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Hashtag
#BCHeatDome
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The
Arctic is
warming
4 times
faster than
the global
average!
Liquefied Natural Gas (LNG) is a threat to the Arctic
Black carbon (BC)
Nitrogen oxides (NOx)
Carbon dioxide (CO2)
Shipping
emissions
are accelerating
global warming.
On route to
shipping decarbonisation...
In an effort to reduce black carbon and
greenhouse gas (GHG) emissions,
shipping is looking to move
away from oil based fuels.
However some alternatives
including Liquefied Natural Gas
(LNG), are still fossil fuels.
...but LNG must not
be part of the solution.
LNG is predominantly made up of
methane, a short-lived climate forcer
more potent than CO2.
!
H H
C
H H
Methane is a
dangerously potent
greenhouse gas
(CH4).
It has a
warming
effect up to
more powerful than CO2
over a 20 year period (GWP20).
! !
Emissions from
LNG-fueled
ships grew by
between
2012 to 2018.
The pathway of methane emissions from LNG fuel
When burned
by ships, LNG
releases
methane and
other pollutants
into the
atmosphere.
Additionally, the process of extracting,
processing, and transporting of LNG
results in methane leakage. These
activities can also cause significant
environmental impacts including
habitat destruction, water pollution,
and climate heating.
Global heating is speeding the Arctic permafrost thaw
The fragile Arctic permafrost ecosystem already under threat from
global heating could be reaching a global tipping point.
Arctic terrestrial permafrost contains 2x carbon as in the atmosphere.
As the Arctic heats up, shallow permafrost starts to thaw.
Thawing permafrost releases CO2 and CH4 into the atmosphere.
Released CO2 and CH4 add to the global burden of GHGs - speeding
global warming.
Burning LNG as fuel adds to the acceleration
of Arctic permafrost thaw and a potential and
irreversible tipping point being reached.
Produced by the Clean Arctic Alliance - www.cleanarctic.org and designed by Margherita Gagliardi - September 2024
The alarming rise in LNG puts the Arctic at a crossroads
LNG production LNG use
The United Sta…

The Arctic is warming 4 times faster than the global average! Liquefied Natural Gas (LNG) is a threat to the Arctic Black carbon (BC) Nitrogen oxides (NOx) Carbon dioxide (CO2) Shipping emissions are accelerating global warming. On route to shipping decarbonisation... In an effort to reduce black carbon and greenhouse gas (GHG) emissions, shipping is looking to move away from oil based fuels. However some alternatives including Liquefied Natural Gas (LNG), are still fossil fuels. ...but LNG must not be part of the solution. LNG is predominantly made up of methane, a short-lived climate forcer more potent than CO2. ! H H C H H Methane is a dangerously potent greenhouse gas (CH4). It has a warming effect up to more powerful than CO2 over a 20 year period (GWP20). ! ! Emissions from LNG-fueled ships grew by between 2012 to 2018. The pathway of methane emissions from LNG fuel When burned by ships, LNG releases methane and other pollutants into the atmosphere. Additionally, the process of extracting, processing, and transporting of LNG results in methane leakage. These activities can also cause significant environmental impacts including habitat destruction, water pollution, and climate heating. Global heating is speeding the Arctic permafrost thaw The fragile Arctic permafrost ecosystem already under threat from global heating could be reaching a global tipping point. Arctic terrestrial permafrost contains 2x carbon as in the atmosphere. As the Arctic heats up, shallow permafrost starts to thaw. Thawing permafrost releases CO2 and CH4 into the atmosphere. Released CO2 and CH4 add to the global burden of GHGs - speeding global warming. Burning LNG as fuel adds to the acceleration of Arctic permafrost thaw and a potential and irreversible tipping point being reached. Produced by the Clean Arctic Alliance - www.cleanarctic.org and designed by Margherita Gagliardi - September 2024 The alarming rise in LNG puts the Arctic at a crossroads LNG production LNG use The United Sta…

#TeamMethane the #BCNDP will give us more #bcwildfires #bcHeatDome Deaths, more #BCFloods, #BCDroughts etc all for cash for access bundled #LNG donations.

#FossilFuelParty

Liquefied Natural Gas (LNG) is a threat to the Arctic Infographic

cleanarctic.org/wp-content/u... #bcpoli

#bcpoli

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Post image

#ClimateActionNow #BCHeatDome #UrbanPlanning #PublicHealth

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Climate safety = life & death.
We can build homes AND protect cooling spaces.
👉 Premier Eby: British Columbians deserve transparency & measurable targets.
#ClimateActionNow #BCHeatDome #UrbanPlanning #PublicHealth

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🌡️ 4 Years After the 2021 Heat Dome: Where’s the Action?
619 lives lost in B.C.—Canada’s deadliest weather event. Experts said it was preventable.
#ClimateResilience #BCHeatDome #ClimateAction #UrbanPlanning #PublicHealth

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Preview
Vancouver cuts to housing retrofits will be 'responsible for lost lives' Funding for the city's existing buildings retrofit program was nixed in a last-minute amendment brought forward by ABC Councillor Lenny Zhou to Mayor Ken Sim's controversial 2026 budget.

