Berlinia Explained
Berlinia is a genus of flowering plants in the family Fabaceae. It includes 21 species of trees native to sub-Saharan Africa, ranging from Guinea to Chad, Tanzania, Mozambique, and Angola.
Species of Berlina grow in the Guineo–Congolian forest of equatorial western and central Africa, and in the transitional forest–savanna mosaic belts north and south of the forest region.
Fossil pollen attributable to the genus is known from the Eocene (Ypresian) of Africa.[1]
Species
21 species accepted by the Plants of the World Online as of August 2023:
- Berlinia auriculata – Benin to Central African Republic and Republic of the Congo
- Berlinia bracteosa – southern Nigeria to Chad and Democratic Republic of the Congo
- Berlinia bruneelii – Cameroon and Central African Republic to Democratic Republic of the Congo and Angola
- Berlinia confusa – Sierra Leone to Cameroon and Republic of the Congo
- Berlinia congolensis – Nigeria to Democratic Republic of the Congo and Angola
- Berlinia coriacea – Nigeria to Central African Republic
- Berlinia craibiana – Nigeria to Central African Republic and northern Angola
- Berlinia delevoyi – Democratic Republic of the Congo and northeastern Angola
- Berlinia giorgii – Nigeria and Democratic Republic of the Congo, Angola, and Zambia
- Berlinia grandiflora – Guinea to Niger, Central African Republic, and Angola
- Berlinia hollandii – southern Nigeria and Cameroon
- Berlinia immaculata – Cameroon and Gabon
- Berlinia korupensis – western Cameroon
- Berlinia occidentalis – Sierra Leone to Ghana
- Berlinia orientalis – Tanzania and Mozambique
- Berlinia phenacoa – Republic of the Congo and Democratic Republic of the Congo
- Berlinia rabiensis – Gabon
- Berlinia razzifera – Gabon
- Berlinia sapinii – Democratic Republic of the Congo
- Berlinia tomentella – Sierra Leone to Ghana and Cameroon
- Berlinia viridicans – Gabon, Republic of the Congo, and Democratic Republic of the Congo
Notes and References
- Romero. Ingrid C.. Kong. Shu. Fowlkes. Charless C.. Jaramillo. Carlos. Urban. Michael A.. Oboh-Ikuenobe. Francisca. D’Apolito. Carlos. Punyasena. Surangi W.. 2020-11-10. Improving the taxonomy of fossil pollen using convolutional neural networks and superresolution microscopy. Proceedings of the National Academy of Sciences. en. 117. 45. 28496–28505. 10.1073/pnas.2007324117. free . 0027-8424. 7668113. 33097671. 2020PNAS..11728496R .
