Aligning with Parks’ sustainability, tourist perceptions about integral field conditions for ecotourism functions were studied at Mole in Ghana (Africa) through periodic physicochemical analyses of water using (APHA/AWWA/WEF, 2012) protocols. Optimally, 81.5 wet days with 1,107.38mm rainfall intensity- regulated the park’s dynamic natural primary productivity within six years interval (2005 to 2010), revealing direct insignificant regressive linear relationships (y = 1.7x + 0.2778) in the rainfall pattern interspersed with marginal variations in standard errors of the month-by-month figures (R2 = 0.6839). Zero Ebola records status boosted ecotourism functions, although, foreign visitors’ statistics dropped in 2014 with reciprocal ascendance of locals when the Government of Ghana adopted WHO/CDC Ebola preventive interventions. Routine carrying capacity measures regulated tourist numbers annually. Ground littering, pool contamination, olfactory wild animal odours, and higher entrance fees seldom discouraged 90-95% of the subjects who considered the park’s environs as recreationally moderately attractive. CaCO3 varied widely from 32.03 to 124.72 mg/L similar to turbidity (1.27 - 57.4) NTU, while pH remained neutral (7) in the entire park’s water resources. Boreholes temperatures varied slightly between Laribanga (23.7ᵒС) and Mole (27.8°С) whereas, EC differed significantly (p