Asha Thapa

This study shows that Bacillus subtilis improves garden pea growth under alkaline stress by altering host gene expression and rhizosphere microbiome composition.

This study shows Trichoderma afroharzianum T22 enhances pea plants under Fe deficiency but has minimal effects under Fe sufficiency, with context-dependent gene expression and microbiome changes.

This study investigates the physiological and transcriptional responses of soybean to combined soil alkalinity and drought stress, identifying key gene expression changes and the role of ethylene in stress tolerance.

This study identifies iron retention and symbiotic associations as mechanisms enabling soybean tolerance to combined iron deficiency and drought.

This study shows Trichoderma afroharzianum T22 promotes garden pea tolerance to alkaline stress by inducing rhizobia and flavonoid-driven symbiosis to mitigate Fe deficiency.

This study investigates how high pH stress affects garden pea transcriptomes and microbiomes, identifying key gene expression changes and microbial shifts that contribute to stress resilience.