Matches in SemOpenAlex for { <https://semopenalex.org/work/W2029121140> ?p ?o ?g. }
- W2029121140 endingPage "413" @default.
- W2029121140 startingPage "400" @default.
- W2029121140 abstract "Potassium (K) deficiency influences plant performance, such as ion uptake and carbohydrate transport. However, little is known about differences between males and females in response to K deficiency. In this study, dry matter accumulation, photosynthetic capacity, allocation patterns of K+, Na+ and carbohydrates, and ultrastructural changes in males and females of Populus cathayana exposed to K deficiency were investigated. The results indicated that males maintained a significantly higher K+ content and K+/Na+ ratio in leaves and stems than did females under K deficiency. Moreover, K deficiency significantly increased the sucrose content of females, whereas no significant effect on males was detected. In addition, a comparative analysis showed that males allocated more resources to roots, while females allocated more to leaves, which resulted in sexually different root/shoot (R/S) ratios. Transmission electron microscopic (TEM) observations showed that males suffered fewer injuries than did females. These results suggested that males have a better ability to cope with K deficiency. In addition, the combined effects of salinity and K deficiency on poplars were studied. The results indicated that salt stress aggravates the negative effects caused by K deficiency. Taken together, our study provided evidence for gender-specific strategies in ion and carbohydrate allocation in poplars exposed to a short-term K deficiency. In leaves and stems, the lower K+ accumulation inhibited sucrose translocation and resulted in a decreased R/S ratio, which may contribute to males having a stronger ability to balance growth and carbohydrate accumulation when compared with females." @default.
- W2029121140 created "2016-06-24" @default.
- W2029121140 creator A5014749523 @default.
- W2029121140 creator A5027099198 @default.
- W2029121140 creator A5033221981 @default.
- W2029121140 creator A5063592070 @default.
- W2029121140 creator A5066695499 @default.
- W2029121140 date "2015-02-18" @default.
- W2029121140 modified "2023-09-26" @default.
- W2029121140 title "Male poplars have a stronger ability to balance growth and carbohydrate accumulation than do females in response to a short-term potassium deficiency" @default.
- W2029121140 cites W103501050 @default.
- W2029121140 cites W116253160 @default.
- W2029121140 cites W1501287264 @default.
- W2029121140 cites W1511759670 @default.
- W2029121140 cites W1521891946 @default.
- W2029121140 cites W1532957734 @default.
- W2029121140 cites W1538376541 @default.
- W2029121140 cites W1918260619 @default.
- W2029121140 cites W1968012280 @default.
- W2029121140 cites W1968138813 @default.
- W2029121140 cites W1968529767 @default.
- W2029121140 cites W1970491999 @default.
- W2029121140 cites W1972688452 @default.
- W2029121140 cites W1973586221 @default.
- W2029121140 cites W1973710852 @default.
- W2029121140 cites W1977686233 @default.
- W2029121140 cites W1980896117 @default.
- W2029121140 cites W1987693658 @default.
- W2029121140 cites W1988375659 @default.
- W2029121140 cites W1988858514 @default.
- W2029121140 cites W1993752650 @default.
- W2029121140 cites W1995737491 @default.
- W2029121140 cites W1996492280 @default.
- W2029121140 cites W1998622544 @default.
- W2029121140 cites W2002642563 @default.
- W2029121140 cites W2010589608 @default.
- W2029121140 cites W2011652859 @default.
- W2029121140 cites W2017754413 @default.
- W2029121140 cites W2019979171 @default.
- W2029121140 cites W2019990694 @default.
- W2029121140 cites W2021152412 @default.
- W2029121140 cites W2024128609 @default.
- W2029121140 cites W2024222433 @default.
- W2029121140 cites W2024376466 @default.
- W2029121140 cites W2035731062 @default.
- W2029121140 cites W2035989970 @default.
- W2029121140 cites W2041922074 @default.
- W2029121140 cites W2044218596 @default.
- W2029121140 cites W2046200067 @default.
- W2029121140 cites W2057597696 @default.
- W2029121140 cites W2058939672 @default.
- W2029121140 cites W2060287481 @default.
- W2029121140 cites W2060319483 @default.
- W2029121140 cites W2062343833 @default.
- W2029121140 cites W2064403803 @default.
- W2029121140 cites W2067216081 @default.
- W2029121140 cites W2069565897 @default.
- W2029121140 cites W2072919425 @default.
- W2029121140 cites W2074913136 @default.
- W2029121140 cites W2078649257 @default.
- W2029121140 cites W2079788588 @default.
- W2029121140 cites W2081817580 @default.
- W2029121140 cites W2083213327 @default.
- W2029121140 cites W2084569522 @default.
- W2029121140 cites W2086377722 @default.
- W2029121140 cites W2091009650 @default.
- W2029121140 cites W2093645906 @default.
- W2029121140 cites W2096101084 @default.
- W2029121140 cites W2096288168 @default.
- W2029121140 cites W2098119559 @default.
- W2029121140 cites W2099252256 @default.
- W2029121140 cites W2100006375 @default.
- W2029121140 cites W2102144391 @default.
- W2029121140 cites W2104909130 @default.
- W2029121140 cites W2104980324 @default.
- W2029121140 cites W2105295496 @default.
- W2029121140 cites W2109459831 @default.
- W2029121140 cites W2109888373 @default.
- W2029121140 cites W2111442393 @default.
- W2029121140 cites W2112657359 @default.
- W2029121140 cites W2113348190 @default.
- W2029121140 cites W2114814974 @default.
- W2029121140 cites W2115928499 @default.
- W2029121140 cites W2116262358 @default.
- W2029121140 cites W2118068469 @default.
- W2029121140 cites W2118118892 @default.
- W2029121140 cites W2118720098 @default.
- W2029121140 cites W2118970011 @default.
- W2029121140 cites W2119428951 @default.
- W2029121140 cites W2120402992 @default.
- W2029121140 cites W2124150183 @default.
- W2029121140 cites W2127818179 @default.
- W2029121140 cites W2128741925 @default.
- W2029121140 cites W2128805324 @default.
- W2029121140 cites W2134858630 @default.
- W2029121140 cites W2137085467 @default.
- W2029121140 cites W2141176628 @default.
- W2029121140 cites W2142478118 @default.