FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3015694311> ?p ?o ?g. }

• W3015694311 endingPage "124922" @default.
• W3015694311 startingPage "124922" @default.
• W3015694311 abstract "This research presents the first application of a distributed discrete-continuum numerical model for simultaneous inversion of long-term spring flow in conjunction with solute- and heat-transport signatures, in a large-scale karst system. The MODFLOW-2005 CFPv2 code was adopted for this reason, utilizing PEST for automated inversion. Taking the principal of model parsimony into account, simulations were performed at two stages, testing likely conceptual models based on the hydro-geological understandings. At the first stage, simple yet realistic conceptual models were setup considering different probable variants of conduit geometries. Results of this stage highlights the importance of sinkhole-spring dynamics, in the recorded spring signatures; such that, successful simultaneous calibration of all spring signatures could not be obtained unless high linkage of conduits to the sinkholes all over the catchment was adopted. Subsequently, some additional rational complexity was added in order to achieve a more demonstrable model of the karst system, as the second stage. Model selection criteria, fitting statistics and reasonableness of calibrated parameters were assessed, at this stage. Although one of the model variants could statistically represent all observations with reasonable parameter values and high agreement with catchment hydrogeological perspective, it still cannot be approved as a predictive tool, unless field measurements on conduit system characteristics and matrix hydraulic parameters, as well as long-term observation of aquifer physicochemical signatures be collected for further validation/improvement of conceptual and numerical model. Achieved simultaneous inversion results can serve as a proof of concept for applicability of physically based discrete-continuum modeling approach for flow and transport modeling in karst." @default.
• W3015694311 created "2020-04-17" @default.
• W3015694311 creator A5015080135 @default.
• W3015694311 creator A5038615644 @default.
• W3015694311 creator A5071084207 @default.
• W3015694311 creator A5077998809 @default.
• W3015694311 date "2020-08-01" @default.
• W3015694311 modified "2023-10-16" @default.
• W3015694311 title "Karst aquifer characterization by inverse application of MODFLOW-2005 CFPv2 discrete-continuum flow and transport model" @default.
• W3015694311 cites W119541301 @default.
• W3015694311 cites W1482571453 @default.
• W3015694311 cites W1513810172 @default.
• W3015694311 cites W1531958500 @default.
• W3015694311 cites W1571887529 @default.
• W3015694311 cites W1609373860 @default.
• W3015694311 cites W1631009898 @default.
• W3015694311 cites W1828956681 @default.
• W3015694311 cites W1879541490 @default.
• W3015694311 cites W1932382878 @default.
• W3015694311 cites W1968371014 @default.
• W3015694311 cites W1968967173 @default.
• W3015694311 cites W1971910334 @default.
• W3015694311 cites W1985998030 @default.
• W3015694311 cites W1991412517 @default.
• W3015694311 cites W1993069325 @default.
• W3015694311 cites W1993284672 @default.
• W3015694311 cites W2002729533 @default.
• W3015694311 cites W2008981917 @default.
• W3015694311 cites W2012747070 @default.
• W3015694311 cites W2013324363 @default.
• W3015694311 cites W2016210396 @default.
• W3015694311 cites W2023091835 @default.
• W3015694311 cites W2025961016 @default.
• W3015694311 cites W2026903476 @default.
• W3015694311 cites W2028364298 @default.
• W3015694311 cites W2037279892 @default.
• W3015694311 cites W2043074624 @default.
• W3015694311 cites W2043617779 @default.
• W3015694311 cites W2043976132 @default.
• W3015694311 cites W2066944697 @default.
• W3015694311 cites W2067402227 @default.
• W3015694311 cites W2071936919 @default.
• W3015694311 cites W2094849510 @default.
• W3015694311 cites W2095078978 @default.
• W3015694311 cites W2096883616 @default.
• W3015694311 cites W2098090130 @default.
• W3015694311 cites W2102277009 @default.
• W3015694311 cites W2108073023 @default.
• W3015694311 cites W2114897492 @default.
• W3015694311 cites W2116299857 @default.
• W3015694311 cites W2142635246 @default.
• W3015694311 cites W2161781691 @default.
• W3015694311 cites W2163824141 @default.
• W3015694311 cites W2164674320 @default.
• W3015694311 cites W2168175751 @default.
• W3015694311 cites W2256314547 @default.
• W3015694311 cites W2263104420 @default.
• W3015694311 cites W2287830199 @default.
• W3015694311 cites W2589054483 @default.
• W3015694311 cites W2789733307 @default.
• W3015694311 cites W2898321029 @default.
• W3015694311 cites W2900222519 @default.
• W3015694311 cites W2902016648 @default.
• W3015694311 cites W2905165117 @default.
• W3015694311 cites W2934074251 @default.
• W3015694311 cites W2955818670 @default.
• W3015694311 cites W2964363395 @default.
• W3015694311 cites W338288148 @default.
• W3015694311 cites W354380163 @default.
• W3015694311 cites W4238837984 @default.
• W3015694311 cites W874501431 @default.
• W3015694311 doi "https://doi.org/10.1016/j.jhydrol.2020.124922" @default.
• W3015694311 hasPublicationYear "2020" @default.
• W3015694311 type Work @default.
• W3015694311 sameAs 3015694311 @default.
• W3015694311 citedByCount "15" @default.
• W3015694311 countsByYear W30156943112021 @default.
• W3015694311 countsByYear W30156943112022 @default.
• W3015694311 countsByYear W30156943112023 @default.
• W3015694311 crossrefType "journal-article" @default.
• W3015694311 hasAuthorship W3015694311A5015080135 @default.
• W3015694311 hasAuthorship W3015694311A5038615644 @default.
• W3015694311 hasAuthorship W3015694311A5071084207 @default.
• W3015694311 hasAuthorship W3015694311A5077998809 @default.
• W3015694311 hasConcept C109007969 @default.
• W3015694311 hasConcept C114793014 @default.
• W3015694311 hasConcept C127313418 @default.
• W3015694311 hasConcept C131227075 @default.
• W3015694311 hasConcept C151730666 @default.
• W3015694311 hasConcept C182348080 @default.
• W3015694311 hasConcept C187320778 @default.
• W3015694311 hasConcept C1893757 @default.
• W3015694311 hasConcept C33556824 @default.
• W3015694311 hasConcept C39432304 @default.
• W3015694311 hasConcept C41008148 @default.
• W3015694311 hasConcept C49223487 @default.
• W3015694311 hasConcept C75622301 @default.
• W3015694311 hasConcept C76155785 @default.

• next