Throughout human history, disabilities and impairments have been an inherent aspect of societies, deeply influenced by cultural contexts and by the diverse forms they manifest. Some of the physical and/or mental impairments leave skeletal traces detectable by palaeopathologists. This study presents notable cases of important disorders, such as disproportionate dwarfism, bilateral calcaneus varus (clubfoot) with evidence of crutch use and cerebral palsy. All these pathological individuals were buried in the Cistercian Abbey of the Dunes in Koksijde (Belgium), which was most active between the 12th and 15th centuries. Their grave locations are diverse, ranging from the cloister to the lay brother cemetery. There was no detected difference in their funerary treatment, except one “adapted” burial caused by a physical deformity resulting from cerebral palsy. Most of the identified pathologies are profoundly disabling, with many being congenital and detectable either at birth or during early childhood. Yet all cases presented in this study reached adulthood, with some even surviving into advanced age (over 60 years), suggesting that they received care and support from a young age. Possible health challenge encountered, as well as the nature of the assistance received will be discussed. The prevalence of disabilities within this monastic community raises questions about the social consequences of visible congenital anomalies. Were these individuals placed in a religious institution due to their disabilities, or did they choose monastic life for other reasons, as it might have offered opportunities to develop talents that did not rely on physical abilities? Interestingly, historical texts provide no specific mention of disabled individuals within the context of this abbey, making it challenging to determine whether they were fully integrated into the monastic community or were laypersons and/or benefactors.
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RBINS Staff Publications 2025
Among the two most widely distributed duiker species, Philantomba monticola (Thunberg, 1789) and Philantomba maxwelli (C.H. Smith, 1827), the latter shows geographic variation in pelage color and body size. This issue was not investigated in detail so far, especially in the eastern region of its distribution area, notably due to the lack of material from the Dahomey Gap. We undertook a species-level revision of Philantomba in West Africa, notably including a series of specimens collected in Togo, Benin and Nigeria. Using morphological measurements (craniometry) and genetic data (two mitochondrial and three nuclear markers), we describe a new duiker species occurring in the Dahomey Gap (Togo, Benin) and the Niger delta, Philantomba walteri sp. nov. This discovery highlights the importance of the Dahomey Gap for the evolutionary history of the West African forest faunas. It also has conservation implications given that the new species is one of the main targets of the local bushmeat trade.
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