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High-throughput multi-sensor phenomics analysis of drought tolerance in tomato plants with different level of glycinebetaine
Title High-throughput multi-sensor phenomics analysis of drought tolerance in tomato plants with different level of glycinebetaine [elektronický zdroj] / Marek Kovár ... [et al.] Author-s Kovár, Marek, ; SPUFAP03 (Author) Zhang, Tianpeng (Author) Brestič, Marián, ; SPUFAP03 (Author) Olšovská, Katarína, ; SPUFAP03 (Author) Živčák, Marek, ; SPUFAP03 (Author) Brücková, Klaudia, ; SPUFAP03 (Author) Sytar, Oksana, ; SPUFAP03 (Author) Yang, Xinghong (Author) Notes Názov z titulnej obrazovky (stav zo dňa 26.04.2018). APVV-15-0721, APVV-15-0562, VEGA-1/0923/16, VEGA-1/0831/17, UE H2020 no. 731013 (EPPN2020) . Spôsob prístupu: World Wide Web In Cost final meeting [online (99 s.)] / Cost final meeting. -- Jülich : International plant phenotyping network, 2018. -- S. 56, inline Category of Publication Activity BFA Subject-s rastliny klimatické zmeny sucho rajčiaky (rastliny) abiotický stres suchovzdornosť rastlín Country Germany Language English URL https://www.plant-phenotyping.org/lw_resource/datapool/systemfiles/elements/files/1d6ae7c6-2824-11e8-8a88-dead53a91d31/live/document/abstractbookfinal.pdf Database Climatic Change-Drought
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