Bye-Bye, Russian Gas!

A funny bit; I pasted in the link to see if it would embed the story, and it did! Sort of. It put the title as a hyperlink, as you can see below. I was sorely tempted to just leave it there like that, because what a witty title on its own! Then everyone could either be curious enough to click (it’s not too long to read,) or go ahead and post it all.

Here’s a snippet, because the photo should be seen on the page, and JSTOR is generous and deserves a click now and then:

By: Aissa Dearing and Michaela Rychetska October 10, 2024 4 minutes

Russia’s invasion of Ukraine has fundamentally altered Europe’s geopolitical landscape, with profound implications for its energy security. The invasion exposed Europe’s vulnerabilities, particularly its heavy reliance on Russian oil and natural gas. This has repositioned energy security as a central concern, with Russia seen as a significant threat to the stability and reliability of Europe’s energy supply chains. In response, Europe has taken decisive action to reduce its energy imports from Russia. In May 2022, the European Council agreed to ban almost 90 percent of Russian oil imports—with the notable exception of pipeline crude oil—complemented by stringent sanctions aimed at weakening Russia’s economic leverage. Does this shift suggest that the European Union’s transition to renewable energy is accelerating, not solely for climate reasons, but to achieve energy sovereignty amidst a geopolitical crisis?

The ongoing conflict in Ukraine has indeed catalyzed a unified European reassessment of energy dependence on Russia, prompting collective efforts to diversify energy sources and bolster energy security. As security studies scholar Marc Ozawa notes, Western European countries historically framed their reliance on Russian energy within the context of market transactions and economic interests, a legacy of the oil shocks during the 1970s OPEC crisis. In this light, reliance on Russian energy was, in some respects, a strategic response to earlier crises. (snip)

The transition to an energy sovereign economy cannot solely focus on implementing renewable energy—it requires more than technological advancements—it necessitates profound socioeconomic shifts and a reevaluation of the traditional monopolistic energy business model. A just transition, as scholars Elianor Gerrard and Peter Westoby emphasize, is “the idea that the burdens of decarbonization—such as job losses from the closing of the fossil fuel industry or the high costs of clean technologies—should not unfairly impact any one group.” Achieving this transition involves developing policies that are both pragmatic and ethically sound, ensuring that the shift to a low-carbon economy goes beyond labor market adjustments. At its core, a just transition seeks to reconcile environmental protection with the need to protect vulnerable communities long reliant on fossil fuels. The decarbonization process cannot succeed without prioritizing these communities, providing workforce development for fossil fuel workers, and supporting decentralized, community-owned renewable technologies with adequate storage capacities. Existing electric technologies and grid infrastructure shouldn’t become stranded in this process but be retrofitted to ensure efficiency and multilateral grid cooperation.

Peace & Justice History for 10/15:

October 15, 1965
In demonstrations organized by the student-run National Coordinating Committee to End the War in Vietnam, the first public burning of a draft card in the United States took place.

David Miller burning his draft card, 1965.
These demonstrations drew 100,000 people in 40 cities across the country. In New York City, David Miller, a young Catholic pacifist, became the first U.S. war protester to burn his draft card, doing so in direct violation of a recently passed federal law forbidding such acts. Agents from the Federal Bureau of Investigation later arrested him; he was tried, found guilty, and sentenced to two years’ imprisonment.
Memoirs of a Draft-Card Burner 
October 15, 1966

Huey Newton and Bobby Seale formed the Black Panther Party for Self-Defense in Oakland, California. Its revolutionary agenda, and the fact that its members, all U.S. citizens, were armed, prompted FBI chief J. Edgar Hoover to refer to it as as “the greatest threat to the internal security of the United States.”
First 6 members – Top Left to Right: Elbert “Big Man” Howard; Huey P. Newton, Sherman Forte, Chairman, Bobby Seale.
Read the Panthers’ Ten Point Platform and Program:

Bobby Seale(L) and Huey Newton(R)
Black Panther Party Legacy and Alumni 
Black Panther Party pin
October 15, 1966
The “Endangered Species Preservation Act” became law. It allowed the U.S. Fish and Wildlife Service to identify plant and animal varieties threatened with extinction, and to acquire land to preserve their habitats.
How the law has evolved 
October 15, 1969
22 million took part in the National Moratorium, a protest against the continuing war in Vietnam. This was an effort by David Hawk and Sam Brown, two anti-war activists, to forge a broad-based movement against the war.The organization initially focused its effort on 300 college campuses, but the idea soon grew and spread beyond colleges and universities. Hawk and Brown were assisted by the New Mobilization Committee to End the War in Vietnam, which was instrumental in organizing the nationally coordinated demonstrations.

