FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2949234536> ?p ?o ?g. }

• W2949234536 endingPage "151425" @default.
• W2949234536 startingPage "151425" @default.
• W2949234536 abstract "• Ecophysiology and suitability of H. stocksii as fodder was studied in salinity. • Root biomass increased in 100 mM NaCl but plant growth declined in 300 mM NaCl treatment. • Anti-nutritive content decreased under saline conditions and remained in acceptable range for animal intake. • At the highest salinity, photosynthetic rate decreased due to stomatal limitation with an increase in water use efficiency. • rETR decreased, while NPQ increased at the highest salinity treatment. Haloxylon stocksii is a perennial halophytic shrub found in saline arid habitats. Ecophysiology of this xero-halophyte was studied to better understand its adaptations to survive under saline conditions (0–300 mM NaCl). Growth parameters remained unaffected at 100 mM NaCl compared to non-saline control and declined at 300 mM; root biomass however, increased in 100 mM NaCl. Shoot water potential, osmotic potential and turgor decreased under saline conditions. Gas exchange parameters such as rate of photosynthesis, rate of transpiration and stomatal conductance decreased in 300 mM NaCl with a decline in intercellular carbon dioxide concentration suggesting stomatal limitation of photosynthesis. Water use efficiency increased significantly in 300 mM NaCl compared to 0 and 100 mM NaCl. Chlorophyll content decreased progressively with increasing salinity while chlorophyll a/b ratio remained unaffected. Potential photochemical quantum yield of PSII (Fv/Fm) and the effective quantum yield [Y (II)] were not affected by salinity; however, there was a constitutive increase in non-photochemical quenching under saline conditions (100 and 300 mM) and decrease in relative electron transport rate in 300 mM NaCl as a protective measure to reduce oxidative stress at cellular level. Total soluble sugars increased by ≈25% in 300 mM NaCl possibly indicating a lower energy demand for growth. Anti-nutritive secondary metabolites such as polyphenols, tannins, flavonoids, saponins and nitrates decreased under saline conditions except for some increase in oxalates in 100 mM NaCl. This study indicates that Haloxylon stocksii is a moderately salt tolerant plant with adaptations to down- regulate its photosynthetic machinery to avoid oxidative stress and could be a palatable animal feed." @default.
• W2949234536 created "2019-06-27" @default.
• W2949234536 creator A5008501763 @default.
• W2949234536 creator A5011959983 @default.
• W2949234536 creator A5017904086 @default.
• W2949234536 creator A5027147977 @default.
• W2949234536 creator A5052720743 @default.
• W2949234536 creator A5056041152 @default.
• W2949234536 creator A5062642962 @default.
• W2949234536 creator A5085469213 @default.
• W2949234536 date "2019-08-01" @default.
• W2949234536 modified "2023-10-15" @default.
• W2949234536 title "Ecophysiological adaptations and anti-nutritive status of sustainable cattle feed Haloxylon stocksii under saline conditions" @default.
• W2949234536 cites W1566103025 @default.
• W2949234536 cites W1573514644 @default.
• W2949234536 cites W1915590726 @default.
• W2949234536 cites W1963497933 @default.
• W2949234536 cites W1975892234 @default.
• W2949234536 cites W1991189992 @default.
• W2949234536 cites W1993594755 @default.
• W2949234536 cites W1994424176 @default.
• W2949234536 cites W2000281975 @default.
• W2949234536 cites W2001140641 @default.
• W2949234536 cites W2007505692 @default.
• W2949234536 cites W2020430837 @default.
• W2949234536 cites W2030495462 @default.
• W2949234536 cites W2032169222 @default.
• W2949234536 cites W2035896978 @default.
• W2949234536 cites W2036052489 @default.
• W2949234536 cites W2037590490 @default.
• W2949234536 cites W2038161366 @default.
• W2949234536 cites W2045683880 @default.
• W2949234536 cites W2048591764 @default.
• W2949234536 cites W2050337243 @default.
• W2949234536 cites W2053276656 @default.
• W2949234536 cites W2053943174 @default.
• W2949234536 cites W2056425137 @default.
• W2949234536 cites W2062350613 @default.
• W2949234536 cites W2070807649 @default.
• W2949234536 cites W2072269331 @default.
• W2949234536 cites W2076919544 @default.
• W2949234536 cites W2078368594 @default.
• W2949234536 cites W2081042942 @default.
• W2949234536 cites W2082524933 @default.
• W2949234536 cites W2088425159 @default.
• W2949234536 cites W2092473752 @default.
• W2949234536 cites W2092543963 @default.
• W2949234536 cites W2092732938 @default.
• W2949234536 cites W2103245321 @default.
• W2949234536 cites W2103419536 @default.
• W2949234536 cites W2105874120 @default.
• W2949234536 cites W2119067812 @default.
• W2949234536 cites W2131494385 @default.
• W2949234536 cites W2132864357 @default.
• W2949234536 cites W2142907714 @default.
• W2949234536 cites W2146453590 @default.
• W2949234536 cites W2148717014 @default.
• W2949234536 cites W2152469328 @default.
• W2949234536 cites W2160891792 @default.
• W2949234536 cites W2166108635 @default.
• W2949234536 cites W2170098464 @default.
• W2949234536 cites W2171391540 @default.
• W2949234536 cites W2180781305 @default.
• W2949234536 cites W2492733407 @default.
• W2949234536 cites W2513915453 @default.
• W2949234536 cites W2536337920 @default.
• W2949234536 cites W2550857383 @default.
• W2949234536 cites W2559581755 @default.
• W2949234536 cites W2611598080 @default.
• W2949234536 cites W2630934306 @default.
• W2949234536 cites W2751511826 @default.
• W2949234536 cites W2757202852 @default.
• W2949234536 cites W2792417686 @default.
• W2949234536 cites W2801524190 @default.
• W2949234536 cites W2802233193 @default.
• W2949234536 cites W2811456149 @default.
• W2949234536 cites W2886370628 @default.
• W2949234536 cites W2889036013 @default.
• W2949234536 cites W2925126364 @default.
• W2949234536 cites W82367109 @default.
• W2949234536 cites W932890253 @default.
• W2949234536 doi "https://doi.org/10.1016/j.flora.2019.151425" @default.
• W2949234536 hasPublicationYear "2019" @default.
• W2949234536 type Work @default.
• W2949234536 sameAs 2949234536 @default.
• W2949234536 citedByCount "15" @default.
• W2949234536 countsByYear W29492345362020 @default.
• W2949234536 countsByYear W29492345362021 @default.
• W2949234536 countsByYear W29492345362022 @default.
• W2949234536 countsByYear W29492345362023 @default.
• W2949234536 crossrefType "journal-article" @default.
• W2949234536 hasAuthorship W2949234536A5008501763 @default.
• W2949234536 hasAuthorship W2949234536A5011959983 @default.
• W2949234536 hasAuthorship W2949234536A5017904086 @default.
• W2949234536 hasAuthorship W2949234536A5027147977 @default.
• W2949234536 hasAuthorship W2949234536A5052720743 @default.
• W2949234536 hasAuthorship W2949234536A5056041152 @default.
• W2949234536 hasAuthorship W2949234536A5062642962 @default.

• next