Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360821302> ?p ?o ?g. }
- W4360821302 endingPage "104525" @default.
- W4360821302 startingPage "104525" @default.
- W4360821302 abstract "Many studies have proposed strategies to mitigate the urban heat island effect from the perspective of landscape patches, yet few studies have mitigated the urban heat island effect from the perspective of cold island connectivity and network. This study proposes a new method (Combined cooling pattern) to connect cold islands: surface (Cooling sources) - line (Networks)- point (Cooling spaces, heating spaces). Initially, the cooling sources are identified by the morphological spatial pattern analysis method and connectivity analysis. Then, to enhance the connectivity of the cooling sources, we applied circuit theory to construct the cooling network and identify the critical nodes. Finally, three levels of cooling strategies are developed. Taking Wuhan as an example, the results show that 27 cooling sources, 58 cooling corridors, 69 cooling spaces and 26 heating spaces are identified. A regional cooling network should be constructed to mitigate the urban heat island effect, and effective cooling measures should be implemented in key node areas. The method adopted can provide new ideas for sustainable urban development and urban climate adaptation planning." @default.
- W4360821302 created "2023-03-25" @default.
- W4360821302 creator A5036493234 @default.
- W4360821302 creator A5082020327 @default.
- W4360821302 date "2023-07-01" @default.
- W4360821302 modified "2023-09-25" @default.
- W4360821302 title "A cold island connectivity and network perspective to mitigate the urban heat island effect" @default.
- W4360821302 cites W1482547378 @default.
- W4360821302 cites W1665752722 @default.
- W4360821302 cites W1968071566 @default.
- W4360821302 cites W1972450665 @default.
- W4360821302 cites W1972923945 @default.
- W4360821302 cites W1983934822 @default.
- W4360821302 cites W1991776813 @default.
- W4360821302 cites W2007717114 @default.
- W4360821302 cites W2021384056 @default.
- W4360821302 cites W2031878298 @default.
- W4360821302 cites W2057990009 @default.
- W4360821302 cites W2064165884 @default.
- W4360821302 cites W2068677952 @default.
- W4360821302 cites W2071269893 @default.
- W4360821302 cites W2091202128 @default.
- W4360821302 cites W2091409271 @default.
- W4360821302 cites W2097326416 @default.
- W4360821302 cites W2097467169 @default.
- W4360821302 cites W2116639046 @default.
- W4360821302 cites W2117706739 @default.
- W4360821302 cites W2121728149 @default.
- W4360821302 cites W2139531445 @default.
- W4360821302 cites W2159934232 @default.
- W4360821302 cites W2219960623 @default.
- W4360821302 cites W2238863324 @default.
- W4360821302 cites W2552958514 @default.
- W4360821302 cites W2554470513 @default.
- W4360821302 cites W2588833698 @default.
- W4360821302 cites W2606998067 @default.
- W4360821302 cites W2607244372 @default.
- W4360821302 cites W2745525364 @default.
- W4360821302 cites W2754959007 @default.
- W4360821302 cites W2758840490 @default.
- W4360821302 cites W2773989034 @default.
- W4360821302 cites W2790818269 @default.
- W4360821302 cites W2801662076 @default.
- W4360821302 cites W2807798797 @default.
- W4360821302 cites W2843732487 @default.
- W4360821302 cites W2897022032 @default.
- W4360821302 cites W2899264285 @default.
- W4360821302 cites W2905597494 @default.
- W4360821302 cites W2955071519 @default.
- W4360821302 cites W2983028672 @default.
- W4360821302 cites W2999317502 @default.
- W4360821302 cites W3028467358 @default.
- W4360821302 cites W3090347827 @default.
- W4360821302 cites W3110399472 @default.
- W4360821302 cites W3119456045 @default.
- W4360821302 cites W3136913833 @default.
- W4360821302 cites W3174050889 @default.
- W4360821302 cites W3177976117 @default.
- W4360821302 cites W3189919994 @default.
- W4360821302 cites W3194490724 @default.
- W4360821302 cites W3194941536 @default.
- W4360821302 cites W3203914151 @default.
- W4360821302 cites W3206744979 @default.
- W4360821302 cites W3211458918 @default.
- W4360821302 cites W4207046791 @default.
- W4360821302 cites W4214827384 @default.
- W4360821302 cites W4220824359 @default.
- W4360821302 cites W4221042117 @default.
- W4360821302 cites W4223964694 @default.
- W4360821302 cites W4224250120 @default.
- W4360821302 cites W4229452849 @default.
- W4360821302 cites W4281385814 @default.
- W4360821302 cites W4281685539 @default.
- W4360821302 cites W4284895045 @default.
- W4360821302 cites W4284961765 @default.
- W4360821302 cites W4288871044 @default.
- W4360821302 cites W4292333619 @default.
- W4360821302 cites W4294983475 @default.
- W4360821302 cites W4309047205 @default.
- W4360821302 doi "https://doi.org/10.1016/j.scs.2023.104525" @default.
- W4360821302 hasPublicationYear "2023" @default.
- W4360821302 type Work @default.
- W4360821302 citedByCount "3" @default.
- W4360821302 countsByYear W43608213022023 @default.
- W4360821302 crossrefType "journal-article" @default.
- W4360821302 hasAuthorship W4360821302A5036493234 @default.
- W4360821302 hasAuthorship W4360821302A5082020327 @default.
- W4360821302 hasConcept C12713177 @default.
- W4360821302 hasConcept C153294291 @default.
- W4360821302 hasConcept C154945302 @default.
- W4360821302 hasConcept C205649164 @default.
- W4360821302 hasConcept C39432304 @default.
- W4360821302 hasConcept C41008148 @default.
- W4360821302 hasConcept C54005896 @default.
- W4360821302 hasConceptScore W4360821302C12713177 @default.
- W4360821302 hasConceptScore W4360821302C153294291 @default.
- W4360821302 hasConceptScore W4360821302C154945302 @default.
- W4360821302 hasConceptScore W4360821302C205649164 @default.