Uganda is a country blessed with the biggest number of mountain Gorillas in the whole world. These animals contribute at least 12% in revenue generation to the Tourism sector through tracking by both local and foreign tourists who pay for the tracking permits. However, Gorilla tracking is also a big challenge even in the presence of highly skilled and well-trained game rangers. Development and implementation of a secure Computer and Mobile based Gorilla Tracking (GT) system that uses GIS and GPS technologies would be the most ideal technology to use. Therefore, this study aimed to find out the critical factors that would affect the Behavioral Intention of the would-be users to successfully decide to use such GIS/GPS-GT system. We used the existing UTAUT model to integrate six factors such as Performance Expectancy, Effort Expectancy, Employee Peer Influence, Facilitating Conditions, Behavioral Intention and System Use. However, Infrastructure Availability and Non-Technical Facilitating Conditions were added to reflect Ugandan ICT context. This amended UTAUT model was used to carry out the survey. The questionnaire was emailed to 220 government employees in the fields of ICT, Tour and Travel, Environmental Groups officials and Farmers who garden near the game reserves. A total of 133 were obtained fully completed, whereas 127 were deemed usable thus yielding a response rate of 58%. The analysis results show that except for non-technical facilitating conditions, effort expectancy, peer influence, performance expectancy and infrastructure availability positively affects behavioral Intention to use GIS/GPS-GT. This indicates that people in Uganda don’t bother about regulations and rules in regard to using information system. As long as the system does what they want it to, anything else does not matter. As an employee in an organization is told to use a system by their supervisor, they have no objection to otherwise they risk losing their job. This implies that, supervisors have a great responsibility in the process of developing, implementing and using the system in Uganda.

1. Introduction
 2. Literature Review and Background
  2.1 GIS and GPS Technology
  2.2 GIS/GPS-Gorilla Tracking System
  2.3 Technology Adoption and Acceptance Theories
 3. Research Methodology
  3.1 Research Model
  3.2 Measurement of Constructs
 4. Data Analysis and Result
  4.1 Survey and Respondent’s Profile
  4.2 Measurement Model Analysis
  4.3 Path Coefficients and R2 Value
 5. Conclusion, Discussion and Future Study
  5.1 Conclusions and Discussion
  5.2 Theoretical and Practical Impacts
  5.3 Limitations and Future Research Directions
 References

• Twesigye Tedson(Ministry of ICT, U)
• Gee-Hyun Hwang(Graduate School of Information Science, Soongsil University, Seoul) | 황기현 Corresponding Author