FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4362660208> ?p ?o ?g. }

• W4362660208 endingPage "107132" @default.
• W4362660208 startingPage "107132" @default.
• W4362660208 abstract "The frequency and strength of soil freeze–thaw alternation have been increasing with the aggravation of climate change, which will affect soil physicochemical properties and biological characteristics and in turn alter soil carbon (C) emissions. The emissions of carbon dioxide (CO2) and methane (CH4) are often influenced by the water level in wetland ecosystems. However, the effects of soil freeze–thaw alternation under different water levels on soil C emissions in wetland ecosystems are still not clear. We examined the impacts of soil freeze–thaw alternation under different water levels on the emission of CO2 and CH4 in a wetland dominated by Phragmites australis, and the soil microbial community structure and enzymatic activities were studied. The results showed that freeze–thaw treatments promoted soil carbon emissions, and flooding significantly lowered soil CO2 and CH4 emissions under freeze–thaw treatments. The soil water content (SWC), dissolved organic carbon (DOC), and the activities of β-N-acetyl-glucosaminidase (NAG), polyphenol oxidase (PPO), and peroxidase (PER) were the main predictors of soil carbon emissions under freeze–thaw treatments. Flooding played a direct role in carbon emissions during the freeze–thaw processes, and the interpretation rates of soil CO2 and CH4 emissions were 65% and 37%, respectively. The high-water level indicated fewer carbon emissions during the freeze–thaw period. Therefore, appropriately raising the water level is conducive to reducing carbon emissions from wetlands in areas of seasonal frost." @default.
• W4362660208 created "2023-04-07" @default.
• W4362660208 creator A5039038726 @default.
• W4362660208 creator A5065336619 @default.
• W4362660208 creator A5066208083 @default.
• W4362660208 creator A5074810711 @default.
• W4362660208 creator A5074877234 @default.
• W4362660208 creator A5078730438 @default.
• W4362660208 creator A5086377482 @default.
• W4362660208 date "2023-06-01" @default.
• W4362660208 modified "2023-10-16" @default.
• W4362660208 title "Flooding lowers the emissions of CO2 and CH4 during the freeze-thaw process in a lacustrine wetland" @default.
• W4362660208 cites W1270356559 @default.
• W4362660208 cites W1498250310 @default.
• W4362660208 cites W1966377770 @default.
• W4362660208 cites W1969056482 @default.
• W4362660208 cites W1971832606 @default.
• W4362660208 cites W1975391315 @default.
• W4362660208 cites W1977198072 @default.
• W4362660208 cites W1978614965 @default.
• W4362660208 cites W1994724974 @default.
• W4362660208 cites W2002901229 @default.
• W4362660208 cites W2014593110 @default.
• W4362660208 cites W2015789373 @default.
• W4362660208 cites W2022234582 @default.
• W4362660208 cites W2039764743 @default.
• W4362660208 cites W2040797356 @default.
• W4362660208 cites W2056257661 @default.
• W4362660208 cites W2063600624 @default.
• W4362660208 cites W2068642066 @default.
• W4362660208 cites W2071432930 @default.
• W4362660208 cites W2076222284 @default.
• W4362660208 cites W2076522189 @default.
• W4362660208 cites W2077723871 @default.
• W4362660208 cites W2081134561 @default.
• W4362660208 cites W2083212730 @default.
• W4362660208 cites W2088315896 @default.
• W4362660208 cites W2091136097 @default.
• W4362660208 cites W2096941721 @default.
• W4362660208 cites W2103592674 @default.
• W4362660208 cites W2105481300 @default.
• W4362660208 cites W2107236158 @default.
• W4362660208 cites W2107567909 @default.
• W4362660208 cites W2112828989 @default.
• W4362660208 cites W2116588445 @default.
• W4362660208 cites W2118269781 @default.
• W4362660208 cites W2132558845 @default.
• W4362660208 cites W2140707755 @default.
• W4362660208 cites W2141698948 @default.
• W4362660208 cites W2145339820 @default.
• W4362660208 cites W2150378635 @default.
• W4362660208 cites W2152405429 @default.
• W4362660208 cites W2157953940 @default.
• W4362660208 cites W223120834 @default.
• W4362660208 cites W2582289032 @default.
• W4362660208 cites W2587837857 @default.
• W4362660208 cites W2765420205 @default.
• W4362660208 cites W2767593672 @default.
• W4362660208 cites W2781690792 @default.
• W4362660208 cites W2810867519 @default.
• W4362660208 cites W2900504461 @default.
• W4362660208 cites W2919822395 @default.
• W4362660208 cites W2966599970 @default.
• W4362660208 cites W2975465719 @default.
• W4362660208 cites W2994908149 @default.
• W4362660208 cites W3006364780 @default.
• W4362660208 cites W3033129345 @default.
• W4362660208 cites W3037405367 @default.
• W4362660208 cites W3045287105 @default.
• W4362660208 cites W3096991870 @default.
• W4362660208 cites W3111192367 @default.
• W4362660208 cites W3111728111 @default.
• W4362660208 cites W3112702888 @default.
• W4362660208 cites W3148311072 @default.
• W4362660208 cites W3155336766 @default.
• W4362660208 cites W3155699629 @default.
• W4362660208 cites W3158644658 @default.
• W4362660208 cites W3176471715 @default.
• W4362660208 cites W3177452196 @default.
• W4362660208 cites W3177501971 @default.
• W4362660208 cites W3193222879 @default.
• W4362660208 cites W3193352719 @default.
• W4362660208 cites W3215207957 @default.
• W4362660208 cites W3216124886 @default.
• W4362660208 cites W4220653134 @default.
• W4362660208 cites W4221064453 @default.
• W4362660208 cites W4223892247 @default.
• W4362660208 cites W4247650231 @default.
• W4362660208 cites W4281570651 @default.
• W4362660208 doi "https://doi.org/10.1016/j.catena.2023.107132" @default.
• W4362660208 hasPublicationYear "2023" @default.
• W4362660208 type Work @default.
• W4362660208 citedByCount "1" @default.
• W4362660208 countsByYear W43626602082023 @default.
• W4362660208 crossrefType "journal-article" @default.
• W4362660208 hasAuthorship W4362660208A5039038726 @default.
• W4362660208 hasAuthorship W4362660208A5065336619 @default.
• W4362660208 hasAuthorship W4362660208A5066208083 @default.

• next