GOJATLA: Zadarmo nic nikdy neni. Aby se ta infrastruktura na tekuta paliva zaplatila, musela by bezet vice vytizena, nez jen v obdobi letnich prebytku. Ekonomicky to tak dava smysl pouze pri napojeni na offshore elektrarny a/nebo v soucinnosti s nejakym velkym stacionarnim zdrojem - v podstate jediny mozny je jadro.

the fascists are going to win the elections
they're going to have us building walls
they're going to send your children off to slaughter in war

what I want you to do is to enter that
despair
that self-contempt
that confusion
that feeling of being lost


Moria migrants: Fire destroys Greek camp leaving 13,000 without shelter
https://www.bbc.com/news/world-europe-54082201

Police blocked roads from the camp to prevent migrants entering nearby towns.

Many attempted to carry their belongings to the port town of Mytilene but access was cordoned off. Reports suggest many slept in fields after the fire.

Some locals reportedly attacked and prevented migrants from passing through a nearby village after they fled the flames.

"We don't know where to go, and all the refugees are outside, and trying to find a place to at least just stay," he said.

SHEFIK: jo, no to zato my jsme pašáci, my snižujeme spotřební daň na naftu :-)

"vodíkové ekonomice" ve smyslu těch vlaků a náklaďáků - teda moc nevěřím, tam prostě převládnou baterie, i kvůli rekuperaci. Ale stacionární úložiště vodíku asi smysl dává, je to v podstatě jediné sezónní úložiště, které umíme (je tam spousta odpadního tepla, z těch palivových článků, takže by to dávalo smysl jako náhrada uhelných elektráren, s využitím existujících teplovodů)

Wildfires blazed along the Arctic Circle this summer, incinerating tundra, blanketing Siberian cities in smoke and capping the second extraordinary fire season in a row. By the time the fire season waned at the end of last month, the blazes had emitted a record 244 megatonnes of carbon dioxide — that’s 35% more than last year, which also set records. One culprit, scientists say, could be peatlands that are burning as the top of the world melts.

Peatlands are carbon-rich soils that accumulate as waterlogged plants slowly decay, sometimes over thousands of years. They are the most carbon-dense ecosystems on Earth; a typical northern peatland packs in roughly ten times as much carbon as a boreal forest. When peat burns, it releases its ancient carbon to the atmosphere, adding to the heat-trapping gases that cause climate change.

https://www.nature.com/articles/d41586-020-02568-y

EU Parliament's environment committee votes to support 60% EU emissions cut by 2030 | Reuters
https://www.reuters.com/...ment-committee-votes-to-support-60-eu-emissions-cut-by-2030-idUSKBN2602NT

Global Safety Net
https://www.globalsafetynet.app/

The first global-scale analysis of land areas requiring protection to solve the twin crises of biodiversity loss and climate change.

...

More than two years in development, the Global Safety Net is the first comprehensive global-scale analysis of terrestrial areas essential for biodiversity and climate resilience, totaling 50.4% of the Earth's land. The report was published in Science Advances and highlights the importance of protecting and restoring the natural world to address three converging crises -- climate change, the loss of biodiversity, and the emergence of novel viruses such as COVID-19.

The research team was led by the research organization RESOLVE in collaboration with the University of Minnesota, Arizona State University, and Globaïa, with funding provided by One Earth. The data compiled for the Global Safety Net (GSN1) is available through an interactive web application (GSNapp) developed by One Earth in partnership with Google Earth Engine and the data visualization firm Graphicacy. Users can click on a country, state, or ecoregion to see configurations of biologically important land for each region.

The research effort builds upon an array of global-scale data sets to identify areas that require conservation beyond the 15.1% of land area currently protected. These are compiled into five main layers at a 1 km resolution: Species Rarity Sites, High Biodiversity Areas, Large Mammal Landscapes, Intact Wilderness, and Climate Stabilization Areas.

https://www.facebook.com/259698768027121/posts/615065189157142/

EU se cini

Why Poland is finally giving up its dirty coal habit - Electrek
https://electrek.co/2020/09/10/why-poland-is-finally-giving-up-its-dirty-coal-habit/amp/

Poland generates a huge 74% of its electricity from coal — second only to Germany in Europe, and it’s the ninth-largest coal producer in the world. It has been the only country in the European Union to refuse to agree to reach net zero by 2050. It claimed it needed more time and money to make the shift.
But its hand has been forced by the rising costs of emissions permits required by the European Union’s cap-and-trade system, the EU’s other increasingly ambitious climate policies, and the pandemic, which caused a fall in the use of power. Reuters reports:

In an update of its energy strategy by 2040, the climate ministry said Poland plans to invest 150 billion zlotys ($40 billion) to build its first nuclear power plants, with 6-9 GW of capacity eventually. The first 1-1.6 GW facility would be up and running by 2033.
It also plans to build 8-11 gigawatts (GW) of offshore wind capacity by 2040 with investment estimated at 130 billion zlotys ($35 billion). The development of renewable and nuclear energy facilities will create 300,000 jobs, it said.

The climate ministry said that coal’s share in electricity production will fall to 37%-56% in 2030 and to 11-28% in 2040, depending on the carbon emission costs.

Compare this to November 2019, when Poland had expected the share of coal at 56%-60% in 2030 and at 28% in 2040.

France wants 6.5 GW of hydrogen capacity by 2030 – pv magazine International
https://www.pv-magazine.com/2020/09/10/france-wants-6-5-gw-of-hydrogen-capacity-by-2030/

The ministers reminded their audience the hydrogen strategy has been allocated €7.2 billion to 2030 under the France Relance plan, including €2 billion up to 2022.

The government defined three hydrogen priorities. Firstly, it wants to decarbonize the industry with a pathway to electrolysis for carbon-free fuel, rather than the generation of hydrogen from fossil fuels. In line with that aim, France will launch an Important Project of Common European Interest for hydrogen similar to the European sustainable battery manufacturing ambition. “This, notably, involves the planning of gigawatt-sized electrolyzer projects in France, according to a scheme similar to the battery plan which provides for the development of the Nersac and Douvrin factories by ACC, a joint venture of [carmaker stable] PSA and [energy company] Total/[and battery subsidiary] Saft (soon to be joined by Renault),” the hydrogen strategy stated.

The second priority is the development of hydrogen-fueled public transport and commercial goods vehicles – including trains and bin lorries – across large territories. A €350 million tender for innovative projects in that area will be held this year and a €275 million exercise has also been planned to procure ‘innovative large-scale industrial ecosystem’ facilities. The latter, which will attempt to encourage economies of scale, will be conducted by the Environment and Energy Management Agency.

Climate change will ultimately cost humanity $100,000 per ton of carbon, scientists estimate
https://phys.org/news/2020-09-climate-ultimately-humanity-ton-carbon.html