Matches in SemOpenAlex for { <https://semopenalex.org/work/W3003893361> ?p ?o ?g. }
- W3003893361 endingPage "387" @default.
- W3003893361 startingPage "387" @default.
- W3003893361 abstract "Nossana represents an important pre-Alpine karst spring for drinking supply, sustaining a water distribution system serving 300,000 people. The goal of this study was to project Nossana discharges and evaluate potential supply limits for four future periods (2021–2040, 2041–2060, 2061–2080, 2081–2100). Bias-corrected Regional Climate Models (RCMs), part of the EURO-CORDEX experiment and forced by three emission scenarios (RCP2.6, RCP4.5, RCP8.5), were evaluated, statistically downscaled, and used as input in a calibrated rainfall-runoff model ensemble. For each emission scenario, the calibrated model ensemble considered three RCMs and ten rainfall-runoff parameterizations. Projected ensemble mean discharges are lower than observations (3%–23%) for all RCPs, though they do not show a clear trend between the four time periods. Days characterized by discharges lower than actual water demand are projected to decrease, except for the RCP8.5 emission scenarios and the period 2081–2100. Conversely, the same consecutive days are expected to increase after 2060 for all emission scenarios. These results reflect the projected precipitation trend, characterized by longer, drier summer periods and wetter autumns in comparison to today’s climate. Also, they indicate a possible need for alternative drinking water resources. The proposed methodology was demonstrated to deliver useful quantitative information for water management in the mid- long-term period." @default.
- W3003893361 created "2020-02-07" @default.
- W3003893361 creator A5003690646 @default.
- W3003893361 creator A5051364071 @default.
- W3003893361 creator A5085120613 @default.
- W3003893361 date "2020-02-01" @default.
- W3003893361 modified "2023-09-24" @default.
- W3003893361 title "Nossana Spring (Northern Italy) under Climate Change: Projections of Future Discharge Rates and Water Availability" @default.
- W3003893361 cites W1509000134 @default.
- W3003893361 cites W1589767307 @default.
- W3003893361 cites W1631009898 @default.
- W3003893361 cites W1652520942 @default.
- W3003893361 cites W1820641874 @default.
- W3003893361 cites W1827386009 @default.
- W3003893361 cites W1827740926 @default.
- W3003893361 cites W1942735527 @default.
- W3003893361 cites W1969008571 @default.
- W3003893361 cites W1969571196 @default.
- W3003893361 cites W1971437708 @default.
- W3003893361 cites W1971580051 @default.
- W3003893361 cites W1971910334 @default.
- W3003893361 cites W1973054112 @default.
- W3003893361 cites W1975314866 @default.
- W3003893361 cites W1981857937 @default.
- W3003893361 cites W1990471334 @default.
- W3003893361 cites W1994836782 @default.
- W3003893361 cites W2000034097 @default.
- W3003893361 cites W2003696872 @default.
- W3003893361 cites W2005359372 @default.
- W3003893361 cites W2010624461 @default.
- W3003893361 cites W2013382518 @default.
- W3003893361 cites W2016613589 @default.
- W3003893361 cites W2030496351 @default.
- W3003893361 cites W2033904036 @default.
- W3003893361 cites W2044308175 @default.
- W3003893361 cites W2045699194 @default.
- W3003893361 cites W2051719490 @default.
- W3003893361 cites W2062886285 @default.
- W3003893361 cites W2064908124 @default.
- W3003893361 cites W2067878185 @default.
- W3003893361 cites W2068194125 @default.
- W3003893361 cites W2070086504 @default.
- W3003893361 cites W2075646617 @default.
- W3003893361 cites W2085479155 @default.
- W3003893361 cites W2088286343 @default.
- W3003893361 cites W2088678290 @default.
- W3003893361 cites W2091206738 @default.
- W3003893361 cites W2092721951 @default.
- W3003893361 cites W2094901979 @default.
- W3003893361 cites W2101108516 @default.
- W3003893361 cites W2110881649 @default.
- W3003893361 cites W2111875821 @default.
- W3003893361 cites W2113171693 @default.
- W3003893361 cites W2117688097 @default.
- W3003893361 cites W2119629252 @default.
- W3003893361 cites W2122245585 @default.
- W3003893361 cites W2124336913 @default.
- W3003893361 cites W2131447030 @default.
- W3003893361 cites W2138763184 @default.
- W3003893361 cites W2142463025 @default.
- W3003893361 cites W2148908614 @default.
- W3003893361 cites W2149900683 @default.
- W3003893361 cites W2165834026 @default.
- W3003893361 cites W2167567147 @default.
- W3003893361 cites W2168471574 @default.
- W3003893361 cites W2171984413 @default.
- W3003893361 cites W2172191993 @default.
- W3003893361 cites W2307182594 @default.
- W3003893361 cites W2314424261 @default.
- W3003893361 cites W2397885873 @default.
- W3003893361 cites W2550626853 @default.
- W3003893361 cites W2592158433 @default.
- W3003893361 cites W2614679811 @default.
- W3003893361 cites W2626407493 @default.
- W3003893361 cites W2762625406 @default.
- W3003893361 cites W2798033294 @default.
- W3003893361 cites W2804148547 @default.
- W3003893361 cites W2900094134 @default.
- W3003893361 cites W2905165117 @default.
- W3003893361 cites W2909536968 @default.
- W3003893361 cites W2920618700 @default.
- W3003893361 cites W2923364889 @default.
- W3003893361 cites W2940375467 @default.
- W3003893361 cites W2942820137 @default.
- W3003893361 cites W2952773833 @default.
- W3003893361 cites W2964472978 @default.
- W3003893361 cites W2965739095 @default.
- W3003893361 cites W2965968813 @default.
- W3003893361 doi "https://doi.org/10.3390/w12020387" @default.
- W3003893361 hasPublicationYear "2020" @default.
- W3003893361 type Work @default.
- W3003893361 sameAs 3003893361 @default.
- W3003893361 citedByCount "8" @default.
- W3003893361 countsByYear W30038933612020 @default.
- W3003893361 countsByYear W30038933612021 @default.
- W3003893361 countsByYear W30038933612022 @default.
- W3003893361 crossrefType "journal-article" @default.
- W3003893361 hasAuthorship W3003893361A5003690646 @default.