Last year, a symbolic environmental campaign was successfully implemented in one of the country's parks, where a personalized "tree of life" was planted for every newborn child. A key feature of the initiative was the integration of modern digital technologies: each tree was assigned a QR code, allowing people to access information about the planting, monitor its growth, and engage local residents in the maintenance of urban green infrastructure.

This experience clearly demonstrates high public interest in projects that bridge environmental protection, digitalization, and family values. These are the exact principles driving the development of the "Newborn Parks" concept, currently being advanced by a group of researchers and experts in geoinformation technologies, ecology, urban planning, and sustainable development.

The project involves creating specialized green public spaces where every tree serves as a symbol of new life and, at the same time, functions as part of a unified digital ecosystem. By utilizing GIS technologies, satellite monitoring, drones, geodetic measurements, and digital platforms, the team plans not only to select the most suitable territories for these parks but also to ensure long-term monitoring of their condition.

One of the central elements of the concept is the "digital tree passport." Thanks to QR codes and modern monitoring systems, parents, children, and residents will be able to track the tree's planting history and health, actively participating in preserving the urban green fund. In the future, these solutions could be enhanced with soil moisture sensors, automated tracking systems, and interactive maps.

The Flood MAR research group views Newborn Parks as a nature-based solution directly tied to achieving the Sustainable Development Goals (SDGs) and improving the quality of the urban environment. Moving forward, this initiative could serve as a blueprint for scaling successful greening and environmental education practices to a national level. Every tree planted is an investment in the health, environmental safety, and well-being of future generations.

Importantly, the scientific and methodological model currently being developed is inherently designed for scalability and can be adapted to various regions across the country. This will enable the formation of a unified Newborn Parks system that brings together advanced greening technologies, digital urban forestry management, and care for future generations. Each tree planted to celebrate the birth of a child is a contribution not only to ecological well-being but also to building a sustainable future for the entire nation.