FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3089317646> ?p ?o ?g. }

• W3089317646 endingPage "614" @default.
• W3089317646 startingPage "602" @default.
• W3089317646 abstract "Abstract Background: In flooded rice fields, root zone temperatures (RZT) are buffered by the ponded water layer. With global warming, a higher frequency of hot days and hot nights, and the introduction of water‐saving irrigation technologies, RZT are likely to vary more widely, particularly between night and day. Aim: It is not known how this will affect nutrient uptake of rice, particularly if the climate‐driven transpirational demand increases simultaneously, since nutrient uptake at least partly depends on water uptake. Methods: We investigated the effects of day and night RZT on water and nutrient uptake and nitrogen (N) metabolism under low and high vapor pressure deficit (VPD). Plants of two rice varieties (IR64 and NU838) were grown hydroponically at three root temperature levels (19, 24, and 29°C). For a period of seven days, fresh weight of the plants, nutrient contents of the nutrient solution (, , , K + ), and water uptake were measured both at the end of the light period and at the end of the dark period. Nitrate reductase (NR), glutamine synthetase (GS), and amino acid (AA) concentrations in the youngest fully developed leaves were examined on the last day and night of the experiment. Results: The share of day and night uptake of and depended on RZT, whereas K + uptake was higher during the day independent of RZT. Under low VPD, uptake rate did not differ between day and night, however, under high VPD, the uptake of varied between varieties and RZTs. Water uptake of the plants was strongly influenced by VPD, but not by RZT. In contrast, nutrient uptake was hardly influenced by VPD and did not correlate with water uptake, but linearly increased with RZT with an optimum temperature for nutrient uptake above 29°C. This increase was larger for and than for and K + shifting the nutrient requirements of rice. While the increase of nutrient uptake per °C did not differ between varieties under low VPD, IR64 showed a greater increase in nutrient uptake to RZT at day‐time, whereas NU838 showed a greater increase at night‐time under high VPD. The activities of NR and GS seemed to respond to the total daily N uptake rather than to different uptake rates during day or night, while AA concentration was strongly correlated to N uptake during the day. Conclusions: With an optimum RZT for nutrient uptake above 29°C, rice plants could benefit from temperature increase caused by either different water management strategies or climate change if fertilizer management was adapted to the new, shifted requirements." @default.
• W3089317646 created "2020-10-01" @default.
• W3089317646 creator A5058699344 @default.
• W3089317646 creator A5077094912 @default.
• W3089317646 creator A5083152576 @default.
• W3089317646 date "2020-08-31" @default.
• W3089317646 modified "2023-10-18" @default.
• W3089317646 title "Nutrient uptake and assimilation under varying day and night root zone temperatures in lowland rice" @default.
• W3089317646 cites W1511235377 @default.
• W3089317646 cites W1961369090 @default.
• W3089317646 cites W1970814117 @default.
• W3089317646 cites W1980609918 @default.
• W3089317646 cites W1997081789 @default.
• W3089317646 cites W1998114232 @default.
• W3089317646 cites W2003213744 @default.
• W3089317646 cites W2010358347 @default.
• W3089317646 cites W2011078356 @default.
• W3089317646 cites W2026904509 @default.
• W3089317646 cites W2036311665 @default.
• W3089317646 cites W2038311872 @default.
• W3089317646 cites W2045666901 @default.
• W3089317646 cites W2064825538 @default.
• W3089317646 cites W2065873093 @default.
• W3089317646 cites W2068566091 @default.
• W3089317646 cites W2069623250 @default.
• W3089317646 cites W2072317185 @default.
• W3089317646 cites W2074959516 @default.
• W3089317646 cites W2079433816 @default.
• W3089317646 cites W2084783313 @default.
• W3089317646 cites W2087251728 @default.
• W3089317646 cites W2092895992 @default.
• W3089317646 cites W209803300 @default.
• W3089317646 cites W2104049198 @default.
• W3089317646 cites W2108644089 @default.
• W3089317646 cites W2118752676 @default.
• W3089317646 cites W2123001182 @default.
• W3089317646 cites W2124194109 @default.
• W3089317646 cites W2125950099 @default.
• W3089317646 cites W2138058386 @default.
• W3089317646 cites W2153060306 @default.
• W3089317646 cites W2155201573 @default.
• W3089317646 cites W2165482953 @default.
• W3089317646 cites W2325733876 @default.
• W3089317646 cites W2502329034 @default.
• W3089317646 cites W2540224171 @default.
• W3089317646 cites W2589562484 @default.
• W3089317646 cites W2774926506 @default.
• W3089317646 cites W2791068693 @default.
• W3089317646 cites W2975321624 @default.
• W3089317646 cites W4239500844 @default.
• W3089317646 doi "https://doi.org/10.1002/jpln.201900522" @default.
• W3089317646 hasPublicationYear "2020" @default.
• W3089317646 type Work @default.
• W3089317646 sameAs 3089317646 @default.
• W3089317646 citedByCount "8" @default.
• W3089317646 countsByYear W30893176462021 @default.
• W3089317646 countsByYear W30893176462022 @default.
• W3089317646 countsByYear W30893176462023 @default.
• W3089317646 crossrefType "journal-article" @default.
• W3089317646 hasAuthorship W3089317646A5058699344 @default.
• W3089317646 hasAuthorship W3089317646A5077094912 @default.
• W3089317646 hasAuthorship W3089317646A5083152576 @default.
• W3089317646 hasBestOaLocation W30893176461 @default.
• W3089317646 hasConcept C140793950 @default.
• W3089317646 hasConcept C142796444 @default.
• W3089317646 hasConcept C14331020 @default.
• W3089317646 hasConcept C144027150 @default.
• W3089317646 hasConcept C157517311 @default.
• W3089317646 hasConcept C178790620 @default.
• W3089317646 hasConcept C183688256 @default.
• W3089317646 hasConcept C185592680 @default.
• W3089317646 hasConcept C191440113 @default.
• W3089317646 hasConcept C2776384668 @default.
• W3089317646 hasConcept C2778710519 @default.
• W3089317646 hasConcept C59822182 @default.
• W3089317646 hasConcept C6557445 @default.
• W3089317646 hasConcept C86803240 @default.
• W3089317646 hasConcept C88862950 @default.
• W3089317646 hasConceptScore W3089317646C140793950 @default.
• W3089317646 hasConceptScore W3089317646C142796444 @default.
• W3089317646 hasConceptScore W3089317646C14331020 @default.
• W3089317646 hasConceptScore W3089317646C144027150 @default.
• W3089317646 hasConceptScore W3089317646C157517311 @default.
• W3089317646 hasConceptScore W3089317646C178790620 @default.
• W3089317646 hasConceptScore W3089317646C183688256 @default.
• W3089317646 hasConceptScore W3089317646C185592680 @default.
• W3089317646 hasConceptScore W3089317646C191440113 @default.
• W3089317646 hasConceptScore W3089317646C2776384668 @default.
• W3089317646 hasConceptScore W3089317646C2778710519 @default.
• W3089317646 hasConceptScore W3089317646C59822182 @default.
• W3089317646 hasConceptScore W3089317646C6557445 @default.
• W3089317646 hasConceptScore W3089317646C86803240 @default.
• W3089317646 hasConceptScore W3089317646C88862950 @default.
• W3089317646 hasIssue "5" @default.
• W3089317646 hasLocation W30893176461 @default.
• W3089317646 hasOpenAccess W3089317646 @default.
• W3089317646 hasPrimaryLocation W30893176461 @default.
• W3089317646 hasRelatedWork W1979666209 @default.

• next