The Prague Post - Fossil energy 'significant' driver of climate-fuelled heatwaves: study

EUR -
AED 4.353382
AFN 77.05154
ALL 96.6659
AMD 452.980789
ANG 2.12196
AOA 1087.011649
ARS 1715.27374
AUD 1.700138
AWG 2.136683
AZN 2.016962
BAM 1.955717
BBD 2.406598
BDT 146.013807
BGN 1.990725
BHD 0.449081
BIF 3539.949869
BMD 1.1854
BND 1.513236
BOB 8.25665
BRL 6.231058
BSD 1.194849
BTN 109.725346
BWP 15.634337
BYN 3.403256
BYR 23233.834642
BZD 2.403098
CAD 1.611918
CDF 2684.930667
CHF 0.911329
CLF 0.026011
CLP 1027.065402
CNY 8.240602
CNH 8.248669
COP 4350.11551
CRC 591.674907
CUC 1.1854
CUP 31.413093
CVE 110.260324
CZK 24.336607
DJF 212.770976
DKK 7.470147
DOP 75.22681
DZD 154.464449
EGP 55.903629
ERN 17.780996
ETB 185.616528
FJD 2.613392
FKP 0.865856
GBP 0.861451
GEL 3.194656
GGP 0.865856
GHS 13.089445
GIP 0.865856
GMD 86.534664
GNF 10484.555345
GTQ 9.164611
GYD 249.979398
HKD 9.259098
HNL 31.537662
HRK 7.536653
HTG 156.373368
HUF 380.868342
IDR 19883.302315
ILS 3.66336
IMP 0.865856
INR 108.694634
IQD 1565.333613
IRR 49934.963672
ISK 144.986215
JEP 0.865856
JMD 187.242059
JOD 0.840447
JPY 183.458423
KES 154.263458
KGS 103.663312
KHR 4804.796226
KMF 491.940791
KPW 1066.859756
KRW 1719.772596
KWD 0.363823
KYD 0.995758
KZT 600.944514
LAK 25713.909461
LBP 106999.862086
LKR 369.514329
LRD 215.370866
LSL 18.971995
LTL 3.500177
LVL 0.717036
LYD 7.497682
MAD 10.83854
MDL 20.097148
MGA 5339.773538
MKD 61.637386
MMK 2489.728817
MNT 4227.587506
MOP 9.608592
MRU 47.674978
MUR 53.852825
MVR 18.326127
MWK 2071.912129
MXN 20.704153
MYR 4.672852
MZN 75.580739
NAD 18.971995
NGN 1643.533583
NIO 43.968135
NOK 11.414558
NPR 175.560554
NZD 1.959292
OMR 0.458021
PAB 1.194849
PEN 3.994931
PGK 5.114783
PHP 69.837845
PKR 334.292423
PLN 4.212869
PYG 8003.660561
QAR 4.356415
RON 5.097103
RSD 117.395021
RUB 90.53616
RWF 1743.326065
SAR 4.447253
SBD 9.54438
SCR 17.20327
SDG 713.019239
SEK 10.549127
SGD 1.506168
SHP 0.889357
SLE 28.834855
SLL 24857.238699
SOS 682.871039
SRD 45.10505
STD 24535.381029
STN 24.498961
SVC 10.454557
SYP 13110.017057
SZL 18.966196
THB 37.222281
TJS 11.154027
TMT 4.148899
TND 3.433054
TOP 2.854158
TRY 51.401896
TTD 8.112656
TWD 37.456216
TZS 3076.769513
UAH 51.211828
UGX 4271.81883
USD 1.1854
UYU 46.368034
UZS 14607.380494
VES 410.078852
VND 30749.268909
VUV 140.815358
WST 3.213359
XAF 655.929182
XAG 0.014004
XAU 0.000244
XCD 3.203602
XCG 2.153409
XDR 0.815765
XOF 655.929182
XPF 119.331742
YER 282.51038
ZAR 19.104199
ZMK 10670.019447
ZMW 23.449006
ZWL 381.698228
  • RBGPF

