The results of a survey on the endemic vascular flora of Iglesiente (SW Sardinia) are presented. This flora consists of 140 taxa, including 115 species, 18 subspecies, 4 varieties and 3 hybrids ; 92 genera and 34 families are represented. The most represented genera are: Asteraceae (20 taxa), Caryophyllaceae (13) and the Orchidaceae (11). The most represented genera are: Ophrys (9 taxa), Genista (7), Silene and Dianthus (5). The analysis of biologic and chorologic data highlighted the environmental peculiarities of Iglesiente, given by the local evolution of a rich floristic contingent. Eighteen taxa exclusive endemics, together with an unique blend of geolithologic, geomorphologic, paleogeographic, bioclimatic and vegetation feature...
A study on the vascular flora of the Gennargentu Massif (Central-Eastern Sardinia) is presented. Acc...
The results of an anaytical survey of the flora of Monte Arcuentu, a volcanic massif in SW Sardinia...
This research project was mainly aimed at updating and comparing the exotic vascular flora of Sardin...
The results of a survey on the endemic vascular flora of Iglesiente (SW Sardinia) are presented. Th...
The results of a survey on the endemic vascular flora of Sulcis (SW Sardinia) are presented. This f...
The vascular flora of Sardinia has been investigated for more than 250 years, with particular attent...
The vascular flora of Sinis Peninsula (W Sardinia) has been studied; 760 taxa, 615 of which were sp...
The main aim of this work is to present a checklist of the endemic vascular flora of the Supramonte...
The vascular flora of Sinis Peninsula (W Sardinia).The vascular flora of Sinis Peninsula (W Sardinia...
Sardinia is the second-largest island in the Mediterranean Sea and its isolation and high geologica...
For the purpose of the present study we considered as Italian endemics those specific and subspecifi...
<div><p>The importance of robust systems for classifying biogeographical patterns has been emphasize...
This paper provides a comparison of the vascular exotic flora of Sardinia and that of the Balearic ...
The vascular flora of Sulcis (South-West Sardinia) has been studied. 1479 taxa have been found. 123...
A preliminary contribution regarding the phytotoponymy of the Iglesiente area (southwestern Sardini...
A study on the vascular flora of the Gennargentu Massif (Central-Eastern Sardinia) is presented. Acc...
The results of an anaytical survey of the flora of Monte Arcuentu, a volcanic massif in SW Sardinia...
This research project was mainly aimed at updating and comparing the exotic vascular flora of Sardin...
The results of a survey on the endemic vascular flora of Iglesiente (SW Sardinia) are presented. Th...
The results of a survey on the endemic vascular flora of Sulcis (SW Sardinia) are presented. This f...
The vascular flora of Sardinia has been investigated for more than 250 years, with particular attent...
The vascular flora of Sinis Peninsula (W Sardinia) has been studied; 760 taxa, 615 of which were sp...
The main aim of this work is to present a checklist of the endemic vascular flora of the Supramonte...
The vascular flora of Sinis Peninsula (W Sardinia).The vascular flora of Sinis Peninsula (W Sardinia...
Sardinia is the second-largest island in the Mediterranean Sea and its isolation and high geologica...
For the purpose of the present study we considered as Italian endemics those specific and subspecifi...
<div><p>The importance of robust systems for classifying biogeographical patterns has been emphasize...
This paper provides a comparison of the vascular exotic flora of Sardinia and that of the Balearic ...
The vascular flora of Sulcis (South-West Sardinia) has been studied. 1479 taxa have been found. 123...
A preliminary contribution regarding the phytotoponymy of the Iglesiente area (southwestern Sardini...
A study on the vascular flora of the Gennargentu Massif (Central-Eastern Sardinia) is presented. Acc...
The results of an anaytical survey of the flora of Monte Arcuentu, a volcanic massif in SW Sardinia...
This research project was mainly aimed at updating and comparing the exotic vascular flora of Sardin...