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This paper examines the role of agricultural robotics in reducing carbon emissions, emphasizing technological advancements, sustainable practices, and their interaction with artistic approaches. Precision agriculture, autonomous systems, and soil carbon sequestration are analyzed for their effectiveness in mitigating greenhouse gases. Furthermore, the study explores how art can contribute to enhancing public engagement and promoting ecological awareness. The integration of these fields underscores the potential of robotics and art in advancing agricultural sustainability and fostering a global consciousness of climate challenges.

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Review on Agricultural Robotics for Carbon Emission Reduction: A Synergistic Perspective on Technology, Sustainability, and Art

  • 会议论文

  • 发表日期：

    2025年

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  • Giancarlo Furcieri,
  • Giuseppe Culotta,
  • Davide Gerbino,
  • Antonio Franceschielli,
  • Adriano Fagiolini

摘要

This paper examines the role of agricultural robotics in reducing carbon emissions, emphasizing technological advancements, sustainable practices, and their interaction with artistic approaches. Precision agriculture, autonomous systems, and soil carbon sequestration are analyzed for their effectiveness in mitigating greenhouse gases. Furthermore, the study explores how art can contribute to enhancing public engagement and promoting ecological awareness. The integration of these fields underscores the potential of robotics and art in advancing agricultural sustainability and fostering a global consciousness of climate challenges.