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This work presents a detailed analysis of the indoor environments in a soilless greenhouse in Tunis and their response to seasonal variations. The study uses a combination of numerical modeling and experiments to assess the impact of various factors on the indoor climate, such as glass, air, crops, and concrete. The numerical model was validated against experimental data and optimized to accurately replicate real conditions. The research highlights the importance of accurate modeling and control to optimize agricultural practices in northern Tunisia.

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Soilless Greenhouse Microclimate: Impact of Seasonal Variations

  • 会议论文

  • 发表日期：

    2025年

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  • Hasna Abid,
  • Olfa Zghal,
  • Mariem Lajnef,
  • Ahmed Ketata,
  • Zied Driss

摘要

This work presents a detailed analysis of the indoor environments in a soilless greenhouse in Tunis and their response to seasonal variations. The study uses a combination of numerical modeling and experiments to assess the impact of various factors on the indoor climate, such as glass, air, crops, and concrete. The numerical model was validated against experimental data and optimized to accurately replicate real conditions. The research highlights the importance of accurate modeling and control to optimize agricultural practices in northern Tunisia.