Matches in SemOpenAlex for { <https://semopenalex.org/work/W1978773904> ?p ?o ?g. }
- W1978773904 endingPage "961" @default.
- W1978773904 startingPage "948" @default.
- W1978773904 abstract "The differential model MIAGE (see “Mechanistic Interpretation of Alpine Glacierized Environments: Part 1. Model formulation and related dynamical properties” by Perona and Burlando, this issue) is analyzed in this work with the purpose of: (i) showing the model equivalence to a nonlinear reservoir system; (ii) identifying and correlating the model’s coefficients to the hydrogeomorphological properties of a number of different Alpine basins; (iii) testing the model performances to assess the potential impact of climatic change on the hydrologic dynamics of the basins being studied. The study catchments have different topographic, morphologic and hydrologic characteristics, range in size from 4 to 3300 km2 and are 2–32% glacierized. For each basin, the model coefficients are obtained by applying a system identification technique to the mean seasonal basin behaviour. It is shown that the coefficients vary in a reasonable way according to hydrogeomorphological basin characteristics. Model coefficients provide insight into the basin drainage time, and the time dependent damping and elastic properties of the system. Despite its simplicity and in the limit of the model capabilities, results for changing climatic scenarios are also in good qualitative agreement with other well tested modelling approaches. In summary, MIAGE offers an interesting minimalist approach to shed light on the dynamics of glacierized Alpine catchments." @default.
- W1978773904 created "2016-06-24" @default.
- W1978773904 creator A5028119806 @default.
- W1978773904 creator A5037892153 @default.
- W1978773904 creator A5086428243 @default.
- W1978773904 date "2008-07-01" @default.
- W1978773904 modified "2023-10-18" @default.
- W1978773904 title "Mechanistic interpretation of Alpine glacierized environments: Part 2. Hydrologic interpretation and model parameters identification on case study" @default.
- W1978773904 cites W115029397 @default.
- W1978773904 cites W130258813 @default.
- W1978773904 cites W133148819 @default.
- W1978773904 cites W1495935281 @default.
- W1978773904 cites W1503004111 @default.
- W1978773904 cites W1517729176 @default.
- W1978773904 cites W1521732048 @default.
- W1978773904 cites W1534168825 @default.
- W1978773904 cites W1538216288 @default.
- W1978773904 cites W1552043538 @default.
- W1978773904 cites W1585391640 @default.
- W1978773904 cites W1603362008 @default.
- W1978773904 cites W1605322973 @default.
- W1978773904 cites W1630283746 @default.
- W1978773904 cites W1783671139 @default.
- W1978773904 cites W1968294159 @default.
- W1978773904 cites W1978463382 @default.
- W1978773904 cites W1980055427 @default.
- W1978773904 cites W1980125759 @default.
- W1978773904 cites W1982471565 @default.
- W1978773904 cites W1983312526 @default.
- W1978773904 cites W1986383808 @default.
- W1978773904 cites W1986789464 @default.
- W1978773904 cites W2005832136 @default.
- W1978773904 cites W2007993657 @default.
- W1978773904 cites W2023677410 @default.
- W1978773904 cites W2027428203 @default.
- W1978773904 cites W2027544124 @default.
- W1978773904 cites W2029369182 @default.
- W1978773904 cites W2043717413 @default.
- W1978773904 cites W2043802570 @default.
- W1978773904 cites W2045407900 @default.
- W1978773904 cites W2046709798 @default.
- W1978773904 cites W2048026716 @default.
- W1978773904 cites W2050791392 @default.
- W1978773904 cites W2051877731 @default.
- W1978773904 cites W2057426876 @default.
- W1978773904 cites W2065456555 @default.
- W1978773904 cites W2065821457 @default.
- W1978773904 cites W2066362997 @default.
- W1978773904 cites W2070611029 @default.
- W1978773904 cites W2070756176 @default.
- W1978773904 cites W2072208595 @default.
- W1978773904 cites W2074493412 @default.
- W1978773904 cites W2079188864 @default.
- W1978773904 cites W2083783702 @default.
- W1978773904 cites W2103497845 @default.
- W1978773904 cites W2108454139 @default.
- W1978773904 cites W2116123160 @default.
- W1978773904 cites W2122323315 @default.
- W1978773904 cites W2143715729 @default.
- W1978773904 cites W2147390318 @default.
- W1978773904 cites W2170329098 @default.
- W1978773904 cites W2173603700 @default.
- W1978773904 cites W2181594302 @default.
- W1978773904 cites W2260624936 @default.
- W1978773904 cites W2280717024 @default.
- W1978773904 cites W301061476 @default.
- W1978773904 cites W646815071 @default.
- W1978773904 doi "https://doi.org/10.1016/j.advwatres.2008.03.007" @default.
- W1978773904 hasPublicationYear "2008" @default.
- W1978773904 type Work @default.
- W1978773904 sameAs 1978773904 @default.
- W1978773904 citedByCount "4" @default.
- W1978773904 countsByYear W19787739042012 @default.
- W1978773904 countsByYear W19787739042013 @default.
- W1978773904 crossrefType "journal-article" @default.
- W1978773904 hasAuthorship W1978773904A5028119806 @default.
- W1978773904 hasAuthorship W1978773904A5037892153 @default.
- W1978773904 hasAuthorship W1978773904A5086428243 @default.
- W1978773904 hasConcept C109007969 @default.
- W1978773904 hasConcept C114793014 @default.
- W1978773904 hasConcept C118615104 @default.
- W1978773904 hasConcept C126197015 @default.
- W1978773904 hasConcept C126645576 @default.
- W1978773904 hasConcept C127313418 @default.
- W1978773904 hasConcept C159985019 @default.
- W1978773904 hasConcept C187320778 @default.
- W1978773904 hasConcept C192562407 @default.
- W1978773904 hasConcept C204323151 @default.
- W1978773904 hasConcept C205649164 @default.
- W1978773904 hasConcept C2780069185 @default.
- W1978773904 hasConcept C33923547 @default.
- W1978773904 hasConcept C39432304 @default.
- W1978773904 hasConcept C49204034 @default.
- W1978773904 hasConcept C58640448 @default.
- W1978773904 hasConcept C76886044 @default.
- W1978773904 hasConceptScore W1978773904C109007969 @default.
- W1978773904 hasConceptScore W1978773904C114793014 @default.
- W1978773904 hasConceptScore W1978773904C118615104 @default.