The present PhD thesis aimed to explore the challenges of the agricultural sector and contribute to research effective and environmentally friendly strategies that can enhance agricultural productivity and sustainability while safeguarding global food security. One of the most important goals of scientific research is understanding the molecular mechanisms involved in the interactions between plants and the environment as well as between plants and pathogens. This knowledge is crucial for developing climate-resilient crops as well as innovative strategies to support plants in changing climate conditions.
Synergistic integration of eco-sustainable strategies and technologies for the innovative defense of plant health (INCIPIT) / Chiara Pastacaldi. - (2025).
Synergistic integration of eco-sustainable strategies and technologies for the innovative defense of plant health (INCIPIT)
Chiara Pastacaldi
2025
Abstract
The present PhD thesis aimed to explore the challenges of the agricultural sector and contribute to research effective and environmentally friendly strategies that can enhance agricultural productivity and sustainability while safeguarding global food security. One of the most important goals of scientific research is understanding the molecular mechanisms involved in the interactions between plants and the environment as well as between plants and pathogens. This knowledge is crucial for developing climate-resilient crops as well as innovative strategies to support plants in changing climate conditions.
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PhD-Thesis_Revised_SAA_ChiaraPastacaldi.pdf
embargo fino al 21/05/2026
Descrizione: The present PhD thesis aimed to explore the above-mentioned challenges of the agricultural sector and contribute to research effective and environmentally friendly strategies that can enhance agricultural productivity and sustainability while safeguarding global food security. One of the most important goals of scientific research is understanding the molecular mechanisms involved in the interactions between plants and the environment as well as between plants and pathogens. This knowledge is crucial for developing climate-resilient crops as well as innovative strategies to support plants in changing climate conditions.
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