[TheClimate.Vote] October 23, 2019 - Daily Global Warming News Digest
Richard Pauli
richard at theclimate.vote
Wed Oct 23 10:42:00 EDT 2019
/October 23, 2019/
[Fire risk response repeated]
*PG&E is about to cut power for some Californians again. The preemptive
outages show how dire the wildfire crisis has gotten.*
California utility company Pacific Gas and Electric (PG&E) plans to
preemptively shut off power to at least 200,000 Californians for as long
as 48 hours starting Wednesday.
The shut-off is meant to reduce wildfire risk amid warm, dry, windy
conditions.
Earlier this month, PG&E cut power to more than 1 million California
residents ahead of a similar weather forecast.
As the climate warms, California's wildfire season is getting longer,
and weather conditions that bring a high risk of wildfires are becoming
more common.
PG&E says blackouts are the company's new strategy to minimize fire
risk, but some scientists say other fire-prevention strategies would
work better in the long term.
https://www.businessinsider.com/california-wildfire-crisis-getting-worse-climate-change-2019-10
[NYT Opinion from Naomi Oreskes]
*Climate Change Will Cost Us Even More Than We Think*
Economists greatly underestimate the price tag on harsher weather and
higher seas. Why is that?
https://www.nytimes.com/2019/10/23/opinion/climate-change-costs.html
[Propaganda heats up]
*Fact-checking the American Petroleum Institute's New Ads Selling
Natural Gas as a Climate Solution**
*By Justin Mikulka • Wednesday, October 16, 2019
In 1998, the U.S.'s largest oil and gas industry lobbying group, the
American Petroleum Institute (API), was involved with a communications
plan whose goal was promoting "uncertainties in climate science" among
the American public. Over 20 years later, their communications plan
looks a little different but still needs fact-checking.
In September, API began running TV, billboard, and social media ads
promoting natural gas as a climate solution. "Thanks to natural gas, the
U.S. is leading the way in reducing emissions," the ads claim, and
"leading the world in cutting greenhouse gas emissions." But is all of
that true?
In fact, U.S. carbon dioxide emissions actually rose 3.4 percent in
2018. While API appears to be specifically referring to emissions from
power generation -- attributing those savings to the switch from coal
power to natural gas -- even the power sector saw emissions rise 1.9
percent last year...
- - -
While the oil and gas industry -- or as API's new ads call it, "the
natural gas and oil industry" -- is touting natural gas as a way to
decrease emissions, the U.S. Energy Information Administration predicts
that natural gas will have the greatest increase in carbon dioxide
emissions growth of any fuel source through 2050. That would make the
U.S. a world leader in increasing CO2 emissions from natural gas...
- - -
It isn't hard to understand why API is now marketing natural gas using
language about emissions reductions and energy demand. Rising pressure
is coming from a public concerned about the climate crisis and from the
increasingly cost-competitive renewables and storage industry.
An excellent example of this economic pressure came earlier this month.
A northwest power company owned by billionaire Warren Buffet's
investment firm Berkshire Hathaway -- which has no problem investing
heavily in oil and gas -- recently announced plans to shut down most of
its coal plants serving Washington, Oregon, Wyoming, and Utah, and
replace them with renewables and battery storage by 2038. That's despite
the abundance of very cheap natural gas in the U.S.
API knows the industry is feeling the heat, and it looks to be employing
the same misinformation playbook that it used to sow doubt about the
well-supported science of climate change and the resulting action the
science demands.
https://www.desmogblog.com/2019/10/16/fact-checking-american-petroleum-institute-gas-ads
[The other side of the calamity - ocean acidification]
*The Worst Day in Earth's History Contains an Ominous Warning*
Robinson Meyer is a staff writer at The Atlantic
One of the planet's most dramatic extinctions was caused in part by
ocean acidification, which has become a problem in our own era.
The worst day in the history of life on Earth, so far, happened almost
exactly 66 million years ago, when an asteroid roughly the size of
Manhattan slammed into the Yucatan Peninsula...
- - -
How does an asteroid prompt an extinction? It chooses the right
location. The Yucatán Peninsula was an excellent one, says Pincelli
Hull, an author of the paper and a geology professor at Yale. The
peninsula is essentially an "old buried reef," she told me, an
accumulation of dead coral and other sea life that is now more than a
mile thick. When the asteroid hit, untold megatons of that old organic
material--rich in nitrogen and sulfur--instantly became dust and shot up
into the atmosphere.
Soon it began to fall back down, now as nitric oxide and sulfuric acid.
"It was raining brimstone and acid from the sky," Hull said. The air
would have reeked of acrid smog and burnt matches. The acid accumulated
in the oceans, wearing away the shells of the small, delicate plankton
that serve as the basis of the marine food chain. Within a few centuries
of the impact, ocean acidity had jumped by at least 0.3 pH units.
This spike in ocean acidification may have lasted for less than 1,000
years. But even that pulse "was long enough to kill off entire
ecosystems for sure," Hull said. Ocean acidification also likely
worsened other sweeping environmental changes wrought by the impact,
such as the years-long darkness caused by orbiting debris and ash from
the global wildfires...
