Protected areas are increasingly becoming islands of habitat surrounded by seas of cultivation and development. Mole National Park, Ghana’s premier park, has an emerging nature-based tourism that is not large when compared to park tourism in other African countries. The park attracts many tourists seeking to observe charismatic wildlife such as elephants. However, many of the species that are attractive to tourists can create problems for adjacent communities. The overarching focus of this study was on how human-wildlife interactions impact on nature-based tourism in order to inform tourism development in Mole National Park and in nearby communities. The study was designed to address the following research questions: (1) How do human-wildlife interactions impact on nature-based tourism in Mole National Park and in nearby communities? (2) How do adjacent communities perceive the concerns and benefits of living near Mole National Park, and what factors explain the differences in perception of these concerns and benefits? and (3) How do park-adjacent communities perceive wildlife impact, and how are the perceptions of wildlife shaped by culture, involvement in a community conservation area, and a community’s distance from the park? A variety of research instruments such as key informant interviews, focus groups, field observations, and surveys were used to gather data from tourists and the diverse range of communities that surround Mole National Park. The study revealed high levels of tourist satisfaction with fundamental attractions such as wildlife and the environment. However, managerial deficiencies were noted in terms of infrastructure and services. CREMA (a variant of community-based natural resource management) influence communities to have positive attitude towards the park and tolerate wildlife because of the benefits they gain or perceive they will potentially gain. Communities closer to the park although have concerns, rated benefits higher than communities farther away from the park. Cultural valuation of animals also influence people’s interactions with wildlife. For example, taboo and totemic animals are revered and tolerated, not killed or eaten, although the same species may be considered problematic in other communities. Park ranger patrols, protecting water bodies, and livestock pens were rated as effective enhancement and mitigation measures of human-wildlife interactions. Properly developed nature-based tourism in and around PAs can serve both conservation and development outcomes. However, the success of PAs as a conservation strategy depends to some extent on the support of the nearby communities. Park-adjacent communities’ valuation of wildlife and the perception of concerns and benefits are important in the conservation process. Therefore, efforts should be made to ensure that concerns do not outweigh the benefits of living near PAs. Also tourism development in PAs should benefit nearby communities to offset the negative impacts of PAs on adjacent communities. / Graduate / 0366 / eyacquah@yahoo.com

No / Recurrent fires have a considerable potential to influence the structure and composition of savanna vegetation. In Mole National Park in Ghana, the policy is to burn the vegetation annually early in the dry season. This study aimed to assess the effects of these perennial fires on the trees and shrubs of the Park. To achieve this, scars on tree bole bases as well as mortality and top-kill to trees ¿ 2 m tall resulting from perennial fires were assessed in twenty 50 m x 50 m plots in the savanna vegetation near Grupe camp at the south-western section of the Park. Fire scars on tree bole bases were widespread, but were significantly more frequent on large trees (> 5 m tall) than small ones (< 2 m tall). Also, certain tree species, notably Burkea africana and Detarium microcarpum were more prone to scarring. The greater proportion of the scars had reached an advanced stage and the affected individuals were either moribund or were likely to be killed by subsequent fires or toppled by the wind. Contrary to the popular opinion that fire generally affects tree recruitment and not adult survival, fire-induced mortality and top-kill to large trees (> 5 m tall) was widespread among all the tree species, particularly Acacia dudgeoni, Burkea africana, Detarium microcarpum and Vitellaria paradoxa. These fire impacts will likely lead to changes in the relative abundance of the constituent tree species as well as a decline in the density of woody elements in the plant community as a whole unless burning frequency is reduced. The areas for which these predicted vegetation changes are valid can be generalized to include the vegetation in the northern half of the Park where similar conditions of high fuel load and intense fires are likely to prevail.