Figure 15 - Chromosome preparations fixed in 3:1 EtOH – acetic acid and stained with orcein, objective lens: 100×. a Mitotic plate of a male Coccinia grandis (2n = 22 + XY) b Mitotic plate of a male plant of Coccinia hirtella (2n = 24) c Phase contrast image of a mitotic plate of a male plant of Coccinia sessilifolia (2n = 24)
Figure 33 - Distribution map of Coccinia microphylla (blue dots; based on 49 collections) and Coccin...
Figure 17 - Phylogenetic relationships in Coccinia based on five plastid DNA loci (matK, ndhF–rpl32 ...
Figure 18 - Phylogenetic relationships in Coccinia based on 505 nucleotides of the nuclear LEAFY-lik...
Figure 15 - Chromosome preparations fixed in 3:1 EtOH – acetic acid and stained with orcein, objecti...
Figure 16 - Hybrids of Coccinia species. a Coccinia grandis ♀ × Coccinia hirtella ♂ b Coccinia hirte...
Figure 1 - a Young plant of Coccinia grandis. The hypocotyl is already thickened and lignifies later...
Figure 5 - a Cross-section of a petiole of Coccinia grandiflora, stained with astra blue and safrani...
Figure 39 - Inflorescence of a male Coccinia senensis, note the long triangulate (may be narrower in...
Figure 31 - Distribution map of Coccinia intermedia (pale yellow dots; based on 4 collections), Cocc...
Figure 4 - a Young plant of Coccinia abyssinica (N. Holstein 132). The first node is in the axilla w...
Figure 36 - Distribution map of Coccinia racemiflora (blue dots; based on 8 collections, including 1...
Figure 7 - a Male flower of Coccinia grandis (N. Holstein 37). Apices of the petals and calyx lobes,...
Figure 6 - Leaf shape variability in Coccinia senensis. a H.J. Schlieben 5259 (HBG) b E.M.C. Groenen...
Figure 2 - a Female flower bud of Coccinia microphylla (N. Holstein et al. 90); picture taken during...
Figure 13 - a Ripening fruit of Coccinia hirtella. Note the typical lobulate leaves of this species ...
Figure 33 - Distribution map of Coccinia microphylla (blue dots; based on 49 collections) and Coccin...
Figure 17 - Phylogenetic relationships in Coccinia based on five plastid DNA loci (matK, ndhF–rpl32 ...
Figure 18 - Phylogenetic relationships in Coccinia based on 505 nucleotides of the nuclear LEAFY-lik...
Figure 15 - Chromosome preparations fixed in 3:1 EtOH – acetic acid and stained with orcein, objecti...
Figure 16 - Hybrids of Coccinia species. a Coccinia grandis ♀ × Coccinia hirtella ♂ b Coccinia hirte...
Figure 1 - a Young plant of Coccinia grandis. The hypocotyl is already thickened and lignifies later...
Figure 5 - a Cross-section of a petiole of Coccinia grandiflora, stained with astra blue and safrani...
Figure 39 - Inflorescence of a male Coccinia senensis, note the long triangulate (may be narrower in...
Figure 31 - Distribution map of Coccinia intermedia (pale yellow dots; based on 4 collections), Cocc...
Figure 4 - a Young plant of Coccinia abyssinica (N. Holstein 132). The first node is in the axilla w...
Figure 36 - Distribution map of Coccinia racemiflora (blue dots; based on 8 collections, including 1...
Figure 7 - a Male flower of Coccinia grandis (N. Holstein 37). Apices of the petals and calyx lobes,...
Figure 6 - Leaf shape variability in Coccinia senensis. a H.J. Schlieben 5259 (HBG) b E.M.C. Groenen...
Figure 2 - a Female flower bud of Coccinia microphylla (N. Holstein et al. 90); picture taken during...
Figure 13 - a Ripening fruit of Coccinia hirtella. Note the typical lobulate leaves of this species ...
Figure 33 - Distribution map of Coccinia microphylla (blue dots; based on 49 collections) and Coccin...
Figure 17 - Phylogenetic relationships in Coccinia based on five plastid DNA loci (matK, ndhF–rpl32 ...
Figure 18 - Phylogenetic relationships in Coccinia based on 505 nucleotides of the nuclear LEAFY-lik...