- -
...the oceans are acidifying again today. Carbon dioxide--the same air
pollutant that causes global warming--also dissolves in the oceans and
increases the acidity of seawater. Since the late 1980s, the planet's
oceans have become about 0.02 pH units more acidic every decade,
according to a report last month from the Intergovernmental Panel on
Climate Change. More than a fifth of all modern carbon pollution has
already dissolved into the oceans, the report also found.
Modern acidification is not yet at the same magnitude as the K-T pulse.
It's "moving toward that scale, but it's not quite there yet," Hull
said. What unites our world and the K-T period, she said, is that a
number of environmental catastrophes can overlap with ocean
acidification to produce a major upheaval...
https://www.theatlantic.com/science/archive/2019/10/the-worst-day-in-earths-history-contains-a-warning-for-us/600466/
[it did seem too good to be true]
*Sorry--organic farming is actually worse for climate change*
The practice cuts greenhouse-gas emissions only if you ignore the
inconvenient fact that it requires a lot more land.
by James Temple
Organic practices can reduce climate pollution produced directly from
farming – which would be fantastic if they didn't also require more land
to produce the same amount of food.
Clearing additional grasslands or forests to grow enough food to make up
for that difference would release far more greenhouse gas than the
practices initially reduce, a new study in Nature Communications finds.
Other recent research has also concluded that organic farming produces
more climate pollution than conventional practices when the additional
land required is taken into account...
- -
The world does need to find ways to cut the emissions and environmental
pollution from synthetic fertilizers. But the trick is to clean up these
practices in ways that don't require converting more land to
agriculture, or forcing large parts of the world to go hungry.
Among other paths, a number of researchers and startups are trying to
develop novel agricultural inputs that could cut emissions without
reducing yields, crops that take up more of the nitrogen in soil, and
various meat and milk alternatives.
https://www.technologyreview.com/s/614605/sorryorganic-farming-is-actually-worse-for-climate-change/
- - -
[Source paper from Nature Communications]
*The greenhouse gas impacts of converting food production in England and
Wales to organic methods*
Laurence G. Smith, Guy J. D. Kirk, Philip J. Jones & Adrian G. Williams
Nature Communications volume 10, Article number: 4641 (2019)
Abstract
Agriculture is a major contributor to global greenhouse gas (GHG)
emissions and must feature in efforts to reduce emissions. Organic
farming might contribute to this through decreased use of farm inputs
and increased soil carbon sequestration, but it might also exacerbate
emissions through greater food production elsewhere to make up for lower
organic yields. To date there has been no rigorous assessment of this
potential at national scales. Here we assess the consequences for net
GHG emissions of a 100% shift to organic food production in England and
Wales using life-cycle assessment. We predict major shortfalls in
production of most agricultural products against a conventional
baseline. Direct GHG emissions are reduced with organic farming, but
when increased overseas land use to compensate for shortfalls in
domestic supply are factored in, net emissions are greater. Enhanced
soil carbon sequestration could offset only a small part of the higher
overseas emissions.
https://www.nature.com/articles/s41467-019-12622-7
[new study]
*Climate Change Could Lead to More Extreme El Nino Events: Study*
A new study with major implications for India claims that El Nino events
could get more devastating in coming years due to climate change.
The international team of climate researchers that wrote the study
published in the Proceedings of the National Academy of Sciences journal
analysed 33 El Nino events from 1901 to 2017. El Nino, an
ocean-atmospheric phenomenon characterised by the unusual warming of the
waters in the equatorial Pacific, is associated with weather extremes
like drier conditions in India, Australia and the Middle East, and
floods in places like Peru, England and parts of western USA like
California.
The team found that since 1978, climate change has been driving the
onset location of El Ninos further and further westward in Pacific
waters. Before this, onset mainly occurred in the eastern part of the
Pacific. The westward shift of El Nino, which is likely happening due to
warming waters of the western Pacific among other factors, also
signifies a tendency for the El Nino events to become more severe,
causing widespread damage across the world.
The research team, led by Bin Wang of the University of Hawaii's
International Pacific Research Center (IPRC), also classified the 33 El
Nino events into 4 categories based on onset location of the warming,
its evolution and its ultimate strength. Based on this, they found that
three of the 5 'extreme' El Nino events happened after 1970--in 1982,
1997 and 2015 respectively.
Continued global warming will create ideal conditions for more such
events, the team found. "If the observed background changes continue
under future anthropogenic forcing [human-induced warming], more
frequent extreme El Nino events will induce profound socioeconomic
consequences," they write.
Take for example the recent 2015-16 El Nino event. It was characterised
by massive global impacts: huge crop losses across Africa, drought and
wildfires in Australia, below-average monsoon rains in India in 2015
(the year over 2000 people died in heatwaves) and flooding and mudslides
in South American countries like Peru, Ecuador, Paraguay, Uruguay,
Brazil, and Argentina. The next year, between December 2016 and March
2017, floods linked to El Nino killed 80 people in Peru and displaced
110,000 others.
