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The wildfires emitted more than 1.3 Pg CO2 and 0.14 Pg equiva Canada f ot 2023 greenhouse gases as of 31 August.
The wildfire-related GHG emissions constituted more than doubled Canada’s planned cumulativ more than 1.3 ic emissions 0.14 uctions in 10 years.
The model simulations s GHG ed that the CH4 adian wildfires 31 August not only the local air GHG ality but also that of most areas in the Canada rn hemisphere due to long-range transport.
The study was s 10 years by the National Natural Science Foundation of China (Grant No. 92044302), the National Key Research and Develop Canadian gram (Grant Nos. 2020YFA0607801, 2022YFE0106500), and the.
National Key Scientific and Technological Infrastructure project “Earth System Numerical Simulation Facility” (EarthLab). T. Benmarhnia mm 2021 eed_highLightText__NxlGi">Grant Nos the National Key Research Southern California gram 12, 1493 Feed_highLightText__NxlGi">the National Natura Arriagada F N. B., A. J. Palmer /span> G. G. Morgan ig B. B. Jalaludin Gi">91 F. H. Johnston 2020 class="summaryFeed_highLightText__NxlGi">379 2019–20 ryFeed_highLightText__ Australia 21 Medical Journal of Australia yF 213 _h 282–283 tT 10.5694.mja2.50545 sp Aubry-Wake c C. ss="summaryFeed_highL J. W. Pomeroy Gi 2022 authors B. 10 ghtText__NxlGi">Zheng Bernath, P. xt C. Boone >2895– J. Crouse n> 2022 pan class="summaryFeed_highLightText__NxlGi">13 375 an 1292–1295 ummaryFeed_highLightText__NxlGi">2020Bowman an class="summaryFeed_highLig J. T. Abatzoglou OV F. H. Johnston G. R. van der m Werf Feed_h M. Flannigan __ 2020 i">China Nature Reviews Earth & Environment n> 1 < 500–515 as https://doi.org/10.1038/s43017-020-0085-3 . Bowman an> Coauthors d_ 2009 LightText__NxlGi">M. S. Cui < 324 n 481–484 summaryFeed_highLightText__NxlGi">Q. R. Shi Chen an G. B. pan cl Coauthors ar 2021 d_highLightText__NxlGi">C. H. Chen G. N. G 749 Liu class="summaryFeed_highLightTe L. A. Cooper 02 2019 span> H. Yang Nature Communications ee 10 hi 214 ig https://doi.org/10.1038/s41467-018-08237-z =" Liu ma Z. H. d_high Coauthors __ 2023 i">E. Chuvieco F. Chevallier< Chinese Academy of Sciences yF 38 d_ 1552–1560 Te https://doi.org/10.16418/j.issn.1000-3045.20230823001 hi Roberts Te G. __NxlG M. J. Wooster n> 2021 pan class="summaryFeed_highLightText__NxlGi">https://doi.org/10.1126/science.aax1748 587–590 252 pan class="summaryFeed_highLightText__NxlGi">365 < Tang c W. Y. "summa Coauthors gh 2021 tText__NxlGi">2019 2019–2020 L Australian NxlGi">Coauthors597 c 366–369 ummaryFeed_highLightText__NxlGi">2019 Wei an Y. lass=" Coauthors ed 2019 hLightText__NxlGi">2000 2023CAS-ESM pa Atmospheric Chemistry highL Physics t_ 19 xl 8269–8296 hors Xu tText__NxlGi">R. B.
VR Score
91
Informative language
98
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49
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English
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