INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result The Development of Mobile Application for Conservation Activity and Wildlife in Indonesia A. Vatresia1 J.P. Sadler2 R. Regen3 E. Imandeka1 1 Informatics Engineering University of Bengkulu, Indonesia 2 School of Geography, Earth and Environmental Science University of Birmingham 3 The Ministry of Environmental and Forestry Republic of Indonesia IC3INA, 2016 Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary OUTLINE 1 2 3 4 5 INTRODUCTION Motivation Facts AIM AND METHOD Aims of Our Research Methods ANALYSIS AND DESIGN Basic Knowledge About Conservation Activity in Indonesia Integrated The Infrastructure of Technology Proposed Software and Technology for Conservation Indonesia MOBILE APPLICATION Register Register the application Android Software To Collect Data Result SYSTEM INTERFACE TESTING INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result BACKGROUND Biodiversity loss is a global issue but it is of pressing concern in mega-diverse countries, such as Indonesia. As the second largest biodiversity country in the world, Indonesia also has the 4th highest population in the world with 0.95 % of population growth Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary BACKGROUND Biodiversity loss is a global issue but it is of pressing concern in mega-diverse countries, such as Indonesia. As the second largest biodiversity country in the world, Indonesia also has the 4th highest population in the world with 0.95 % of population growth Myers (2000) defines 25 global hotspot, 2 of them (Sundaland and Wallacea) lay in Indonesia. Data show that in these important places the remaining primary vegetation is only 7.8 % and 15 % of its original extent for Sundaland and Wallacea respectively. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary BACKGROUND Biodiversity loss is a global issue but it is of pressing concern in mega-diverse countries, such as Indonesia. As the second largest biodiversity country in the world, Indonesia also has the 4th highest population in the world with 0.95 % of population growth Myers (2000) defines 25 global hotspot, 2 of them (Sundaland and Wallacea) lay in Indonesia. Data show that in these important places the remaining primary vegetation is only 7.8 % and 15 % of its original extent for Sundaland and Wallacea respectively. Indonesia currently lacks the technological capacity to monitor biodiversity in real time a crucial element to enhance and strengthen conservation of the important natural resource 1 2 Remote Area Data are Not Standardized INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Conservation Condition in Indonesia The conservation area is abandoned for a long time due to the centralised management that makes the leader hardly come to conservation area to know the condition of the area. It leads to the neglect of the area that causes damage on many levels. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Conservation Condition in Indonesia The conservation area is abandoned for a long time due to the centralised management that makes the leader hardly come to conservation area to know the condition of the area. It leads to the neglect of the area that causes damage on many levels. The conservation area is managed by a particular group to be laboured, plotted, and sold without knowing the law. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Conservation Condition in Indonesia The conservation area is abandoned for a long time due to the centralised management that makes the leader hardly come to conservation area to know the condition of the area. It leads to the neglect of the area that causes damage on many levels. The conservation area is managed by a particular group to be laboured, plotted, and sold without knowing the law. The conservation area has the potential power to be used. The resource can be wood, non-wood, nature resort that can be elaborated by the ofcer and the instructor because they have profound knowledge in that area. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Smartphone Growth Figure: available at http://www.slideshare.net/wearesocialsg/socialdigital-mobile-around-the-world-january-2014 Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Smartphone and Internet Usage in Indonesia Figure: available at http://www.slideshare.net/wearesocialsg/socialdigital-mobile-around-the-world-january-2014 Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Our Contribution We developed the application to help the ofcer to collect the data from the eld in Indonesia. Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Our Contribution We developed the application to help the ofcer to collect the data from the eld in Indonesia. The application will be integrated with the status of IUCN to make it available globally. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Our Contribution We developed the application to help the ofcer to collect the data from the eld in Indonesia. The application will be integrated with the status of IUCN to make it available globally. Makes the monitoring process become easier and usable INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Ripple’s Artefacts Figure: Ripple’s Artefacts Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Data and Work Flow to Manage The Conservation Figure: Data And Work Flow in Indonesia Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Use Case of The obile System Figure: System Use Case Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Activity Diagram Figure: Activity Diagram for the System Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Register Tally Sheet Register A; Forest degradation due to illegal logging Register B Forest Degradation and fallen tree due to nature catastrophe Register C Animal Hunting Register D Lost and Died Animal Register E Animal Distribution Register F Water Resource Register G Mooring Register H Infringement Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Cont...Register Tally Sheet Register I Area Infrastructure Register J Entering License for Conservation Area Register K Loggers Data Register L Area Disturbance Register M Animal Observation Register N Tourist Attraction and Environmental Service Register O Boundary Mark Register P Information of Spot diving, coral destruction, shing boat, mangrove destruction,seaweed, and water pollution INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary We developed the application to help the officer to collect the data from the eld in Indonesia. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary We developed the application to help the officer to collect the data from the eld in Indonesia. The application will be integrated with the status of IUCN to make it available globally. INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary We developed the application to help the officer to collect the data from the eld in Indonesia. The application will be integrated with the status of IUCN to make it available globally. Makes the monitoring process become easier and usable INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Android Overview (a) Overview Android (b) Android Menu (c) Location Record Figure: Software Development Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Android Overview (a) Login Page (b) Main Menu Figure: Software Development (c) Counseling Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION SYSTEM INTERFACE TESTING Figure: System Interface Testing Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION SYSTEM SIMPLICITY TESTING Figure: SYSTEM SIMPLICITY TESTING Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION SYSTEM PERFORMANCE TESTING Figure: SYSTEM PERFORMANCE TESTING Result Summary INTRODUCTION AIM AND METHOD ANALYSIS AND DESIGN MOBILE APPLICATION Result Summary Future Research The modeling of the framework is based on expert opinion and Indonesian legislation. To guarantee the efficacy of the system, the model and framework requires testing in the field with live environmental problems. A case study of limited spatial extent will be implemented the next stage of the project as a test bed. The next milestone of this project will be finishing all of the development phase of the system that will involve the tools of data collection that will integrated with web-based GIS.