368 results on '"Darbyshire, Iain"'
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2. Expanding our knowledge of the coffee family in continental Africa: a synopsis of the genus Pyrostria (Rubiaceae)
3. Phylogenomics and the rise of the angiosperms
4. A biogeographical appraisal of the threatened South East Africa Montane Archipelago ecoregion
5. A further new species of Isoglossa (Acanthaceae) from the Eastern Arc Mountains of Tanzania
6. Discovery and conservation of Monanthotaxis bali (Annonaceae) a new Critically Endangered (possibly extinct) montane forest treelet from Bali Ngemba, North West Region, Cameroon
7. A Taxonomically-verified and Vouchered Checklist of the Vascular Plants of the Republic of Guinea
8. A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data
9. Notes on Isoglossinae (Acanthaceae) in Madagascar, with four new species of Isoglossa
10. Impatiens banen and Impatiens etugei (Balsaminaceae), new threatened species from lowland of the Cross-Sanaga Interval, Cameroon
11. Six new species of Barleria L. (Acanthaceae) from Northeast Tropical Africa
12. Two new species of Barleria (Acanthaceae) from the Soutpansberg of Limpopo Province, South Africa
13. Five new species of Streptocarpus (Gesneriaceae) from Katanga, D.R. Congo
14. Further new species and records from the coastal dry forests and woodlands of the Rovuma Centre of Endemism – Erratum
15. The demise of Monechma: new combinations and a new classification in the resurrected genera Meiosperma and Pogonospermum (Acanthaceae)
16. New taxa of Barleria sect. Prionitis (Acanthaceae) from the Horn of Africa biodiversity hotspot in Somalia
17. Further new species and records from the coastal dry forests and woodlands of the Rovuma Centre of Endemism
18. A taxonomic revision of Acanthaceae tribe Barlerieae in Angola and Namibia. Part 2
19. A synopsis of the African genus Whitfieldia (Acanthaceae: Whitfieldieae) and a key to the species
20. Two new species from the mountains of southern Malawi and northern Mozambique
21. Improving the application of Important Plant Areas to conserve threatened habitats: a case study of Uganda
22. Phylogenetic relationships among species of Barleria (Acanthaceae, Lamiales) : Molecular data reveal complex patterns of morphological evolution and support a revised classification
23. A taxonomic revision of Acanthaceae tribe Barlerieae in Angola and Namibia. Part 1
24. Two new genera of Acanthaceae from tropical Africa
25. Justicia gigantophylla (Acanthaceae), an endangered litter-gathering species from southern Cameroon
26. Beneficial insects are associated with botanically rich margins with trees on small farms
27. New Guinea has the world’s richest island flora
28. Species richness and distribution of the largest plant radiation of Angola: Euphorbia (Euphorbiaceae)
29. Enhancing knowledge among smallholders on pollinators and supporting field margins for sustainable food security
30. Olinia chimanimani (Penaeaceae), a new species endemic to the Chimanimani Mountains of Mozambique and Zimbabwe
31. New acridone alkaloids from Ugandan Vepris trichocarpa
32. Phylogenetic Relationships Among Old World Ruellia L.: A New Classification and Reinstatement of the Genus Dinteracanthus Schinz
33. Unraveling relationships in the morphologically diverse and taxonomically challenging "justicioid" lineage (Acanthaceae: Justicieae)
34. THE CHIMANIMANI MOUNTAINS : AN UPDATED CHECKLIST
35. A new and possibly carnivorous species of Crepidorhopalon (Linderniaceae) from Mozambique
36. Supplementary material 2 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
37. Figure 12 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
38. Figure 5 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
39. Figure 9 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
40. Figure 2 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
41. Figure 3 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
42. Figure 7 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
43. Figure 8 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
44. Figure 6 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
45. Figure 4 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
46. Supplementary material 1 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
47. Supplementary material 3 from: Shah T, Mashimba FH, Suleiman HajiO, Mbailwa YS, Savolainen V, Larridon I, Darbyshire I (2023) A taxonomic revision of the ecologically important Ochna holstii (Ochnaceae) complex using molecular and morphological data. Plant Ecology and Evolution 156(2): 174-200. https://doi.org/10.5091/plecevo.85589
48. Identifying Mozambique's most critical areas for plant conservation: An evaluation of protected areas and Important Plant Areas.
49. Crepidorhopalon droseroides Eb. Fisch., Wursten & I. Darbysh. 2023, sp. nov
50. A new and possibly carnivorous species of Crepidorhopalon (Linderniaceae) from Mozambique
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