Signal integration and epigenetic reprogramming for plant productivity (Q20002): Difference between revisions
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(Removed claim: summary (P836): Population growth, the limited area of arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators allowing the integration of signals from the external environment, hormones and induced stress to epigenetic regulations, and to determine their role as potential targets in the production of symptomatic plants. The information gathered will feed into the targeted improvement o...) |
(Created claim: summary (P836): Population growth, limited arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators enabling the integration of signal pathways for environmental factors, hormones and stress-induced factors with epigenetic regulations and to determine their role as potential targets in stress-resistant plant production. The information obtained will serve to improve the crust and potatoes...) |
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Population growth, limited arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators enabling the integration of signal pathways for environmental factors, hormones and stress-induced factors with epigenetic regulations and to determine their role as potential targets in stress-resistant plant production. The information obtained will serve to improve the crust and potatoes targeted with the ultimate goal of obtaining crops with higher yields under stressful conditions. a. (English) | |||||||||||||||
| Property / summary: Population growth, limited arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators enabling the integration of signal pathways for environmental factors, hormones and stress-induced factors with epigenetic regulations and to determine their role as potential targets in stress-resistant plant production. The information obtained will serve to improve the crust and potatoes targeted with the ultimate goal of obtaining crops with higher yields under stressful conditions. a. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: Population growth, limited arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators enabling the integration of signal pathways for environmental factors, hormones and stress-induced factors with epigenetic regulations and to determine their role as potential targets in stress-resistant plant production. The information obtained will serve to improve the crust and potatoes targeted with the ultimate goal of obtaining crops with higher yields under stressful conditions. a. (English) / qualifier | |||||||||||||||
point in time: 22 October 2020
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Revision as of 17:35, 22 October 2020
Project in Czech Republic financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Signal integration and epigenetic reprogramming for plant productivity |
Project in Czech Republic financed by DG Regio |
Statements
84,764,146.25 Czech koruna
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99,722,525.0 Czech koruna
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85 percent
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1 July 2018
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31 December 2022
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Masarykova univerzita
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49°12'8.64"N, 16°36'28.44"E
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49°11'55.68"N, 16°36'7.06"E
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60200
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Populační růst, omezená plocha orné půdy a změny klimatu ohrožují základy naší civilizace. Cílem projektu je identifikovat klíčové regulátory umožňující integraci signálních drah pro faktory vnějšího prostředí, hormony a faktory indukované stresem s epigenetickými regulacemi a stanovit jejich roli jako potenciálních cílů v produkci rostlin odolných vůči stresu. Získané informace poslouží k cílenému zlepšení brukví a brambor s konečným cílem získání plodin s vyššími výnosy za stresových podmínek. a. (Czech)
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Population growth, limited arable land and climate change threaten the foundations of our civilisation. The aim of the project is to identify key regulators enabling the integration of signal pathways for environmental factors, hormones and stress-induced factors with epigenetic regulations and to determine their role as potential targets in stress-resistant plant production. The information obtained will serve to improve the crust and potatoes targeted with the ultimate goal of obtaining crops with higher yields under stressful conditions. a. (English)
22 October 2020
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Identifiers
CZ.02.1.01/0.0/0.0/16_026/0008446
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