Aparamita Rana

My research focuses on Diplodia dieback affecting Pinus species, with a special focus on studying the mycobiome and its role in disease dynamics. I investigate the fungal pathogen Diplodia sapinea, a major threat to Pinus species, particularly under changing environmental conditions. My work includes assessing how biocontrol agents, such as Trichoderma, can be applied to suppress fungal pathogens and mitigate disease impact. To achieve this, I combine field surveys, laboratory studies, and greenhouse experiments. Field surveys allow me to monitor the health of Pinus trees in diverse locations and track the spread of Diplodia sapinea. In the laboratory and greenhouse, I study the pathogen’s lifecycle, its interactions with host trees, and the efficacy of biocontrol agents under varying environmental conditions. Trichoderma plays a significant role in my research due to its ability to inhibit pathogen growth through competition, enzymatic degradation, and antifungal compound production. By integrating these approaches, my research aims to develop sustainable management strategies to address Diplodia dieback and enhance the resilience of Pinus forests against fungal pathogens in the face of environmental change.