FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2275101931> ?p ?o ?g. }

• W2275101931 endingPage "2073" @default.
• W2275101931 startingPage "2059" @default.
• W2275101931 abstract "Abstract The biogeochemical functioning of stream ecosystems is heavily dependent on water and water‐borne nutrient fluxes between the stream itself and the streambed and banks (i.e., the hyporheic zone). The travel time of water exchanges through the hyporheic zone has been investigated previously; however, these studies have primarily modeled exchanges under steady state conditions assuming spatial pressure variations. This assumes that the hydraulic gradients that drive the exchanges are maintained the whole time the stream water remains in the bed or banks, which is unrealistic. Therefore, in this study we use a transient approach to investigate residence time distributions (RTDs) of bank inflow and bank outflow during both regular, diurnal stream stage variations and storm flow events. We demonstrate that RTDs reflect the timing and magnitude bank inflows, rather than smooth RTDs. We also show that small percentages of water from a given bank inflow event may be present in bank outflows for long periods of time, due to dispersion and diffusion within the bank, and lower rates of bank outflow, relative to bank inflow. This is apparent in the synthetic model of a single storm flow event, where 10% remained in the bank after 50 days. Additionally, residence times for a given bank inflow event are longer when repeated events occur, because the bank outflows from one event are “interrupted” by an increase in stream stage during a successive event. For example, field data capturing events of variable timing and magnitude showed that 70 days after each of three storm flow events occurred, 40, 12 and 30% of the bank inflow event remained in the banks. These cases indicate that bank exchanges are temporally dynamic and the RTDs of return flows can have significant tailing, which will dictate rates of nutrient exchange within the near‐stream environment." @default.
• W2275101931 created "2016-06-24" @default.
• W2275101931 creator A5020707861 @default.
• W2275101931 creator A5028668138 @default.
• W2275101931 date "2016-03-01" @default.
• W2275101931 modified "2023-09-30" @default.
• W2275101931 title "Residence times of stream‐groundwater exchanges due to transient stream stage fluctuations" @default.
• W2275101931 cites W1504900115 @default.
• W2275101931 cites W1520696853 @default.
• W2275101931 cites W1524742316 @default.
• W2275101931 cites W1538729748 @default.
• W2275101931 cites W1584036195 @default.
• W2275101931 cites W1593156458 @default.
• W2275101931 cites W1625675529 @default.
• W2275101931 cites W1643292166 @default.
• W2275101931 cites W1656387911 @default.
• W2275101931 cites W1832897408 @default.
• W2275101931 cites W1837730042 @default.
• W2275101931 cites W1841444788 @default.
• W2275101931 cites W1869678209 @default.
• W2275101931 cites W1888869164 @default.
• W2275101931 cites W1898580011 @default.
• W2275101931 cites W1938981086 @default.
• W2275101931 cites W1961477324 @default.
• W2275101931 cites W1963872839 @default.
• W2275101931 cites W1968801969 @default.
• W2275101931 cites W1975563105 @default.
• W2275101931 cites W1976708721 @default.
• W2275101931 cites W1982505336 @default.
• W2275101931 cites W1987288036 @default.
• W2275101931 cites W1987365554 @default.
• W2275101931 cites W1989649583 @default.
• W2275101931 cites W1990880778 @default.
• W2275101931 cites W1993389451 @default.
• W2275101931 cites W1995593741 @default.
• W2275101931 cites W1999973399 @default.
• W2275101931 cites W2001404686 @default.
• W2275101931 cites W2003179166 @default.
• W2275101931 cites W2007269173 @default.
• W2275101931 cites W2012757793 @default.
• W2275101931 cites W2016229989 @default.
• W2275101931 cites W2017579161 @default.
• W2275101931 cites W2040627206 @default.
• W2275101931 cites W2041435990 @default.
• W2275101931 cites W2045822905 @default.
• W2275101931 cites W2046147250 @default.
• W2275101931 cites W2049057008 @default.
• W2275101931 cites W2055548250 @default.
• W2275101931 cites W2062924203 @default.
• W2275101931 cites W2066365297 @default.
• W2275101931 cites W2069075837 @default.
• W2275101931 cites W2080926037 @default.
• W2275101931 cites W2088987257 @default.
• W2275101931 cites W2096194863 @default.
• W2275101931 cites W2107971248 @default.
• W2275101931 cites W2118992670 @default.
• W2275101931 cites W2120639551 @default.
• W2275101931 cites W2130361057 @default.
• W2275101931 cites W2134534359 @default.
• W2275101931 cites W2134562132 @default.
• W2275101931 cites W2136359151 @default.
• W2275101931 cites W2137811153 @default.
• W2275101931 cites W2139146552 @default.
• W2275101931 cites W2148262561 @default.
• W2275101931 cites W2151730060 @default.
• W2275101931 cites W2155559629 @default.
• W2275101931 cites W2166796298 @default.
• W2275101931 doi "https://doi.org/10.1002/2015wr017441" @default.
• W2275101931 hasPublicationYear "2016" @default.
• W2275101931 type Work @default.
• W2275101931 sameAs 2275101931 @default.
• W2275101931 citedByCount "37" @default.
• W2275101931 countsByYear W22751019312016 @default.
• W2275101931 countsByYear W22751019312017 @default.
• W2275101931 countsByYear W22751019312018 @default.
• W2275101931 countsByYear W22751019312019 @default.
• W2275101931 countsByYear W22751019312020 @default.
• W2275101931 countsByYear W22751019312021 @default.
• W2275101931 countsByYear W22751019312022 @default.
• W2275101931 countsByYear W22751019312023 @default.
• W2275101931 crossrefType "journal-article" @default.
• W2275101931 hasAuthorship W2275101931A5020707861 @default.
• W2275101931 hasAuthorship W2275101931A5028668138 @default.
• W2275101931 hasBestOaLocation W22751019311 @default.
• W2275101931 hasConcept C105306849 @default.
• W2275101931 hasConcept C111368507 @default.
• W2275101931 hasConcept C114793014 @default.
• W2275101931 hasConcept C123157820 @default.
• W2275101931 hasConcept C127313418 @default.
• W2275101931 hasConcept C146278227 @default.
• W2275101931 hasConcept C187320778 @default.
• W2275101931 hasConcept C18903297 @default.
• W2275101931 hasConcept C2775913793 @default.
• W2275101931 hasConcept C2776132308 @default.
• W2275101931 hasConcept C2777333993 @default.
• W2275101931 hasConcept C31258907 @default.
• W2275101931 hasConcept C39432304 @default.
• W2275101931 hasConcept C41008148 @default.

• next