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- W2941531780 abstract "Cape gooseberry has coped with abiotic and biotic stresses such as prolonged waterlogging periods and vascular wilt in recent years. The aim of this study was to evaluate the influence of four waterlogging periods on stomatal conductance (gs), leaf water potential (Ψwf), plant growth, leaf photosynthetic pigments, malondialdehyde (MDA) production, proline content and chlorophyll fluorescence parameters in cape gooseberry plants infected with Fusarium oxysporum f. sp. physali (Foph). Two-month-old ecotype “Colombia” plants were arranged in a completely randomized factorial design in eight treatments: plants without waterlogging (control), plants with waterlogging for 4, 6 and 8 d with and without Foph, respectively. The area under the disease progress curve was higher in inoculated plants subjected to 6 and 8 d of waterlogging (55.25 and 64.25) compared to inoculated plants but without waterlogging (45.25). The results also showed a lower plant growth, gs, Ψwf, leaf photosynthetic pigments and chlorophyll fluorescence parameters (Fv/Fm, electron transport rate (ETR), Y (II) and qP) as waterlogging periods in plants with Foph increased. However, this group of plants showed a greater proline and malondialdehyde (MDA) accumulation and a higher NPQ. In conclusion, cape gooseberry shows a low acclimation to waterlogging conditions of more than 6 d in soils with Foph." @default.
- W2941531780 created "2019-05-03" @default.
- W2941531780 creator A5037459843 @default.
- W2941531780 creator A5050593204 @default.
- W2941531780 creator A5082964691 @default.
- W2941531780 date "2019-04-26" @default.
- W2941531780 modified "2023-10-12" @default.
- W2941531780 title "Physiological, Biochemical and Chlorophyll Fluorescence Parameters of Physalis Peruviana L. Seedlings Exposed to Different Short-Term Waterlogging Periods and Fusarium Wilt Infection" @default.
- W2941531780 cites W1022936698 @default.
- W2941531780 cites W1498547830 @default.
- W2941531780 cites W1506838771 @default.
- W2941531780 cites W1520665501 @default.
- W2941531780 cites W1758552146 @default.
- W2941531780 cites W1829537291 @default.
- W2941531780 cites W1848243938 @default.
- W2941531780 cites W1869480830 @default.
- W2941531780 cites W1876352547 @default.
- W2941531780 cites W1956609454 @default.
- W2941531780 cites W1966839259 @default.
- W2941531780 cites W1973686864 @default.
- W2941531780 cites W1977268912 @default.
- W2941531780 cites W1983096351 @default.
- W2941531780 cites W1985781089 @default.
- W2941531780 cites W1988783897 @default.
- W2941531780 cites W1990450412 @default.
- W2941531780 cites W1991807410 @default.
- W2941531780 cites W1992443375 @default.
- W2941531780 cites W1999048764 @default.
- W2941531780 cites W2006333733 @default.
- W2941531780 cites W2007566393 @default.
- W2941531780 cites W2010198236 @default.
- W2941531780 cites W2019384100 @default.
- W2941531780 cites W2023627475 @default.
- W2941531780 cites W2024309288 @default.
- W2941531780 cites W2028823348 @default.
- W2941531780 cites W2034046891 @default.
- W2941531780 cites W2036003376 @default.
- W2941531780 cites W2042536463 @default.
- W2941531780 cites W2048603057 @default.
- W2941531780 cites W2051775778 @default.
- W2941531780 cites W2055239715 @default.
- W2941531780 cites W2057433097 @default.
- W2941531780 cites W2063977677 @default.
- W2941531780 cites W2066335462 @default.
- W2941531780 cites W2072041007 @default.
- W2941531780 cites W2073488295 @default.
- W2941531780 cites W2077490876 @default.
- W2941531780 cites W2082917714 @default.
- W2941531780 cites W2092263755 @default.
- W2941531780 cites W2095307937 @default.
- W2941531780 cites W2106038386 @default.
- W2941531780 cites W2112092738 @default.
- W2941531780 cites W2115763545 @default.
- W2941531780 cites W2121076098 @default.
- W2941531780 cites W2126155153 @default.
- W2941531780 cites W2128078536 @default.
- W2941531780 cites W2134152049 @default.
- W2941531780 cites W2136277259 @default.
- W2941531780 cites W2141722678 @default.
- W2941531780 cites W2143232672 @default.
- W2941531780 cites W2147707694 @default.
- W2941531780 cites W2152682847 @default.
- W2941531780 cites W2270829200 @default.
- W2941531780 cites W2278583403 @default.
- W2941531780 cites W2287275492 @default.
- W2941531780 cites W2287649551 @default.
- W2941531780 cites W2298128956 @default.
- W2941531780 cites W2321443763 @default.
- W2941531780 cites W2394762832 @default.
- W2941531780 cites W2475187013 @default.
- W2941531780 cites W2515150800 @default.
- W2941531780 cites W2528856288 @default.
- W2941531780 cites W2534932387 @default.
- W2941531780 cites W2549748955 @default.
- W2941531780 cites W2559249636 @default.
- W2941531780 cites W2568303559 @default.
- W2941531780 cites W2582215755 @default.
- W2941531780 cites W2594996993 @default.
- W2941531780 cites W2605774836 @default.
- W2941531780 cites W2613166081 @default.
- W2941531780 cites W2620286933 @default.
- W2941531780 cites W2620717732 @default.
- W2941531780 cites W2731873109 @default.
- W2941531780 cites W2735296048 @default.
- W2941531780 cites W2755083082 @default.
- W2941531780 cites W2766403996 @default.
- W2941531780 cites W2767324132 @default.
- W2941531780 cites W2769912503 @default.
- W2941531780 cites W2790707836 @default.
- W2941531780 cites W2792027271 @default.
- W2941531780 cites W2792948400 @default.
- W2941531780 cites W2803766744 @default.
- W2941531780 cites W2892251438 @default.
- W2941531780 cites W2189238513 @default.
- W2941531780 doi "https://doi.org/10.3390/agronomy9050213" @default.
- W2941531780 hasPublicationYear "2019" @default.
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