Add'l last-min. amendment to controversial #Vancouver 2026 Budget #VanPoli

Mayor Sim, ABC Party + allies cut $8.2 million from existing retrofit program. It currently makes rental bldgs less polluting & safer during climate disasters #BCheatwave #BCheatdome

www.nationalobserver.com/2025/12/04/n...

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Figure 6 (Abbotsford)
40
35
93% of deaths in BC Heatdome had no air conditioning.
-Air Conditioning
-No Air Conditioning
-Outdoors
Temperature (Celsius)
15
19
Air Conditioning Based on information collected by coroners during their investigations, 46 (7%) decedents had air conditioning present in their residence (see Appendix 2, Table 11). Of those, 7 (15%) were on at the time of
death

Figure 6 (Abbotsford) 40 35 93% of deaths in BC Heatdome had no air conditioning. -Air Conditioning -No Air Conditioning -Outdoors Temperature (Celsius) 15 19 Air Conditioning Based on information collected by coroners during their investigations, 46 (7%) decedents had air conditioning present in their residence (see Appendix 2, Table 11). Of those, 7 (15%) were on at the time of death

300 -
Count
200-
100-
Period of significant heat dome impact
Excess mortality
Jun-20
Jun-22
Jun-24 Expected daily deaths based
on a statistical model - . Population-weighted maximum
temperature estimates
Jun-26
Jun-28
(hottest day)
Jun-30
Jul-02
Normal
Unusual compared with expected
Jul-04
Jul-06
Jul-oB
Rare compared with expected
Very rare compared with expected
Excess Mortality
Study #1
Study #2
Future

300 - Count 200- 100- Period of significant heat dome impact Excess mortality Jun-20 Jun-22 Jun-24 Expected daily deaths based on a statistical model - . Population-weighted maximum temperature estimates Jun-26 Jun-28 (hottest day) Jun-30 Jul-02 Normal Unusual compared with expected Jul-04 Jul-06 Jul-oB Rare compared with expected Very rare compared with expected Excess Mortality Study #1 Study #2 Future

Jen St. Denis
@JenStDen One point to stress on the #heatdome numbers out today: British Columbia/Metro Vancouver had so many more deaths than similar urban regions of Washington and Oregon. Both Seattle and Portland had higher temperatures than Vancouver during the heat dome.
thetyee.ca/News/2021/11/0..
-related deaths for June 25-July 1, 2021

Jen St. Denis @JenStDen One point to stress on the #heatdome numbers out today: British Columbia/Metro Vancouver had so many more deaths than similar urban regions of Washington and Oregon. Both Seattle and Portland had higher temperatures than Vancouver during the heat dome. thetyee.ca/News/2021/11/0.. -related deaths for June 25-July 1, 2021

Let poor boil to death in the next #BCHeatDome, our pals, the politicized partisan #VPD need another $50 million, on top of the $100 million extra we gave them. ABC.

#Vanpoli

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Poor quality housing, homelessness, and overall deprivation are risk factors for increased mortality during
extreme heat events (Kenny et al 2019; Kovats and Hajat, 2008). Urban tree canopy reduces surface temperatures by as much as 12°C (Schwaab et al, 2021). The urban
heat island effect increases heat related mortality and morbity (Santamouris, 2020).
10% of Bcers don't live in social housing SROS or supportive housing
Housing
In almost all (98%) of the deaths, the heat injury occurred indoors in a residence.
• 73% occurred in private residences (39% in multi-unit buildings and 34% in detached buildings);
• 10% occurred in social housing, single room occupancy (SRO), or supportive housing;
• 7% occurred in trailer homes, mobile homes, RVs, or campers; and
• 7% occurred in senior or long-term care homes (see Appendix 2, Table 7).
Living Situation More than half (56%) of decedents lived alone, 30% lived with spouse or family members; 8% lived in community or assisted living situations (i.e. group home, senior homes, long-term care homes); and 5%
lived with unrelated friends or roommates (see Appendix 2, Table 8).
Recent Activity Very few deaths were linked to physical activity in the heat. BCCS investigative notes found that 20 (3.2%) decedents were known to be recently active prior to their death. Activities included gardening, outdoor
home maintenance/repairs, walking outdoors, hiking, or playing a sport.

