News - Gianni Barcaccia

My long journey at the University of Padova:

it seems impossible but it is really time to celebrate the 25th anniversary!

Twenty-five years of incessantly and lovely academic life, with a continuous personal growth and improvement in scientific research and teaching activities, always faced and pursued with a good mood, self-confidence, inborn passion and long-term commitment, a bit of luck and a lot of loyalty.

All I want to do now is to express my sincere gratitude to this great University for the opportunities I had and the achievements I got.

Thank you #UNIPD
Ad maiora

Academic Ranking of World Universities 2023:

L’Università di Padova si conferma nel gruppo dei migliori atenei al mondo posizionandosi tra i Top200. Nell’ambito della subject category Agricultural Sciences #UNIPD si conferma al primo posto in Italia e tra i Top50 a livello mondiale migliorando di ben tredici posizioni rispetto al 2022 e salendo alla 31esima posizione nel ranking accademico internazionale del 2023 #DAFNAE
https://www.shanghairanking.com/institution/university-of-padua
Per ulteriori informazioni:
https://www.unipd.it/news/shanghai-rankings-global-ranking-academic-unipd-migliori-atenei-mondo-4-subject
#AGRIFOOD #AGRITECH
#academicworldranking

Special Issue "Next-Generation Crop Plant Breeding Approaches for Resilient Agriculture"

Professors Gianni Barcaccia and Paolo Sambo are Guest Editors of a Special Issue on Next-Generation Crop Plant Breeding Approaches for Resilient Agriculture for the Journal Plants (for details visit https://www.mdpi.com/journal/plants/special_issues/0AS230VO23 via @Plants_MDPI).
This activity is carried out within the Agritech National Research Center, which received funding from the European Union’s Next-Generation EU. In particular, it is related to Spoke 4, coordinated by DAFNAE at UNIPD, dealing with multifunctional and resilient agriculture and forestry systems for the mitigation of climate change risks.

Genetic Structure of Cultivated Varieties of Radicchio (Cichorium intybus L.): A Comparison between F1 Hybrids and Synthetics

Cichorium intybus L., well known in Italy by the common name Radicchio, is an important leafy vegetable that is prevalently reproduced by allogamy due to very efficient barriers of self-incompatibility. Marker-assisted breeding is widely used by seed firms to develop superior varieties that manifest genetic distinctiveness, uniformity, and stability. Here we used a total of 29 mapped microsatellite markers to genotype 504 samples of the Red of Chioggia biotype. Genetic similarity and diversity statistics were computed and the genetic structure of cultivated populations, including OP synthetics, F1 hybrids, and F2 progenies, was investigated. On the whole, this work provides tools and strategies to achieve the molecular characterization and genetic identification of Radicchio varieties.