| = Site characteristics = <!-- A paragraph summary of physical and geographic aspects of the site, and a table of key information --> | | = Site characteristics = <!-- A paragraph summary of physical and geographic aspects of the site, and a table of key information --> |
| The Seringbara research area is located within the Mont Nimba Strict Nature Reserve on the western side of the Nimba Massif in southeastern Guinea. The area is adjacent to the village of Seringbara, approximately 6 km from Bossou, Guinea and 10 km from Yealé, Cote d’Ivoire (Koops 2011). It is separated from the Bossou hills by a 4 km stretch of savanna, an area that has been the focus of reforestation efforts by the Green Corridor Project. The Seringbara research area is largely composed of primary tropical forests, but as the terrain becomes steeper, it transitions to a mosaic of terrestrial herbaceous vegetations, montane forest, and high-altitude grasslands (Koops 2011; Fitzgerald et al 2018). The elevation ranges from 595 to 1520 m and the climate is characterized by a rainy season (February to October) and a 3-month dry season (November to February, Koops et al. 2012a, b; Koops et al. 2013). | | The Seringbara research area is located within the Mont Nimba Strict Nature Reserve on the western side of the Nimba Massif in southeastern Guinea. The area is adjacent to the village of Seringbara, approximately 6 km from Bossou, Guinea and 10 km from Yealé, Cote d’Ivoire (Koops 2011). It is separated from the Bossou hills by a 4 km stretch of savanna, an area that has been the focus of reforestation efforts by the Green Corridor Project. The Seringbara research area is largely composed of primary tropical forests, but as the terrain becomes steeper, it transitions to a mosaic of terrestrial herbaceous vegetations, montane forest, and high-altitude grasslands (Koops 2011; Fitzgerald et al 2018). The elevation ranges from 595 to 1520 m and the climate is characterized by a rainy season (February to October) and a 3-month dry season (November to February, Koops et al. 2012a, b; Koops et al. 2013). |