FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3192593584> ?p ?o ?g. }

• W3192593584 endingPage "1611" @default.
• W3192593584 startingPage "1597" @default.
• W3192593584 abstract "Even if the thresholds set out in the Paris Agreement are reached, several impacts on the climate system are still inevitable, generating new vulnerabilities and amplifying those that already exist. In this sense, the objective of this work was to analyse the impact of a global warming of 1.5 and 2°C in the regional climatological patterns of the near-surface air temperature and precipitation over South America, locating the most affected regions and briefly discussing the possible impacts to be faced on biodiversity and agriculture. The simulations and projections of 26 General Circulation Models (GCMs) from the Coupled Model Intercomparison Project Phase 5 were used, forced in four different Representative Concentration Pathways (RCPs) scenarios. Projections for 1.5 or 2°C global warming indicate a local increase even higher, of at least +0.5°C, in almost the entire South American continent. Regarding precipitation, a similar pattern was also found between the two thresholds of global warming. GCMs project an increase of about 100 mm year−1 in the southern region of Brazil and in the northern portion of the Brazilian Northeast, in northern Argentina, Uruguay, and parts of Peru, Ecuador, Colombia and Venezuela; while the areas between the south of Chile and Argentina and the extreme north of South America show reductions of up to 150 mm year−1. In addition, both the temperature and precipitation patterns were practically similar between the four analysed RCPs scenarios. The results presented in this study indicate that even if the Paris Agreement is very successful, South America will still suffer several impacts and will need to take effective adaptation measures in the short term. This may have pervasive implications for the biodiversity and genetic resource base of the subcontinent, as well as may impair agricultural productivity or incur into considerable adaptation costs for the sector." @default.
• W3192593584 created "2021-08-16" @default.
• W3192593584 creator A5033249173 @default.
• W3192593584 creator A5037183129 @default.
• W3192593584 creator A5053151573 @default.
• W3192593584 creator A5065778269 @default.
• W3192593584 date "2021-08-09" @default.
• W3192593584 modified "2023-10-16" @default.
• W3192593584 title "Projected impacts of 1.5 and 2°C global warming on temperature and precipitation patterns in South America" @default.
• W3192593584 cites W1182682356 @default.
• W3192593584 cites W1533467234 @default.
• W3192593584 cites W1968238728 @default.
• W3192593584 cites W1977759001 @default.
• W3192593584 cites W1985718783 @default.
• W3192593584 cites W1987599322 @default.
• W3192593584 cites W1991308688 @default.
• W3192593584 cites W2012463635 @default.
• W3192593584 cites W2020935926 @default.
• W3192593584 cites W2024966118 @default.
• W3192593584 cites W2027665400 @default.
• W3192593584 cites W2037682422 @default.
• W3192593584 cites W2046877960 @default.
• W3192593584 cites W2054653365 @default.
• W3192593584 cites W2062212728 @default.
• W3192593584 cites W2076428573 @default.
• W3192593584 cites W2078529209 @default.
• W3192593584 cites W2088416277 @default.
• W3192593584 cites W2094850086 @default.
• W3192593584 cites W2111567623 @default.
• W3192593584 cites W2119807788 @default.
• W3192593584 cites W2120220555 @default.
• W3192593584 cites W2125267982 @default.
• W3192593584 cites W2142733079 @default.
• W3192593584 cites W2162343095 @default.
• W3192593584 cites W2169477745 @default.
• W3192593584 cites W2169950526 @default.
• W3192593584 cites W2184722489 @default.
• W3192593584 cites W2191677867 @default.
• W3192593584 cites W2193503481 @default.
• W3192593584 cites W2294722603 @default.
• W3192593584 cites W2324545236 @default.
• W3192593584 cites W2474636699 @default.
• W3192593584 cites W2514388257 @default.
• W3192593584 cites W2563233610 @default.
• W3192593584 cites W2576565940 @default.
• W3192593584 cites W2589791831 @default.
• W3192593584 cites W2592572369 @default.
• W3192593584 cites W2598701004 @default.
• W3192593584 cites W2605984899 @default.
• W3192593584 cites W2616491165 @default.
• W3192593584 cites W2731571769 @default.
• W3192593584 cites W2736228757 @default.
• W3192593584 cites W2766581659 @default.
• W3192593584 cites W2768739378 @default.
• W3192593584 cites W2774374834 @default.
• W3192593584 cites W2775761908 @default.
• W3192593584 cites W2779457068 @default.
• W3192593584 cites W2784138430 @default.
• W3192593584 cites W2789575745 @default.
• W3192593584 cites W2793431155 @default.
• W3192593584 cites W2886242591 @default.
• W3192593584 cites W2896149096 @default.
• W3192593584 cites W2900106581 @default.
• W3192593584 cites W2904320515 @default.
• W3192593584 cites W2914799564 @default.
• W3192593584 cites W2917360128 @default.
• W3192593584 cites W2945036048 @default.
• W3192593584 cites W2946876018 @default.
• W3192593584 cites W2955243340 @default.
• W3192593584 cites W2962820197 @default.
• W3192593584 cites W2965714455 @default.
• W3192593584 cites W2967341400 @default.
• W3192593584 cites W2968211019 @default.
• W3192593584 cites W2971452148 @default.
• W3192593584 cites W2979511360 @default.
• W3192593584 cites W2983203997 @default.
• W3192593584 cites W3005907556 @default.
• W3192593584 cites W3025802318 @default.
• W3192593584 cites W3034547862 @default.
• W3192593584 cites W3036200641 @default.
• W3192593584 cites W3041156688 @default.
• W3192593584 cites W3094545424 @default.
• W3192593584 cites W3112884168 @default.
• W3192593584 cites W3113090140 @default.
• W3192593584 cites W3162452978 @default.
• W3192593584 cites W3164021807 @default.
• W3192593584 cites W3173611258 @default.
• W3192593584 cites W2108150562 @default.
• W3192593584 doi "https://doi.org/10.1002/joc.7322" @default.
• W3192593584 hasPublicationYear "2021" @default.
• W3192593584 type Work @default.
• W3192593584 sameAs 3192593584 @default.
• W3192593584 citedByCount "17" @default.
• W3192593584 countsByYear W31925935842021 @default.
• W3192593584 countsByYear W31925935842022 @default.
• W3192593584 countsByYear W31925935842023 @default.
• W3192593584 crossrefType "journal-article" @default.
• W3192593584 hasAuthorship W3192593584A5033249173 @default.

• next