In India, studies have shown "longer, more frequent and extensive
heatwave conditions" in the years following an El Nino event. Earlier
this year, a study by the Indian Institute of Tropical Meteorology
(IITM) said that El Nino Modoki events (a phenomenon characterised by
warm waters in the Central Pacific) and soil moisture depletion are
likely to double the number of heatwaves in the country, from 54 between
1961-2005 to 138 between 2020-2064.
Last month, the United Nations said in a report that climate change had
raised ocean temperatures, making them more acidic and less fertile, and
meaning that meteorological phenomena like hurricanes and El Nino are
bound to become more severe and frequent.
https://weather.com/en-IN/india/news/news/2019-10-22-climate-change-more-extreme-el-nino-events-study
- - -
[Here's the paper]
*Historical change of El Nino properties sheds light on future changes
of extreme El Nino*
Bin Wang, Xiao Luo, Young-Min Yang, Weiyi Sun, Mark A. Cane, Wenju Cai,
Sang-Wook Yeh, and Jian Liu
PNAS first published October 21, 2019
https://doi.org/10.1073/pnas.1911130116
Edited by Brian John Hoskins, Imperial College London, London, United
Kingdom, and approved September 19, 2019 (received for review June 28, 2019)
*Significance*
How the magnitude of El Nino will change is of great societal concern,
yet it remains largely unknown. Here we show analysis of how changing El
Nino properties, due to 20th century climate change, can shed light on
changes to the intensity of El Nino in the future. Since the 1970s, El
Nino has changed its origination from the eastern Pacific to the western
Pacific, along with increased strong El Nino events due to a background
warming in the western Pacific warm pool. This suggests the controlling
factors that may lead to increased extreme El Nino events in the future.
If the observed background changes continue under future anthropogenic
forcing, more frequent extreme El Nino events will induce profound
socioeconomic consequences.
https://www.pnas.org/content/early/2019/10/15/1911130116
[Yale Climate Change Communications book announcement]
Today we're pleased to announce the publication of a short chapter
entitled "Building Public and Political Will for Climate Action" in a
new edited book: *A Better Planet: Forty Big Ideas for a Sustainable
Future.*
The science is clear: the threat of global warming requires system-level
change, fast. Fortunately, we do not lack a supply of solutions, ranging
from technological innovation to government policies. What we lack is
public demand for these solutions and the political will to enact them.
In the face of powerful special interests, many elected officials will
not prioritize climate change until there is strong public demand for
government policy. How then do we build public and political will for
climate action?
Drawing on more than a decade of public opinion research, the chapter
lays out a big-picture strategy to help shift the political climate of
climate change. It was written over a year ago, but in the wake of
massive climate marches around the world, the essay is even more
relevant today. How do we channel this rising tide of human energy into
public and political will for climate action?
The book hits bookstores today and features 40 big ideas for a
sustainable future by an amazing set of authors. To request a copy of
just the Public and Political Will chapter, please send an email to
climatechange at yale.edu, with the Subject Line: Request Chapter.
[press release]
*THE WEATHER CHANNEL TO INTERVIEW PRESIDENTIAL CANDIDATES IN "2020: RACE
TO SAVE THE PLANET" ON THURSDAY, NOVEMBER 7*
Primetime special will take Democratic and Republican contenders to
communities directly impacted by severe weather to discuss climate change
On Thursday, November 7, The Weather Channel television network will air
"2020: Race to Save the Planet," a one-hour, primetime special featuring
conversations with the network's meteorologists and nine Democratic and
Republican presidential candidates on climate change and produced in
partnership with The Climate Desk, a media consortium.
Viewers will hear from Senator Cory Booker, Senator Kamala Harris,
Senator Bernie Sanders, Senator Elizabeth Warren, former Governor Mark
Sanford, former Governor Bill Weld, former Congressman Beto O'Rourke,
former Congressman Joe Walsh, and Mayor Pete Buttigieg about how climate
change is impacting jobs, the economy, national security, extreme
weather, and more and how their administrations would address these
issues directly.
http://weathergroup.com/newsroom/2019/10/21/weather-channel-interview-presidential-candidates-2020-race-save-planet-thursday
[Classic fundamentals lesson of climate science from TED 2014]
Gavin Schmidt
*The Emergent Patterns of Climate Change*
https://www.ted.com/talks/gavin_schmidt_the_emergent_patterns_of_climate_change/discussion
*This Day in Climate History - October 23, 1989 - from D.R. Tucker*
New Jersey Governor Tom Kean issues an executive order calling upon the
state to put together a plan to deal with the consequences of carbon
pollution.
In 1989 -- just one year after NASA's James Hansen testified before
Congress about the looming threat of climate change -- New Jersey's
Republican Governor Thomas Kean issued an executive order calling on
his state to recognize the "scientific consensus" of climate change
and to prepare for rising sea levels, intensifying storms, and other
threats posed by a warming planet. (link to the documents .
https://thinkprogress.org/in-1989-nj-republican-governor-issued-climate-order-warning-of-increase-in-the-intensity-of-major-d96266e2acd7/
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