Arboreal epiphytic ferns are autotrophic and non-parasitic plant groups that grow or live on other plants, more especially the trees, without affecting their host and are the second most diverse tropical plants known to man. The study was aimed at assessing the spatial trend of horizontal distribution pattern of phorophyte dependant epiphytes using geospatial techniques, The ecological assessment of these epiphytic fern was carried out using an integrated ecological approach involving conventional method of Braun-Blanquet releve, Rapid Representative Epiphyte Diversity (RRED) Analysis and geospatial techniques using geospatial tool involving GPS (Dakota 10 model), GPS and ESRI’s ARCMAP and Average Nearness Neighbour (ANN) analysis across the canopies of the phorophytes on both wings. The result revealed a total of 11 delineated sampled plots comprising phorophytes and non-phorophytes canopies. Six obligatory arboreal species (Phymatodes sclopendria, Platycerium bifurcatum, Pyrossia mechowii, Oleandra distenta, Nephrolepis pumicicola, and Drynaria laurentii were enumerated with their respective distribution pattern exemplified in Table 3.2. The phytosociology of the species has revealed the trend of frequency and density as exemplified in Table 3.4a, with P. bifurcatum and O. distenta recording the highest frequencies at the western and eastern wings of the green belt phorophytes, respectively. O. distenta had the highest density on both wings of green belt phorophytes. In conclusion, it has been shown that species with a clustered trend of distribution tend to have strong adaptive features, which possibly reflect their reproductive potential. Significantly, this work will aid ecological policies on biodiversity management and conservation of these species, which are risking extinction.