FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2549949215> ?p ?o ?g. }

• W2549949215 endingPage "3044" @default.
• W2549949215 startingPage "3030" @default.
• W2549949215 abstract "Abstract Inland waters are significant sources of carbon dioxide (CO 2 ) to the atmosphere. CO 2 supersaturation and subsequent CO 2 emissions from inland waters can be driven by internal metabolism, external inputs of dissolved inorganic carbon (DIC) derived from the catchment, and other processes (e.g., internal geochemical reactions of calcite precipitation or photochemical mineralization of organic solutes). However, the sensitivity of the magnitude and sources of CO 2 emissions to fluvial network hydromorphological alterations is still poorly understood. Here we investigated both the magnitude and sources of CO 2 emissions from lotic (i.e., running waters) and lentic (i.e., stagnant waters associated to small dams) waterbodies of a Mediterranean fluvial network by computing segment‐scale mass balances of CO 2 . Our results showed that sources other than internal metabolism sustained most (82%) of the CO 2 emissions from the studied fluvial network. The magnitude and sources of CO 2 emissions in lotic waterbodies were highly dependent on hydrology, with higher emissions dominated by DIC inputs derived from the catchment during high flows and lower emissions partially fueled by CO 2 produced biologically within the river during low flows. In contrast, CO 2 emissions in lentic waterbodies were low, relatively stable over the time and the space, and dominated by DIC inputs from the catchment regardless of the different hydrological situations. Overall, our results stress the sensitivity of fluvial networks to human activities and climate change and particularly highlight the role of hydromorphological conditions on modulating the magnitude and sources of CO 2 emissions from fluvial networks." @default.
• W2549949215 created "2016-11-30" @default.
• W2549949215 creator A5002941619 @default.
• W2549949215 creator A5008630361 @default.
• W2549949215 creator A5020532650 @default.
• W2549949215 creator A5031446182 @default.
• W2549949215 creator A5039787427 @default.
• W2549949215 creator A5055355685 @default.
• W2549949215 creator A5079032156 @default.
• W2549949215 creator A5083194211 @default.
• W2549949215 creator A5088810904 @default.
• W2549949215 date "2016-12-01" @default.
• W2549949215 modified "2023-10-10" @default.
• W2549949215 title "Low contribution of internal metabolism to carbon dioxide emissions along lotic and lentic environments of a Mediterranean fluvial network" @default.
• W2549949215 cites W1547321683 @default.
• W2549949215 cites W1587248344 @default.
• W2549949215 cites W1588845666 @default.
• W2549949215 cites W1737860218 @default.
• W2549949215 cites W1853937101 @default.
• W2549949215 cites W1884768734 @default.
• W2549949215 cites W1964543153 @default.
• W2549949215 cites W1964670816 @default.
• W2549949215 cites W1966110538 @default.
• W2549949215 cites W1966316326 @default.
• W2549949215 cites W1967536773 @default.
• W2549949215 cites W1973073020 @default.
• W2549949215 cites W1974501493 @default.
• W2549949215 cites W1976748881 @default.
• W2549949215 cites W1977956724 @default.
• W2549949215 cites W1981561066 @default.
• W2549949215 cites W1984300829 @default.
• W2549949215 cites W1985047846 @default.
• W2549949215 cites W1991105048 @default.
• W2549949215 cites W2001299330 @default.
• W2549949215 cites W2004617712 @default.
• W2549949215 cites W2005231590 @default.
• W2549949215 cites W2006113617 @default.
• W2549949215 cites W2007032370 @default.
• W2549949215 cites W2008942529 @default.
• W2549949215 cites W2010181898 @default.
• W2549949215 cites W201175733 @default.
• W2549949215 cites W2013009011 @default.
• W2549949215 cites W2018516735 @default.
• W2549949215 cites W2019641472 @default.
• W2549949215 cites W2022525278 @default.
• W2549949215 cites W2033355897 @default.
• W2549949215 cites W2037942366 @default.
• W2549949215 cites W2038076804 @default.
• W2549949215 cites W2044197201 @default.
• W2549949215 cites W2048833558 @default.
• W2549949215 cites W2050884185 @default.
• W2549949215 cites W2052822800 @default.
• W2549949215 cites W2054191555 @default.
• W2549949215 cites W2061676895 @default.
• W2549949215 cites W2068307966 @default.
• W2549949215 cites W2075597882 @default.
• W2549949215 cites W2081772458 @default.
• W2549949215 cites W2081802816 @default.
• W2549949215 cites W2093027125 @default.
• W2549949215 cites W2094300388 @default.
• W2549949215 cites W2100468073 @default.
• W2549949215 cites W2108686678 @default.
• W2549949215 cites W2114143259 @default.
• W2549949215 cites W2117438222 @default.
• W2549949215 cites W2120554114 @default.
• W2549949215 cites W2128755533 @default.
• W2549949215 cites W2139380538 @default.
• W2549949215 cites W2140915152 @default.
• W2549949215 cites W2142413146 @default.
• W2549949215 cites W2145654062 @default.
• W2549949215 cites W2147347890 @default.
• W2549949215 cites W2150099576 @default.
• W2549949215 cites W2150847793 @default.
• W2549949215 cites W2151198392 @default.
• W2549949215 cites W2168693649 @default.
• W2549949215 cites W2171658753 @default.
• W2549949215 cites W2171985516 @default.
• W2549949215 cites W2195792786 @default.
• W2549949215 cites W2257152518 @default.
• W2549949215 cites W2291104679 @default.
• W2549949215 cites W2337992416 @default.
• W2549949215 cites W2411152346 @default.
• W2549949215 cites W2594642654 @default.
• W2549949215 cites W2756554149 @default.
• W2549949215 cites W4240692964 @default.
• W2549949215 doi "https://doi.org/10.1002/2016jg003549" @default.
• W2549949215 hasPublicationYear "2016" @default.
• W2549949215 type Work @default.
• W2549949215 sameAs 2549949215 @default.
• W2549949215 citedByCount "19" @default.
• W2549949215 countsByYear W25499492152017 @default.
• W2549949215 countsByYear W25499492152018 @default.
• W2549949215 countsByYear W25499492152019 @default.
• W2549949215 countsByYear W25499492152020 @default.
• W2549949215 countsByYear W25499492152021 @default.
• W2549949215 countsByYear W25499492152022 @default.
• W2549949215 countsByYear W25499492152023 @default.
• W2549949215 crossrefType "journal-article" @default.

• next