FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1991350962> ?p ?o ?g. }

• W1991350962 abstract "[1] The central premise of this paper is that extensive modifications of land use and hydrology, coupled with intensive management of watersheds in the Midwestern United States over the past century, have increased the predictability of hydrologic responses, allowing for the use of simpler, minimum-calibration models. In these engineered watersheds, extensive tile-and-ditch networks have increased the effective drainage density and have created bypass flow hydrologic systems that generate “flashy” and “predictable” hydrographs. We propose a simple, threshold-based model, the Threshold-Exceedance-Lagrangian Model (TELM), for predicting event hydrographs. TELM was evaluated by comparing predicted hydrographs with those measured over a 4 year period at the outlet of a mesoscale watershed (Cedar Creek, ∼700 km2) in northeastern Indiana. Application of the Soil-Land Inference Model (SoLIM) indicated that, despite structural heterogeneities (e.g., spatial variability in soil taxonomic mapping units), about 80% of the area of the watershed could be assigned a single value of available soil water storage, which was the primary soil parameter that defined hydrograph response. Hydrograph recession curves for multiple events were described well using an exponential function, with the mean arrival time (tr) estimated on the basis of the contributing drainage area (A) and the mean occurrence time (th) of the event hyetograph. Also, functional responses (event hydrographs) at the subwatershed scale could be grouped into just two categories on the basis of only spatial variability in rainfall patterns. TELM, with no parameter calibration, matched the observed hydrographs as well as the widely used SWAT model predictions with calibration. Advantages and limitations of the proposed modeling approach were identified, and needed improvements were discussed." @default.
• W1991350962 created "2016-06-24" @default.
• W1991350962 creator A5027214278 @default.
• W1991350962 creator A5033107100 @default.
• W1991350962 creator A5067754456 @default.
• W1991350962 creator A5073230696 @default.
• W1991350962 creator A5079272425 @default.
• W1991350962 creator A5090098279 @default.
• W1991350962 date "2010-04-01" @default.
• W1991350962 modified "2023-09-30" @default.
• W1991350962 title "Parsimonious modeling of hydrologic responses in engineered watersheds: Structural heterogeneity versus functional homogeneity" @default.
• W1991350962 cites W1505782350 @default.
• W1991350962 cites W1534168825 @default.
• W1991350962 cites W1600664870 @default.
• W1991350962 cites W1612465737 @default.
• W1991350962 cites W1645419525 @default.
• W1991350962 cites W1857439137 @default.
• W1991350962 cites W1870540947 @default.
• W1991350962 cites W1881575018 @default.
• W1991350962 cites W1968164533 @default.
• W1991350962 cites W1969523880 @default.
• W1991350962 cites W1983016200 @default.
• W1991350962 cites W1983724666 @default.
• W1991350962 cites W1983984469 @default.
• W1991350962 cites W1985254365 @default.
• W1991350962 cites W1987412255 @default.
• W1991350962 cites W1989916572 @default.
• W1991350962 cites W1992561135 @default.
• W1991350962 cites W2000079539 @default.
• W1991350962 cites W2003912780 @default.
• W1991350962 cites W2004425552 @default.
• W1991350962 cites W2004609727 @default.
• W1991350962 cites W2004898026 @default.
• W1991350962 cites W2010365184 @default.
• W1991350962 cites W2010957735 @default.
• W1991350962 cites W2011303397 @default.
• W1991350962 cites W2011307488 @default.
• W1991350962 cites W2018118258 @default.
• W1991350962 cites W2023868261 @default.
• W1991350962 cites W2028757055 @default.
• W1991350962 cites W2032552340 @default.
• W1991350962 cites W2034251456 @default.
• W1991350962 cites W2034466021 @default.
• W1991350962 cites W2039507572 @default.
• W1991350962 cites W2041226258 @default.
• W1991350962 cites W2041393740 @default.
• W1991350962 cites W2042233171 @default.
• W1991350962 cites W2042638059 @default.
• W1991350962 cites W2043411162 @default.
• W1991350962 cites W2044878555 @default.
• W1991350962 cites W2050819806 @default.
• W1991350962 cites W2051158855 @default.
• W1991350962 cites W2051739928 @default.
• W1991350962 cites W2055796102 @default.
• W1991350962 cites W2055950383 @default.
• W1991350962 cites W2056218977 @default.
• W1991350962 cites W2062577207 @default.
• W1991350962 cites W2066732074 @default.
• W1991350962 cites W2070432654 @default.
• W1991350962 cites W2075108083 @default.
• W1991350962 cites W2077631266 @default.
• W1991350962 cites W2078274589 @default.
• W1991350962 cites W2079134187 @default.
• W1991350962 cites W2081517284 @default.
• W1991350962 cites W2085228210 @default.
• W1991350962 cites W2089720789 @default.
• W1991350962 cites W2092832954 @default.
• W1991350962 cites W2094040832 @default.
• W1991350962 cites W2108623393 @default.
• W1991350962 cites W2115407788 @default.
• W1991350962 cites W2122389133 @default.
• W1991350962 cites W2122679164 @default.
• W1991350962 cites W2124738823 @default.
• W1991350962 cites W2125011366 @default.
• W1991350962 cites W2126240438 @default.
• W1991350962 cites W2129883054 @default.
• W1991350962 cites W2141060690 @default.
• W1991350962 cites W2141895127 @default.
• W1991350962 cites W2144746766 @default.
• W1991350962 cites W2145923836 @default.
• W1991350962 cites W2146577723 @default.
• W1991350962 cites W2147746661 @default.
• W1991350962 cites W2149071528 @default.
• W1991350962 cites W2149862348 @default.
• W1991350962 cites W2157539439 @default.
• W1991350962 cites W2162668758 @default.
• W1991350962 cites W2163843824 @default.
• W1991350962 cites W2166428624 @default.
• W1991350962 cites W2169758691 @default.
• W1991350962 cites W2996687946 @default.
• W1991350962 cites W4245639427 @default.
• W1991350962 cites W4300646223 @default.
• W1991350962 doi "https://doi.org/10.1029/2009wr007803" @default.
• W1991350962 hasPublicationYear "2010" @default.
• W1991350962 type Work @default.
• W1991350962 sameAs 1991350962 @default.
• W1991350962 citedByCount "54" @default.
• W1991350962 countsByYear W19913509622012 @default.
• W1991350962 countsByYear W19913509622013 @default.
• W1991350962 countsByYear W19913509622014 @default.

• next