One of the largest of the many events involved 100,000 people converging on Boston Common, but activities nationwide also included smaller rallies, marches, and prayer vigils. The demonstrations involved a broad spectrum of the population, including many who had never before raised their voices against the war. This was considered unprecedented: Walter Cronkite (then CBS news anchor) called it “historic in its scope. Never before had so many demonstrated their hope for peace.”
Later, a declassified Kissinger (then Nixon’s National Security Advisor) file revealed that these protests discouraged a plan by Nixon to use nuclear weapons in Vietnam.

Read more  
Reissued: The original Vietnam Moratoium Peace Dove button

https://www.peacebuttons.info/E-News/peacehistoryoctober.htm#october15

Reblog Michael Seidel, writer

I look forward to these every day, even though I don’t get to them until the night! 🤷‍♀️🌞🖖

Work to focus on engaging communities during the energy transition

(It can’t hurt to put bits like this out into the universe. Somebody’s working on this, and more people ought to. So a nice little discussion of what’s working is appropriate. -A)

October 11, 2024 ARC Laureate Fellows

This Cosmos series on Australian Research Council Laureate Fellows 2024 reflects excellence from world class researchers in Australia.

Chris Gibson is a Senior Professor in the School of Geography and Sustainable Communities at the University of Wollongong. For his ARC Fellowship, he is investigating how decarbonisation impacts Australian regions.

Professor Chris Gibson: finding a truce in the climate wars.

Decarbonisation and energy transition are at the sharp edge of a hot political battle. There is a lot of dispute over new technologies like offshore wind, and exactly what mix of energy we need. It’s like a second iteration of the climate wars. But after a decade of stalled policy on climate, we have to embrace the decarbonised future, whether we like it or not. It’s an issue that needs to transcend the political divide.

But we’re faced with a dilemma: we need urgent change, but urgent change rarely occurs, if ever, in a way that is fair. The burdens and benefits of change are not distributed equally across society. And the quicker the change, the more risks there are. Regions can be all too easily left behind.

Geographers think about how substantial change, like this energy transition, affects communities. We think of ourselves as an integrative discipline. We bring together expertise from across environmental science, economics, social geography, legal geography, and from experts who are good on governing transitions. By stitching together insights from all directions, we try to see the bigger picture.

My ARC project is aiming to put together a systematic understanding of what’s happening in decarbonisation, both from the top down, with a nationwide view, and from the ground up, about how people in different regions are responding to change.

We’re putting together a team to look at how decarbonisation hits the ground in different regions, and how it affects different workers, different industries, what kinds of opportunities come out of that, what kinds of changes are needed, how communities and households are responding to the decarbonisation challenge, and how a First Nations’ perspective can lead the way.

Community responses have to be taken seriously. It’s too easy and too convenient to cast aside sceptics as “nimbies” (Not In My Backyard) or selfish or ignorant. If you take the time to hear the diversity of opinions that come from communities, you’ll often find that people are worried about real issues, with valid concerns. Local communities are very knowledgeable about their patch, and have a capacity to understand what kinds of changes are needed. If we can forge a more inclusive process that brings regional perspectives, skills and experience to the forefront, we reduce the risk that regions are left behind. And governments might actually see regional communities as an opportunity rather than a hindrance to change.

A good example is here in the Illawarra, (Coastal New South Wales) where offshore wind has been very controversial in the last year. One of the lessons to be had is to not underestimate the community’s ability to understand what an energy transition means, and not to underestimate the degree of attachment people have to their local places.

The community here is highly knowledgeable about energy. The Illawarra has a workforce with a long history in heavy industry – the number of electricians per capita in the Illawarra must be as high as anywhere in Australia. And people have opinions – it’s not a passive region that knows nothing about the change that’s coming. The task is not purely to convince local people that this is a good thing, but to have a mature conversation with them about the pros and cons.

