With extreme climate variability and drying rangelands, livestock feeding is experiencing severe difficulties in Benin. Therefore, it is urgent to find sustainable solutions. This study aims to understand dairy farmers’ perceptions of fodder tree use and their potential for adoption by local dairy farmers as well the nutritional values of these fodders. Data were collected in three arid regions through interviews and focus group discussion, addressing socio‐demographic characteristics, farmers’ knowledge on fodder tree, and most frequently used fodder tree species. The chemical composition of fodder tree species common to the three studied climate regions was determined using the AOAC (1990) method. It found that fodder tree and shrubs supply practices were varied significantly depending on the ethnic group ( p < 0.001). Thus, Bariba, Dendi, and Yoruba ethnic share similar fodder supply practices which clearly differ from those of Peulh farmers. About fodder supply constraints, distance was the main obstacle for more than half of the first ethnics groups, while 65.2% of Peulh considered legislation protecting tree species as the major constraint. The multiple correspondence analysis on both selection criteria of fodder trees and the determinants of adoption allowed us to identify three distinct types of dairy farmers: (1) the choice of fodder tree/shrubs based on the accessibility and palatability of the species and their secondary uses, such as increasing milk production, (2) the choice of species based on their seasonal availability, (3) the choice of species based on their availability at peak of dry season and their secondary uses to treat cattle digestives diseases. Secamone afzelii , Anogeissus leiocarpa , Piliostigma thonningii , Combretum glutinosum , Ficus thonningii Blume , Diospyros mespiliformis , and Annona senegalensis were species common to all the studied dry regions. The results of this study provide clear evidence for extension workers and policymakers in their efforts to promote and integrate fodder trees into ruminants farming for cattle feeding during the dry season.

Djidja est l’une des plus grandes communes productrices agricoles du département du Zou au sud du Bénin. De par ses ressources fourragères et hydriques, elle est devenue une destination des éleveurs transhumants. Les mouvements des éleveurs transhumants continuent de s’étendre, de même que les séjours dans cette zone d’accueil s’allongent. L’étude a eu pour objectif global d’élaborer le calendrier pastoral et la carte de transhumance des éleveurs fréquentant cette commune. Des entretiens semi-structurés ont été conduits auprès de 300 acteurs de la transhumance. L’enquête a montré que la transhumance dans cette commune était surtout due à la recherche de ressources fourragères et hydriques (78,7 %). Sept périodes (Seeto, Nduungu Mawdo, Nduungu Pamarel, Jahol, Djaamdè, Dabuundè et Cheedu) ont été identifiées dans le calendrier des transhumants fréquentant cette zone avec une particularité de deux périodes de Nduungu (saison des pluies). Cette particularité est liée aux données climatiques de la zone qui comprend quatre saisons, dont deux pluvieuses et deux sèches. Le calendrier pastoral, l’itinéraire suivi et les temps de séjour dépendaient de la disponibilité des ressources pastorales des zones d’attache, de transit et d’accueil. Ainsi, la bonne connaissance des pistes empruntées, des points d’entrées et de sorties, et des périodes d’accueil des éleveurs transhumants serviront d’outils aux décideurs en matière de gestion durable de la transhumance et des ressources pastorales au sud du Bénin.

Conflicts between farmers and herders are a persistent challenge in Sudanian and Sudano-Guinean zones of Benin, largely driven by competition over access to pastoral resources. This study aimed to characterize the prevalence, causes, and typology of such conflicts and to assess their implications for the sedentarization of cattle farming systems. Data were collected from 480 livestock farms across four municipalities (Materi and Gogounou in the Sudanian zone; Tchaourou and Djougou in the Sudano-Guinean zone) through surveys, mapping, and herd productivity assessments. Multiple Correspondence Factorial Analysis was used to classify the conflict types. The results revealed that 52.29% of herders had experienced conflicts, with a higher incidence in the Sudano-Guinean zone (36.88%). Four main categories of conflict were identified: (i) blows and injuries to people and animals (38.64%), (ii) displacement of herders and their farms (34.26%), (iii) property damage and animal slaughter (15.13%), and (iv) violent verbal altercations and animal poisoning (11.97%). These findings indicate that recurrent conflicts are accelerating the shift from transhumance towards sedentarization, underscoring the need for tailored conflict management strategies and sustainable livestock policies.

Documentation on the domestic geese (Anser anser) in Benin is scarce, making it objectively difficult to exploit. Its production depends on small flocks raised by livestock farmers in different areas. The aim of the study was to describe the phenotypic and morphometric characteristics of geese encountered in northern Benin. To this end, a total of 576 adult geese (353 males and 223 females) from 102 farms in 4 agro-ecological zones of northern Benin were evaluated for 11 quantitative and 5 qualitative body traits. There are 6 plumage colors with white (42.01%), white-brown magpie (24.65%) and white-grey magpie (17.19%) as dominant colors. The proportions of white-grey (75%) and multicolored (51.85%) in Far northern zone of Benin (FNZB) were higher (P < 0.05) than those in the cotton zone of northern Benin (CZNB), Food-producing zone of southern Borgou (FZSB) and West-Atacora Zone (WAZ). The red coloring of the tarsi was more dominant in the FZSB (63.09%) and the FZSB (61.79%) (P < 0.05). Orange (57.47%) and yellow (28.82%) colored beaks were dominant but did not vary (P > 0.05) from one agro-ecological zone to another. Quantitative traits such as body length, tarsus length, wing span and thoracic circumference of geese varied (P < 0.05) between 71.34 to73.22 cm, 10.08 to 10.6 cm, 131.95 to 135.42 cm and between 42.07 to 43.86 cm respectively. Males differed significantly from females (P < 0.05) for all morphometric traits. The live weight of geese in the FNZB showed higher values than those of other agro-ecological zones (P ˂ 0.05). In addition, white phenotype geese (3.76 kg) were heavier (P ˂ 0.05) than other phenotypes. All correlations between weight and body measurements of domestic geese were positive, but the correlations between live weight and wing span (r = 0.68) were the strongest. These correlations could be used to assess the live weight of the geese population studied and for selection based on live weight. This study provides a reference for morpho-biometric traits and will be complemented by molecular characterization.