@BC_Iconoclast @HaneyInkslinger @paulwillcocks Certainly the models also predict that warming will eventually overcome the increased precipitation but that has not yet happened and is not expected for another decade or more https://t.co/TiQyZiEmVh 3/
@BlairKing_ca The point I want to make is that warmer temperatures lead to more fire activity due to longer fire seasons, more lightning and drier fuels ( unless there is a significant increase in prec. to compensate for the drying effect of warmer tempera
- drier fuels means it is easier to for fires to start, spread and burn intensely. https://t.co/KNphGONdOd https://t.co/Xelj8hx2tw
#BCfires: as average temps increase in #Canada, result will be "a higher frequency of extreme fire weather days" https://t.co/vEZs9cTGVm
@RobCGM @Jackstar009 on a related note, Robert, AGW leading to more extreme fire weather days such as #FortMacFire https://t.co/pMrShKQnCc
@PaulMaxit Pour vous: étude de 2015 sur le lien entre réchauffement, sécheresse et incendies violents au Canada. https://t.co/T113bgmvfl
@yeti2yeti @AJEnglish #Canada moisture research: "The bottom line is that a warmer world will have more fire" fire.https://t.co/OCgAMsznck
Canadian #ForestFire data points to future with drier fuels, more extreme fire weather days. https://t.co/9Kos0gu1vg #climatechange #FNpoli
RT @WesternPartners: New study in Climatic Change shows that increased temperatures will result in drier fuels in the future. http://t.co…
Fuel moisture sensitivity to temperature and precipitation: climate change implications https://t.co/sLQ1t1uWwL #climatechange
Fuel moisture sensitivity to temperature and precipitation: climate change implications http://t.co/6VxJAH56OU
New study in Climatic Change shows that increased temperatures will result in drier fuels in the future. http://t.co/7gZnvpwMtu
[Fire] Fuel moisture sensitivity to temperature and precipitation: climate change implications http://t.co/5kPBDmme0Y
CC. Fuel moisture sensitivity to temperature and precipitation: climate change implications http://t.co/wz5zeOZHj7
Fuel moisture sensitivity to temperature and precipitation: climate change implications http://t.co/sLQ1t1uWwL #climatechange