LXVI SIGA Annual Congress
“Climate-smart plants to feed the future”
05-08 September 2023
SESSION 4 - Underground genetics: roots and their interactions
ORAL COMMUNICATIONS4.01 | Targeting root traits to improve tolerance to vegetative drought episodes in pearl millet (Pennisetum glaucum L.) |
4.02 | Shovelomics and clear pot analyses highlight extensive natural genetic variation for root system architecture in barley |
4.03 | Differential expression patterns of cryptochrome and circadian clock genes between roots and leaves in Medicago truncatula |
4.04 | Exploring root programmed cell death as a mechanism for heat stress resilience |
4.05 | The root microbiome and plant immunity |
4.06 | Beijerinckia fluminensis increases salt stress tolerance in tomato plants |
4.07 | Evaluation of resistance to broomrapes in tomato introgression lines |
4.08 | Investigating the tomato responses to Trichoderma atroviride biostimulant by fruit-omics and rhizosphere metagenomics |
4.09 | Changes in rhizosphere bacterial community and plant morpho-physiological traits as signature of tomato response to recurrent drought stress |
4.10 | Sustainable approaches for lettuce cultivation: application of biochar, microbial consortia and arbuscular mycorrhizal fungi |
4.11 | Effect of magnetized water on plantlets development: magic or innovative approach? |
4.12 | Study of root and shoot morphological traits in a collection of durum wheat cultivars |
4.13 | Durum wheat root system response to abiotic stress |
4.14 | Root Growth Angle in durum wheat as a proxy for drought tolerance: a highly heritable and variable trait in durum wheat germplasm |
4.15 | Enhancing soil health using wheat diversity: the WISH-ROOTS project |
4.16 | Development of strategies for the use of rhizosphere microorganisms to reduce the input of fertilizers and to control biotic and abiotic adversities: experience of the FERTLESS project |
4.17 | Functional characterization of mutations in a barley strigolactone biosynthesis gene |
4.18 | Searching for the genetic basis underlying the growth of barley root system in artificial compacted soil lumps |
4.19 | A new hypergravitropic root mutant from the barley TILLMore collection |
4.20 | Root system architecture in Italian maize inbred lines: toward applications in breeding programs |
4.21 | An overview of Intevine: omics data integration in grapevine |
4.22 | From soil microbiome to grapevine root transcriptome: an integrative study of plant-microbe interactions |
4.23 | Olive agroforestry shapes and influence soil bacteria community under different soil managements |
4.24 | Unlocking the potential of the hologenome: development of microbial breeding approaches to face the domestication syndrome and improve resilience against climate change |