Session 7 – Improving the utilization efficiency of key resources, water and nutrients for crop productivity

Cloud poster availability – optional

The Corresponding Authors are invited to upload their poster in pdf format (max 6 Mb) to a shared, read-only cloud folder where all the participants will be able to view them. Please note that a personal Google account is required for upload.

POSTER COMMUNICATIONS

7.07
Strategies to improve resilience to climate changes in Italian rice varieties

Bassolino L., Righetti L., Pasquariello M., Paris R., Nicoletti F., Sena L., Vaccino P.

7.08
Genetic and agronomic evaluation of a RIL eggplant population subjected to drought stress

Cosentino B.B., Toppino L., Gaccione L., Ricciardi V., Mancuso F., Bellitto P., La Placa G.G., Vultaggio L., Perez Brandan J., La Bella S., Tassone M.R., Gazzetti K., Barchi L., Mercati F., Rotino G.L., Sabatino L.

7.09
The wheat (Triticum durum) E3 ubiquitin ligase TDRF1 improves drought stress in barley (Hordeum vulgare)

Crosatti C., Bagnaresi P., Mazzucotelli E., Bertoncini A., Cattivelli L., Guerra D.

7.10
Transcriptomic insights into nitrogen use efficiency in contrasting maize landraces under variable nitrogen supply

Viglianti D., Minguella R., Bauland C., Palaffre C., Lagardère B., Nunes L., Badagliacca G., Balconi C., Branca V., Butrón A., Chaumont F., Faivre-Rampant P., Frascaroli E., Attinà E., Sidari R., Erdal S., Esmeray M., Nicolas S., Lupini A.

7.11
A root hair mutants collection from the barley TILLMore

Sangiorgi G., Camerlengo F., Forestan C., Golzi G., Ratti C., Wichterich K., Hochholdinger F., Tuberosa R., Salvi S.

7.12
Transcriptome profiling reveals drought adaptation mechanisms mediated by plant growth-promoting bacteria in durum wheat

Reddavide A., Pellegrini A.M., Minervini A.P., Procino S., Mangini G., Bianco C., Amenta M.L., Varriale S., De Paola D., Gioia T., Marzario S., Logozzo G., Taranto F., D’Agostino N.

7.13
Mitigating the effects of N deficiency on tomato plant growth by coordinated reprogramming of transcriptomics and metabolomics induced by Streptomyces violaceoruber

Caldiero C., Puccio G., Faddetta T., Willemsen I., Mauceri A., Gallo G., van der Hooft J.J.J., Wang J., Mercati F., Sunseri F., Karlova R., Abenavoli M.R.

7.14
Multi-scale dissection of grapevine-AMF interactions and their impact on physiological and metabolic traits

Pagliarani C., Giovannini L., Sillo F., Moine A., Giannetti G., Sbrana C., Garau G., Guaschino M., Gambino G., Nerva L., Chitarra W., Balestrini R.

7.15
Increased rice aptitude for association with beneficial microbiota in lines with introgression of the nitrate transporter gene NRT1.1B

Marè C., Bianco C., Juretich F., Palma D., Mica E., Povesi A., Finocchiaro F., Cerioli S., Varriale S., Cattivelli L., Valè G.

7.16
Addressing the role of the maize glossy13 gene in cuticle function, stomatal development, and water loss regulation

Marziali R., Caffi A., Sechi M., Kiros A.Y., Cominelli E., Consonni G., Dell’Acqua M., Castorina G., Galbiati M.

7.17
Identification of two soybean orthologs of the guard cell-related AtMYB60 gene

Locatelli F., Paolo D., Cominelli E., Sparvoli F., Galbiati M.

7.18
Seed morpho-physiological traits and seedling emergence in response to drought in a panel of Italian rice varieties

Dueñas C. Jr, Nkomo S., Ricotti A., Allevi J., Bedetto N., Baino M., Saluzzo E., Pagano A., Macovei A.

7.19
Using a multi-omics approach for the development of Rhizobium-based bioinoculants for chickpea cultivation under drought stress

Marziali R., Bellabarba A., Viti C., Checcucci A., Buti M.

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