LXIX SIGA Annual Congress
Genetic blueprints for next generation crops
08-11 September 2026
Session 1 - From wild species to crops: de novo domestication and breeding of underutilized crops
ORAL COMMUNICATIONS| 1.01 | From wild genomes to future crops: rethinking wheat domestication |
| 1.02 | Transposable element exaptation shapes gene innovation during wheat evolution and domestication |
| 1.03 | Leveraging tetraploid wheat pangenomes to unlock agronomic diversity and resilience of wild and domesticated durum relatives |
| 1.04 | Pangenome to accelerate genomic-assisted breeding in teff (Eragrostis tef), an ancient African underutilized crop |
| 1.05 | Wild and cultivated genomes provide insights into almond evolutionary dynamics and a basis for de novo domestication of wild almond species |
| 1.06 | A blueprint for selecting stress adapted genotypes in grapevine: from regeneration bottlenecks to in vitro priming strategies |
| 1.07 | Orphan legumes at the crossroad of biodiversity, agroforestry, and resilient agrifood systems: the FORECAST and PROPER experience |
| 1.08 | Back to the future of wheat: unlocking the hidden genetic wealth of underutilized Triticum aestivum subspecies for bread wheat improvement |
| 1.09 | Chromosome-level genome assemblies of two underutilized Mediterranean vegetable melons |
| 1.10 | A chromosome-level genome assembly of Eruca sativa provides a framework to unravel the genetic basis of key agricultural traits in rocket |
| 1.11 | Exploring the genomic diversity of Eragrostis tef through pangenome graph analysis |
| 1.12 | DNA barcoding and allele-specific PCR discrimination of glasswort ecotypes from Apulia Region (Southern Italy) |
| 1.13 | Unlocking the genetic potential of wild potato species for tolerance to Phytophthora infestans |