Who benefits in the energy transition?

There are all kinds of philosophical questions about who benefits, how those benefits are shared, what it means to turn our oceans into a space for energy generation. Some members of the community are asking for a proper conversation, because they don’t feel like they’ve been part of the story so far.

People react unpredictably to change that they see is imposed upon them. Let’s say it’s closing down a coal-fired power station in the Hunter Valley in New South Wales, or proposing a green hydrogen hub in South Australia – people don’t necessarily assess these as singular proposals that exist outside of everything else in their region or in their lives. People make sense of change in relation to their place, their community, their household, their family.

My work is about putting those people and their households first, and looking at it from their point of view. How does structural change look when we take into account the pressures of cost of living, on housing, on employment? People are grappling with these issues in their everyday lives.

There’s also a real risk in introducing changes that are presented to communities as if they have arrived from elsewhere, as a fait accompli. The direction of the flow of ideas and proposals, how they hit the ground, are a very important part of the process. If a proposal seems to arrive in their backyard from the top down – from a government or a corporation provider – you can get a community offside from the outset.

My work is about setting up different kinds of approaches that recognise that these communities have their own capacities and their own perspectives to offer. What we hope to do in the five years of the ARC Laureate program is develop an evidence base so that we can craft better models of how to manage this change. We’re looking at some of the implementations that have already occurred, tracing where those decarbonisation initiatives are hitting the ground, and looking at different kinds of community reactions – what sorts of processes work better than others in terms of building that relationship with community, as well as what happens when things end up in a more antagonistic situation.

Geography is the study of the relationship between humans and our environment. It has always occupied a slightly slippery position in universities and in public life, because we’re both a science and a social science, because we do this work of integrating perspectives from different areas of knowledge. In fact, we call ourselves all sorts of different things: we’re also environmental managers and coastal managers, policy officers and sustainability experts. It’s a discipline that connects, that fills the gaps. We often find solutions to problems by putting knowledge together from those different perspectives. It’s making these connections that can make a big difference.

As told to Graem Sims

https://cosmosmagazine.com/energise/engaging-communities-during-energy-transition/

Scientists Are Turning Mosquitoes “Trans” So They Can Fight Malaria

New LGBTQ+ insect just dropped. (From A: But is this really trans?)

By Abby Monteil October 8, 2024

From gay polyamorous flamingos to a “half-male, half-female bird” sighting, Mother Nature has proven that she’s pretty damn queer. But sometimes, scientists like to get in on the fun, too. It turns out that some are even using their talents to engineer “trans” mosquitoes (yes, really).

On October 5, the X account @Rainmaker1973 shared a video of a female mosquito attempting to bite a human hand. However, its blood-sucking attempts are thwarted because its proboscis — aka its needle-like mouth — could not break through the skin.

“Using the CRISPR technique, it’s possible to genetically modify mosquitoes by disabling a gene in females, so that their proboscis turns male, making them unable to pierce human skin,” @Rainmaker1973 explained.

Before we go further, a quick science lesson: According to the National Human Genome Research Institute, Clustered Regularly Interspaced Short Palindromic Repeats, or CRISPR, is a technology that allows scientists to selectively modify DNA.

So why use this technology on mosquitoes? Well, malaria, which kills more than 600,000 people per year, is transmitted to humans by female mosquitoes belonging to the genus Anopheles, which, per the National Institute of Allergy and Infectious Diseases, encompasses between 30 and 40 mosquito species. According to a 2018 study in the journal Nature Biotechnology, using CRISPR technology on female mosquitoes resulted in egg production reaching the point of “total population collapse” within 7 to 11 generations. In other words, this technique allows scientists to not only ensure that female mosquitoes carrying malaria can’t spread the disease to humans, but that they can’t reproduce in general. This CRISPR-enabled gene editing is just one of several techniques that researchers have used to fight the spread of malaria in humans.

So, sure, in a manner of speaking, scientists are doing their best to curb the spread of malaria by making some mosquitoes “trans.” In addition to being a genetic achievement, @Rainmaker1973’s viral video sharing the news also unsurprisingly inspired some excellent tweets. (see on the page)

She strokin tryna wake it up OMG… hrt no joke,” one X user tweeted.

“Mosquitoes pissing me off so I took out my crispr and gave them gender dysphoria,” another joked.

