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Advanced Forestry: A Recipe for the Future of Lithuanian Forests?

“For the first time in our region, the expertise of researchers from two distinct fields—forestry and digital technologies—has been combined. Approximately a year ago, the six-year project ‘Forest 4.0’ was launched. This initiative is jointly funded by the European Union's Horizon Europe research and innovation program and the State of Lithuania. The numbers in the project title reflect the ongoing Fourth Industrial Revolution and the cutting-edge technologies associated with it, which are inevitably making their way into our lives—and our forests,” writes Dr. Nerijus Kupstaitis of Vytautas Magnus University, part of the Forest 4.0 project team.

In a recently published article in Mūsų Girios magazine, Dr. Kupstaitis highlighted how the Forest 4.0 project unites forestry and digital technology experts from leading universities in Lithuania and Sweden. This ambitious initiative aims to tackle contemporary challenges facing forests, including climate change, biodiversity loss, and evolving societal expectations.

Challenges facing Lithuanian forests

Dr. N. Kupstaitis points out several pressing concerns for Lithuanian forests, particularly the impacts of climate change, such as the large-scale destruction of spruce forests by bark beetles, and the urgent need to diversify current forestry practices. According to him, forests play a crucial role in carbon absorption, offsetting one-third of Lithuania's greenhouse gas emissions. However, projections indicate this capacity may decline without innovative solutions. Additionally, preserving biodiversity and meeting growing societal demands for cultural and recreational forest use require adaptive management practices.

Forest 4.0 objectives

The author highlights that the project focuses on establishing a Competence Center for Advanced Forestry, designed to revolutionize forest monitoring, data collection, and analysis. By integrating AI, IoT, and other digital technologies, the center aims to support policy development and practical forestry decision-making. Current efforts include enhancing Lithuania's national forest inventory system and developing advanced tools, such as remote sensing technologies (e.g., LiDAR and hyperspectral scanning) and decision-support systems for sustainable forest management.

The path forward

Looking to the future, Dr. N. Kupstaitis emphasizes that Forest 4.0 underscores the importance of interdisciplinary collaboration to digitize forestry and create resilient, multifunctional forests. The initiative envisions forests that are not only economically viable but also environmentally and socially sustainable, paving the way for a more adaptive and diverse forestry model in Lithuania.

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