Poor quality housing, homelessness, and overall deprivation are risk factors for increased mortality during extreme heat events (Kenny et al 2019; Kovats and Hajat, 2008). Urban tree canopy reduces surface temperatures by as much as 12°C (Schwaab et al, 2021). The urban heat island effect increases heat related mortality and morbity (Santamouris, 2020). 10% of Bcers don't live in social housing SROS or supportive housing Housing In almost all (98%) of the deaths, the heat injury occurred indoors in a residence. • 73% occurred in private residences (39% in multi-unit buildings and 34% in detached buildings); • 10% occurred in social housing, single room occupancy (SRO), or supportive housing; • 7% occurred in trailer homes, mobile homes, RVs, or campers; and • 7% occurred in senior or long-term care homes (see Appendix 2, Table 7). Living Situation More than half (56%) of decedents lived alone, 30% lived with spouse or family members; 8% lived in community or assisted living situations (i.e. group home, senior homes, long-term care homes); and 5% lived with unrelated friends or roommates (see Appendix 2, Table 8). Recent Activity Very few deaths were linked to physical activity in the heat. BCCS investigative notes found that 20 (3.2%) decedents were known to be recently active prior to their death. Activities included gardening, outdoor home maintenance/repairs, walking outdoors, hiking, or playing a sport.

Figure 6 (Abbotsford)
40
35
93% of deaths in BC Heatdome had no air conditioning.
-Air Conditioning
-No Air Conditioning
-Outdoors
Temperature (Celsius)
15
19
Air Conditioning Based on information collected by coroners during their investigations, 46 (7%) decedents had air conditioning present in their residence (see Appendix 2, Table 11). Of those, 7 (15%) were on at the time of
death but may have been in a different room or improperly used (i.e. blowing hot air).
Fans Fans were used in 24% of residences; however, for 44% of decedents it was unknown if fans were in use (see Appendix 2, Table 12). Of those with fans in use, 70% had them on in the room where the deceased
was found.

Figure 6 (Abbotsford) 40 35 93% of deaths in BC Heatdome had no air conditioning. -Air Conditioning -No Air Conditioning -Outdoors Temperature (Celsius) 15 19 Air Conditioning Based on information collected by coroners during their investigations, 46 (7%) decedents had air conditioning present in their residence (see Appendix 2, Table 11). Of those, 7 (15%) were on at the time of death but may have been in a different room or improperly used (i.e. blowing hot air). Fans Fans were used in 24% of residences; however, for 44% of decedents it was unknown if fans were in use (see Appendix 2, Table 12). Of those with fans in use, 70% had them on in the room where the deceased was found.

Figure 5: Heat-related deaths mapped by injury location
Extreme Heat and Human Mortality:
A Review of Heat-Related Deaths in B.C. in Summer 2021
A Report to the Chief Coroner of British Columbia
Fort St John Jawson
Creek Grande
Prairie
BRITISH
COLUMBIA
Dixon
Entrance
Terrace
Prince
Rupert ice
ge The majority of those who died lacked access to cooling or ventilation,
and were often living in areas of higher material and social deprivation.

Figure 5: Heat-related deaths mapped by injury location Extreme Heat and Human Mortality: A Review of Heat-Related Deaths in B.C. in Summer 2021 A Report to the Chief Coroner of British Columbia Fort St John Jawson Creek Grande Prairie BRITISH COLUMBIA Dixon Entrance Terrace Prince Rupert ice ge The majority of those who died lacked access to cooling or ventilation, and were often living in areas of higher material and social deprivation.

seek assistance or cooler environments. The majority of those who died lacked access to cooling or ventilation, and were often living in areas of higher material and social deprivation. Although deaths occurred over a seven-month period, in the majority of deaths, the injury event that contributed to the
death was sustained during the extreme heat event.
Figure 1: Heat-Related Deaths by Date of Death
234
250
200
150
100
50
2
0
<25-Jun
9
15
137
56
58
34
19
23
7
4
4
7
2
1
1
2
4
28-Jun
29-Jun
30-Jun
01-Jul
02-Jul
03-Jul
04-Jul
05-Jul
06-Jul
07-Jul
08-Jul
09-Jul
10-Jul
>12-Jul Of the 619 heat-related deaths, 576 (93%) were injured during the week of June 25-July 1. The majority of injuries occurred on June 28 and June 29 which corresponds with the highest temperatures during the
extreme heat event. In certain parts of the province, temperatures above 40°C were observed from

seek assistance or cooler environments. The majority of those who died lacked access to cooling or ventilation, and were often living in areas of higher material and social deprivation. Although deaths occurred over a seven-month period, in the majority of deaths, the injury event that contributed to the death was sustained during the extreme heat event. Figure 1: Heat-Related Deaths by Date of Death 234 250 200 150 100 50 2 0 <25-Jun 9 15 137 56 58 34 19 23 7 4 4 7 2 1 1 2 4 28-Jun 29-Jun 30-Jun 01-Jul 02-Jul 03-Jul 04-Jul 05-Jul 06-Jul 07-Jul 08-Jul 09-Jul 10-Jul >12-Jul Of the 619 heat-related deaths, 576 (93%) were injured during the week of June 25-July 1. The majority of injuries occurred on June 28 and June 29 which corresponds with the highest temperatures during the extreme heat event. In certain parts of the province, temperatures above 40°C were observed from

Great idea I see an apartment that is changing all the windows where they could've used an air conditioner and now it's gonna be very very difficult to do so

BC should have laws against landlords allowing people to boil alive in their apt/condo laws

#BCHeatDome #BCHeatWave #bcpoli #ubcm

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