Lorenzo Rocchetti

This study examines genotype by environment interactions affecting protein and amino acid content in lentil varieties across multiple trials, identifying stable and high-performing genotypes.

This study characterizes global Lupinus albus genetic resources to develop CORE collections for crop improvement and domestication studies.

This study identifies genomic regions associated with environmental adaptation in wild and admixed olive populations in the Mediterranean Basin using selective sweep and genome-environment association analyses.

The paper identifies lentil genotypes adapted to Mediterranean agro-ecosystems by evaluating 46 genotypes across multiple field trials and environmental conditions.

This study uses metabolite-based genome-wide association studies to identify genetic factors influencing bioactive compound variation in chickpea seeds.

This study identifies adaptive gene loss in common bean populations during range expansion and domestication, showing gene loss as a key adaptive trait.

The paper identifies genotype-environment associations and adaptive variation in chickpea along historical Silk Road routes, highlighting genes related to heat and drought tolerance.

The paper investigates how genotype combinations in maize/bean intercropping systems affect rhizosphere microbial community configuration, finding that specific genotype pairs influence bacterial diversity and complexity.