Naweed I. Naqvi

Syntrophic microbiomes associated with methane-suppressive irrigation in rice

This study shows controlled drip irrigation suppresses methanogens and reduces methane emissions by 70-90% in rice paddies through improved aeration and soil redox potential.

StomaQuant: Deep Learning-Based Quantification for Stomatal Trait Assessment

StomaQuant uses deep learning to quantify stomatal density and size across diverse plant species, outperforming existing models with high accuracy.

Controlled irrigation suppresses methane emissions by reshaping the rhizosphere microbiomes in rice

This study shows that controlled drip irrigation reduces methane emissions in rice by altering rhizosphere microbiomes, favoring nitrifying bacteria over methanogens.

An Integrated Decarbonising Approach to Mitigate Methane Emissions and Enhance Productivity in Rice Cultivation

This study evaluates how irrigation methods, fertiliser combinations, and rice varieties affect methane emissions and productivity in rice farming, finding drip irrigation reduces emissions by 68% while maintaining yield.

Phospholipid signaling and multivesicular endolysosomes modulate membrane dynamics at the biotrophic interface in Rice Blast

This study identifies Rab7 and phosphoinositide signaling as critical for unconventional secretion of cytoplasmic effectors across the Magnaporthe oryzae-Rice interface during biotrophy.

Cellular Dynamics and Genomic Identity of Centromeres in the Cereal Blast Fungus

This study identifies unusual centromere dynamics and maps centromere DNA sequences in the rice blast fungus Magnaporthe oryzae, revealing epigenetic specification of centromere function.