    1.3800

    83.78

    +1.65%

  • SCS

    0.0200

    16.14

    +0.12%

  • BCC

    0.5100

    80.81

    +0.63%

  • VOD

    -0.0600

    14.65

    -0.41%

  • RIO

    -4.1000

    91.03

    -4.5%

  • CMSC

    0.0500

    23.76

    +0.21%

  • RYCEF

    -0.4300

    16

    -2.69%

  • RELX

    -0.3700

    35.8

    -1.03%

  • BTI

    0.4600

    60.68

    +0.76%

  • BCE

    0.3700

    25.86

    +1.43%

  • GSK

    0.9400

    51.6

    +1.82%

  • JRI

    0.1400

    13.08

    +1.07%

  • NGG

    0.2000

    85.27

    +0.23%

  • AZN

    0.1800

    92.77

    +0.19%

  • CMSD

    -0.0400

    24.05

    -0.17%

  • BP

    -0.1600

    37.88

    -0.42%

Fossil energy 'significant' driver of climate-fuelled heatwaves: study
Fossil energy 'significant' driver of climate-fuelled heatwaves: study / Photo: Alexander NEMENOV - AFP/File

Fossil energy 'significant' driver of climate-fuelled heatwaves: study

Fossil fuel and cement producers have contributed "significantly" to the growing number and intensity of climate-change-driven heatwaves, according to a study published on Wednesday in Nature.

Text size:

An international team of scientists analysed more than 200 heatwaves around the world between 2000 and 2023 and found that climate change had made each of them more likely and more ferocious.

But they also took their attribution study one step further by teasing out the role of 180 major producers of polluting oil, gas, coal and cement.

They found emissions linked to these large companies contributed half of the increase in heatwave intensity compared to the pre-industrial era and also increased their probability.

The role of the 14 largest "carbon majors" -- including Saudi Aramco, Gazprom, Chevron and BP -- appears to be very significant, weighing as much as the 166 other companies studied.

The pollution from these firms has essentially been large enough to spark heatwaves, researchers said.

"Each producer alone can be enough to make heatwaves possible that would have been virtually impossible without climate change," said Yann Quilcaille of ETH Zurich, who led the study published in Nature.

Attribution studies generally measure the degree of influence of climate change on a particular extreme weather event.

To do this, scientists compare the current climate with a simulation of a climate that has not been warmed by human activities.

The latest study expanded the scope to a total of 213 heatwaves.

Researchers found that the influence of climate change had grown over time: it made heatwaves on average 20 times more likely between 2000 and 2009 and 200 times more likely from 2010 to 2019.

A quarter of the events studied (55 out of 213) were at least 10,000 times more likely. In other words, they would have been virtually impossible without global warming.

"We also show that emissions associated with the largest producers of fossil fuels and cement contribute significantly to heatwaves," Quilcaille told AFP.

Emissions from just one of these carbon majors would have been enough to cause events deemed 10,000 times more likely, they found.

- 'Leap forward' -

The authors took into account the entire value chain of the companies as well as the use of the products by customers. For example, they attributed to each oil group the emissions associated with the petrol it sold.

Pascal Yiou, from France's Laboratory for Climate and Environmental Sciences (LSCE), who was not involved in the study, told AFP it was "a summary of the current state of knowledge in heatwave attribution", playing down the effort to attribute the role of major polluters.

But Quilcaille said the study could aid corporate responsibility legal cases, which have not so far been able to draw on increasingly precise research linking carbon emissions with specific events.

In one, a Peruvian farmer sued German energy company RWE, accusing it of being indirectly responsible for the melting of a glacier near his home. In May, a German court rejected the case but recognised the principle of polluters' global responsibility for climate damage.

In a commentary published in Nature, Karsten Haustein, of the University of Leipzig, said the new research was a "leap forward" for climate litigation and diplomacy.

"It is another reminder that denial and anti-science rhetoric will not make climate liability go away, nor will it reduce the ever-increasing risk to life from heatwaves across our planet," said Haustein, who was not involved in the study.

L.Bartos--TPP