The main objective of the study is assessing the areas where Quercus suber (cork oak) seeds (acorns) should be collected, taking into account both environmental and genetic variables, identifying uniform climatic areas and investigating the genetic diversity among populations at the regional scale. Combining the two factors, areas of interest for valorising the available germplasm can be identified.
d - Which are the best provenances of NWFP plants adapted to climate change and how can they be identified?
In light of the great global interest in PAM as a source of active ingredients. So, it is important to investigate the impact of seasonal variation on Rosmarinus officinalis, Erica Multiflora and Cistus monspeliensis by evaluating of some biochemical responses in three sites Mount of Zaghouan (DZ), Mount of Mansour (DM) and Mount of Sarej (DS) and to compare their behavior in the three seasons (spring, summer and autumn).
Understanding and quantify the role played by undergrowth in the resilience and adaptation to climate change of the pine forest in Tunisia, by comparing the state of vegetation of the undergrowth species of a pine forest Aleppo at different bioclimatic stages in the southern Mediterranean of Tunisia (Mount of Zaghouan (upper subhumid climate with mild and temperate winters), Mount of Mansour (semi-arid lower to upper arid) and Mount of Sarej (semi-arid upper semi-arid with cold and temperate winter variations)).
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 the water balance of the soil-crop-climate and its fluctuation is difficult to achieve, due to the spatial variation in site conditions (Schiller and Cohen, 1998). The objectives of this study are to (1) estimate crop water requirements (ETc) and actual evapotranspiration (ETa) of Tunisian Aleppo pine and (2) study the impact of climate change on water balance, using the WEAP-MABIA Module (Yates et al.,...