P.A. Pelyovin1, A.A. Petrosyan2, V.S. Chernyshenko3, V.V. Koneva4

1–4 Financial University under the Government of the Russian Federation (Moscow, Russia)
1 pelevin1111@gmail.com, 2 artyommardo@gmail.com, 3 vschernyshenko@fa.ru, 4 vikki.flover@gmail.com

Problem statement. Environmental monitoring in specially protected natural areas is difficult due to limited resources and lack of operational interaction with visitors, which leads to late detection of environmental violations.

Purpose. Development of an integrated environmental monitoring system, including a mobile application with gamification and a web portal for real-time management and analysis of the situation in protected areas.

Results. A mobile application has been created for the rapid collection and transmission of data on violations with elements of user motivation, as well as a web portal for park administrations that allows analyzing incoming data and responding promptly to violations.

Practical significance. The proposed solution improves the speed of identification and elimination of environmental problems, increa­ses visitor engagement and reduces the burden on the park administration. The system is easily scaled and adaptable for use in different natural areas.

Pelyovin P.A., Petrosyan A.A., Chernyshenko V.S., Koneva V.V. Design and implementation of a mobile-enabled monitoring system for urban forest ecology and carbon sequestration preservation through gamification and geospatial technologies. Dynamics of complex systems. 2025. V. 19. № 5. P. 47−56. DOI: 10.18127/j19997493-202505-06 (in Russian).

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