Matches in Nanopublications for { <https://doi.org/10.1016/j.wace.2023.100600> ?p ?o ?g. }
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- j.wace.2023.100600 type ScholarlyWork assertion.
- j.wace.2023.100600 type ScholarlyWork assertion.
- j.wace.2023.100600 type ScholarlyWork assertion.
- j.wace.2023.100600 type ScholarlyWork assertion.
- j.wace.2023.100600 comment "This paper focuses on extreme temperature events specifically in Portugal as the study area." assertion.
- j.wace.2023.100600 comment "This paper focuses on extreme temperature events specifically in Portugal as the study area." assertion.
- j.wace.2023.100600 comment "This passage highlights Portugal’s geographic vulnerability to climate change, emphasizing its position in a recognized “hotspot” where both human and natural systems face heightened risk." assertion.
- j.wace.2023.100600 spatial portugal assertion.
- j.wace.2023.100600 spatial portugal assertion.
- j.wace.2023.100600 spatial portugal assertion.
- j.wace.2023.100600 hasQuotedText "How persistent and hazardous will extreme temperature events become in a warming Portugal?" assertion.
- j.wace.2023.100600 hasQuotedText "How persistent and hazardous will extreme temperature events become in a warming Portugal?" assertion.
- j.wace.2023.100600 hasQuotedText "Located in the western tip of the Mediterranean basin, Portugal has been identified as a climate change “hotspot”, exposing human and natural systems to new sources of risk" assertion.
- j.wace.2023.100600 cites asl2.485 assertion.
- j.wace.2023.100600 cites asl.1120 assertion.
- j.wace.2023.100600 cites s00382-018-4124-4 assertion.
- j.wace.2023.100600 cites 2015GL063891 assertion.