Session 4 – Underground genetics: roots and their interactions

POSTER COMMUNICATIONS

4.06
Beijerinckia fluminensis increases salt stress tolerance in tomato plants

Potestio S., Giannelli G., Visioli G.

4.07
Evaluation of resistance to broomrapes in tomato introgression lines

Cannavacciuolo O., Salzano F., Turrà D., Nicolia A., D’Agostino N.

4.08
Investigating the tomato responses to Trichoderma atroviride biostimulant by fruit-omics and rhizosphere metagenomics

Pin L., Testone G., Sobolev A., Pinzari F., Colla G., Cardarelli M., Giannino D.

4.09
Changes in rhizosphere bacterial community and plant morpho-physiological traits as signature of tomato response to recurrent drought stress

De Palma M., Bubici G., Aurilia V., Docimo T., Guarino G., Ruocco M., Cellini F., Summerer S., Petrozza A.

4.10
Sustainable approaches for lettuce cultivation: application of biochar, microbial consortia and arbuscular mycorrhizal fungi

Vitiello G., Gullì M., Maestri E., Marmiroli N.

4.11
Effect of magnetized water on plantlets development: magic or innovative approach?

Sestili S., Platani C., Dattoli M.A., Palma D., Beleggia R.

4.12
Study of root and shoot morphological traits in a collection of durum wheat cultivars

Russo M.A., Iannucci A., Marone D., Mazzucotelli E., Maccaferri M., Mores A., Petruzzino G., De Simone V., Morcone L., Pellegrino M., Mastrangelo A.M.

4.13
Durum wheat root system response to abiotic stress

Urbanavičiūtė I., Bonfiglioli L., Pagnotta M.A.

4.14
Root Growth Angle in durum wheat as a proxy for drought tolerance: a highly heritable and variable trait in durum wheat germplasm

Zeng X., Forestan C., Sciara G., Bruschi M., Campana M., Bozzoli M., Ormanbekova D., Makhoul M., Pinto F., Bassi F., Snowdon R., Ober E., Tuberosa R., Salvi S., Maccaferri M.

4.15
Enhancing soil health using wheat diversity: the WISH-ROOTS Project

Dimattia B.G., Hernandez-Soriano M., Tassinari A., Rabboni D., Pierbattista S., Bittelli M., Maccaferri M., Tuberosa R., Salvi S.

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

Albertini M., Nicoli R., Corticelli C., Barreca A., Salsi G., Demontis A., Rosta R., Marabini L., Zanarini D., Dall’Olio A., De Franceschi S., Tonelli M., Franceschi S., Chiari G., Degola F., Ricci A., Gullì M.

4.17
Functional characterization of mutations in a barley strigolactone biosynthesis gene

Rossini L., Ferrario C., Gregis V., Pilloni F., Janiak A., Marzec M., Tondelli A., Moshelion M., Dalal A., Yoneyama K., Brewer P.

4.18
Searching for the genetic basis underlying the growth of barley root system in artificial compacted soil lumps

Carletti G., Fricano A., Mazzucotelli E., Cattivelli L.

4.19
A new hypergravitropic root mutant from the barley TILLMore collection

Sangiorgi G., Pierbattista S., Forestan C., Camerlengo F., Tuberosa R., Salvi S.

4.20
Root system architecture in Italian maize inbred lines: toward applications in breeding programs

Mazzinelli G., De Biasi M., Solimei F., Hartings H., Lanzanova C., Balconi C., Torri A., Gagliardi C., Tassinari A., Salvi S., Frascaroli E.

4.21
An overview of Intevine: omics data integration in grapevine

Guazzini M., Cogato A., Contin M., D’Andrea L., De Luca E., Di Gaspero G., Janni M., Lodovici A., Pellegrini E., Pichierri A., Radovic S., Vuerich M., Vurro F., Zanin L., Marroni F.

4.22
From soil microbiome to grapevine root transcriptome: an integrative study of plant-microbe interactions

Guazzini M., Vuerich M., Contin M., D’Andrea L., Di Gaspero G., Janni M., Lodovici A., Pellegrini E., Pichierri A., Radovic S., Vurro F., Zanin L., Marroni F.

4.23
Olive agroforestry shapes and influence soil bacteria community under different soil managements

Ferrante R., Paolieri M., Rubini A., Vettori C., Riccioni C., Belfiori B., Napoli M., Pescatore A., Campagni C., Checcucci A., Paffetti D.

4.24
Unlocking the potential of the hologenome: development of microbial breeding approaches to face the domestication syndrome and improve resilience against climate change

Nerva L., Sandrini M., Spada A., Cometto A., Bevilacqua I., Paradiso G., Moffa L., Balestrini R., Chitarra W.