Figure 4 Leaf cross section of Alliumalbanicum from living material coming from the type locality. Drawing by S. Brullo
FIGURE 3. Allium goumenissanum. Photos of: A. Perigone-segments and filaments (inner view), B. Anthe...
FIGURE 4. Acantholimon riyatguelii Yıldırım: A. Polar view of pollen grain; B. Equatorial view of po...
FIGURE 1. Allium goumenissanum (cultivated plants): A. Foliage leaves produced by activation of both...
Figure 1 Alliumalbanicum Brullo, C. Brullo, Cambria, Giusso & Salmeri sp. nov. A Habit B Flower C Pe...
Figure 7 Phenological features of Alliumalbanicum and A.meteoricum. A Growing habitat of A.albanicum...
FIGURE 4. Allium goumenissanum. The type specimen (Holotype).Published as part of Ioannidis, Vasilis...
Figure 5 SEM micrographs of the seed coat of Alliumalbanicum. A Seed (dorsal face, 30×) B Seed (vent...
Figure 2 Chromosome complement (2n = 2x = 16) of Alliumalbanicum. A Mitotic metaphase plate from typ...
FIGURE 1. Allium muratozelii a) habitus, b) mature capsules, c) inflorescence and flowers, d) leaf, ...
Figure 3 Comparison of karyotype morphometric data between Alliumalbanicum and A.meteoricum. A Varia...
FIGURE 5. Holotype of Allium colchicifolium (Noë 706): a) whole plant, b) tepals, c) leaf margin.Pub...
FIGURE 4. Scanning electron micrographs of a seed of Allium muratozelii. a) testa and b) details of ...
Figure 4 Allium dumebuchumA habit B inflorescence C underground structure (r = rhizome) D tepal and ...
FIGURE 1. Allium kuhrangense. A. natural habitat on stony slopes. B. the type location in Kuhrang re...
FIGURE 2. Holotype of Allium muratozelii (KNYA-26923!), and drawings of a) tepals and filaments, and...
FIGURE 3. Allium goumenissanum. Photos of: A. Perigone-segments and filaments (inner view), B. Anthe...
FIGURE 4. Acantholimon riyatguelii Yıldırım: A. Polar view of pollen grain; B. Equatorial view of po...
FIGURE 1. Allium goumenissanum (cultivated plants): A. Foliage leaves produced by activation of both...
Figure 1 Alliumalbanicum Brullo, C. Brullo, Cambria, Giusso & Salmeri sp. nov. A Habit B Flower C Pe...
Figure 7 Phenological features of Alliumalbanicum and A.meteoricum. A Growing habitat of A.albanicum...
FIGURE 4. Allium goumenissanum. The type specimen (Holotype).Published as part of Ioannidis, Vasilis...
Figure 5 SEM micrographs of the seed coat of Alliumalbanicum. A Seed (dorsal face, 30×) B Seed (vent...
Figure 2 Chromosome complement (2n = 2x = 16) of Alliumalbanicum. A Mitotic metaphase plate from typ...
FIGURE 1. Allium muratozelii a) habitus, b) mature capsules, c) inflorescence and flowers, d) leaf, ...
Figure 3 Comparison of karyotype morphometric data between Alliumalbanicum and A.meteoricum. A Varia...
FIGURE 5. Holotype of Allium colchicifolium (Noë 706): a) whole plant, b) tepals, c) leaf margin.Pub...
FIGURE 4. Scanning electron micrographs of a seed of Allium muratozelii. a) testa and b) details of ...
Figure 4 Allium dumebuchumA habit B inflorescence C underground structure (r = rhizome) D tepal and ...
FIGURE 1. Allium kuhrangense. A. natural habitat on stony slopes. B. the type location in Kuhrang re...
FIGURE 2. Holotype of Allium muratozelii (KNYA-26923!), and drawings of a) tepals and filaments, and...
FIGURE 3. Allium goumenissanum. Photos of: A. Perigone-segments and filaments (inner view), B. Anthe...
FIGURE 4. Acantholimon riyatguelii Yıldırım: A. Polar view of pollen grain; B. Equatorial view of po...
FIGURE 1. Allium goumenissanum (cultivated plants): A. Foliage leaves produced by activation of both...