword: climate change

Wild Nuts & Berries
The forest area of stone pine, Pinus pinea, has increased significantly in Portugal in the last 30 years, following the same trend of other Mediterranean
Cork
Cork harvesting, every 10 to 15 years depending on the region, requires trees in good phytosanitary conditions and is a potential source of stress, especially
Cork
The objective of this study is to establish a vigilance map to identify the areas where cork oak is adapted or inadapted to the forest
Wild Nuts & Berries
Aleppo pine (Pinus halepensis Mill.) is one of the most drought-tolerant pine species and it is distributed over large drought-prone Mediterranean regions. The determination of
Wild Nuts & Berries
The main response of natural Aleppo pine trees to drought has been studied in three sites on the North-western of Tunisia, in order to assess
Cork
Evaluation of spring shoot phenology (timing of budburst) variation as a function of seed geographic origin. - Understanding the adaptation potential of cork oak populations to
Cork
In order to be able to follow the evolution of cork oak dieback in the French cork-producing regions in the context of climate change, the
Resins
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
Cork
In recent decades, new cork oak plantation areas have been established in Portugal, not only in the traditional areas of distribution of the species but
Resins, Wild Nuts & Berries
Quantify the carbon footprint of different Alepo Pine forestry scenarios (biomass and soil capture and wood products storage) in order to compare in terms of