ECOSYSTEM SERVICES OF JIKWATHLAR SPRING AREA OF GARKIDA TAULA CATCHMENT, BIU LOCAL GOVERNMENT AREA, BORNO STATE, NIGERIA
Authors/Creators
- 1. Department of Geography, Kashim Ibrahim University, Maiduguri, Borno State, Nigeria
- 2. Department of Geography and Environmental Studies Kogi State University Anyigba, Nigeria
Description
The Jikwathlar Spring ecosystem is located within the Garkida Taula Catchment, Biu
Local Government Area of Borno State, Nigeria. The spring is deeply integrated into the cultural
and ecological life of the Garkida community, serving as a spiritual, hydrological, and biodiversity
resource. The study examined the tangible and intangible ecosystem services derived from this
sacred spring environment and documented how indigenous knowledge and conservation
practices have maintained ecological integrity and supported community livelihoods over
decades. The study combined ecological field surveys with ethnographic methods such as Key
Informant Interviews (KII) with community elders, women, youth and with custodians of the spring
and the traditional leaders. Direct field observation, spatial mapping of land cover features
around the spring and thematic classification of services using the Millennium Ecosystem
Assessment framework were also integrated to acquire the needed data and information for
identification and categorization of ecosystem services. The results revealed that the spring
provides various ecosystem services including Provisioning Services like perennial water supply
used for domestic use, irrigation, and livestock and medicinal resources, wild fruits and games. It
also provides Regulating Services including vegetation and surface runoff control, tree
microclimate stabilization and carbon sequestration. Other services are Cultural Services (sacred
site embodying traditional spiritual beliefs and practices) and Supporting Services (supports
biodiversity, including endemic bird species, insects, and diverse flora and various animal
species). The findings suggest that this ecosystem represents an exemplary model of community
driven conservation that contributes to sustainable resource management and biodiversity
protection. The study recommended the recognition of sacred natural sites in environmental
legislation, and the support for local conservation efforts for sustainable livelihood and agro
ecological practices