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Integrated genetic and genomic approaches for new Italian rice breeding strategies

Project
Italy is the first European rice producer, with more than 50% of the total paddy production. Increased productivity and quality stability, resistance to actual and emerging diseases, resistance to old and new environmental constraints such as cold, drought stress and salty soils are major requirements to provide Italian rice production chain to sustain competitiveness at the international level. Industry and consumers’ request are driven by market, tradition, and well recognized search for quality. Farmers need new and more competitive varieties, adapted to the market’s request and tailored to sustain economically profitable cultivation joined to an environmentally friendly agrosystem: the actual rice production chain does not completely meets such requests important traits and associated mechanisms conferring élite characters to the plant. RISINNOVA general Objective is the set up of genetic/genomic approaches to afford development of an innovative Italian rice producing chain, to provide producers and industry with more competitive varieties suitable for inner as well as international markets. To this aim, an integrated research network, including the most experienced Italian research teams in the areas of interest, and international collaborations, has been set up. Genomics-assisted breeding will be strongly facilitated by tools and knowledge developed in this project. RISINNOVA is structured into four research WP and a fifth WP dedicated to the dissemination activities, training and technology transfer.
  • Academic Signature
  • Overview
  • Research Areas
  • Publications

Academic Signature

Il servizio di classificazione ACADEMIC SIGNATURE è IN BETA TESTING e i risultati potrebbero non essere corretti

Academic Signature (18)

breeding
activities
cold tolerance
biological properties
disease resistance
biological properties
drought tolerance
biological properties
rice
cereals
genomics
genetics
genomics
life sciences
genomics
natural sciences
linoleic acid
organisms
rice
plant products
rice
products
cold tolerance
properties
disease resistance
properties
drought tolerance
properties
disease resistance
resistance to injurious factors
genomics
sciences
cold tolerance
tolerance
drought tolerance
tolerance

Overview

Contributors (3)

KATER MARTIN   Scientific Manager  
GREGIS VERONICA   Participant  
PESARESI PAOLO   Participant  

Type

FON_NAZ - Bandi Altre Fondazioni

Funder

FONDAZIONE CARIPLO
External Organization Funding Organization

Date/time interval

March 1, 2011 - February 28, 2014

Project duration

36 months

Research Areas

Concepts (5)


01.12.0 - Coltivazione di riso

10.61.30 - Lavorazione del riso

LS2_1 - Genomics, comparative genomics, functional genomics - (2013)

LS2_6 - Molecular genetics, reverse genetics and RNAi - (2013)

LS3_10 - Development, developmental genetics, pattern formation and embryology in plants - (2013)

Keywords (5)

  • ascending
  • descending
MIGLIORAMENTO DELLE PIANTE COLTIVATE
MIGLIORAMENTO GENETICO DELLE PIANTE
RESISTENZA STRESS ABIOTICI
RESISTENZA STRESS BIOTICI
RISO
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Publications

Outputs

Early cold stress responses in post-meiotic anthers from tolerant and sensitive rice cultivars 
RICE
SPRINGER OPEN
2019
Academic Article
Open Access
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