The past few years have introduced no shortage of queer bugs, from fruit flies who were potentially turned gay by air pollution to cicadas who became hypersexual zombies after being infected with a sexually transmitted fungus. What’s a few more trans mosquitoes?

https://www.them.us/story/mosquitoes-trans-crispr-gene-editing

Let’s talk about Vance, 5 chances, and bugs….

ABC’s Bird Library 

Rock Wren

“Pebbled Pathways”

5 Creepy Creatures Out to Suck Your Blood | Deep Look

This one is a bit creepy.  Maybe for Halloween?  But if you don’t want to learn about insects that scarf our blood and leave us with diseases this video is not for you.  Hugs.  Scottie

A Resource for Up-to-the-Hour News about Hurricane Milton

Sometimes knowledge helps us cope with less stress. Plus, this is available on any device, as long as there is wifi or mobile data available. Which, tomorrow, may not be a thing for Scottie, Ron, and the kitties tomorrow and after, as well as any other readers in the vast path of Milton. But up till then, there is current info. It’s better on the page; I put a bit here so we can see what’s available. The time zone will be that of the person accessing the info; I’m in Central, so this shows Central. I learned Zulu time researching tornado formation! NWS uses Zulu, as well, but this page does show regular time.

https://www.nhc.noaa.gov/


Tropical Weather Discussion

1205 UTC Tue Oct 8 2024
TC Type ImageHurricane Milton 
Satellite | Buoys | Grids | Storm Archive…
TODAY IS THE LAST FULL DAY FOR FLORIDA RESIDENTS TO GET THEIR FAMILIES AND HOMES READY AND EVACUATE IF TOLD TO DO SO BY LOCAL OFFICIALS…

10:00 AM CDT Tue Oct 8
Location: 22.7°N 88.4°W
Moving: ENE at 9 mph
Min pressure: 929 mb
Max sustained: 150 mph

Public
Advisory
#14

1000 AM CDT

Forecast
Advisory
#14

1500 UTC

Forecast
Discussion
#14

1000 AM CDT

Wind Speed
Probabilities
#14

1500 UTC 

NWS Local
Products

1133 AM EDT

US Watch/
Warning

1102 AM EDTProductos en español:

(más información)
Aviso
Publico

Pronóstico
Discusión


Wind Speed
Probabilities

Arrival Time
of Winds

Wind
History

Warnings/Cone
Interactive Map

Warnings/Cone
Static Images

Warnings and
Surface Wind

Key
Messages


Mensajes
Claves


Storm Surge
Inundation


Storm Surge
Watch/Warning


Peak
Surge


Rainfall
Potential


Flash Flooding
Potential

Q&A: How the UK became the first G7 country to phase out coal power

https://interactive.carbonbrief.org/coal-phaseout-UK/

Snippet:

By Molly Lempriere and Simon Evans

26 September 2024


The UK’s last coal-fired power plant, Ratcliffe-on-Soar in Nottinghamshire, will close this month, ending a 142-year era of burning coal to generate electricity.

The UK’s coal-power phaseout is internationally significant.

It is the first major economy – and first G7 member – to achieve this milestone. It also opened the world’s first coal-fired power station in 1882, on London’s Holborn Viaduct.

From 1882 until Ratcliffe’s closure, the UK’s coal plants will have burned through 4.6bn tonnes of coal and emitted 10.4bn tonnes of carbon dioxide (CO2) – more than most countries have ever produced from all sources, Carbon Brief analysis shows.

The UK’s coal-power phaseout will help push overall coal demand to levels not seen since the 1600s.

The phaseout was built on four key elements.

First, the availability of alternative electricity sources, sufficient to meet and exceed rising demand.

Second, bringing the construction of new coal capacity to an end.

Third, pricing externalities, such as air pollution and carbon dioxide (CO2), thus tipping the economic scales in favour of alternatives.

Fourth, the government setting a clear phaseout timeline a decade in advance, giving the power sector time to react and plan ahead.

The UK’s experience, set out and explored in depth in this article, demonstrates that rapid coal phaseouts are possible – and could be replicated internationally.

As the UK aims to fully decarbonise its power sector by 2030, it has the challenge – and opportunity – of trying to build another case study for successful climate action.

(snip-MORE)