SHEFIK:
TADEAS:

SHEFIK: už jsme měli je to interpretovaný jako compound disaster že třeba v tom Vancouveru je ta povodeň proto že v létě shořely lesy a zmenilo to půdu tak že je tvrdá a voda teď teče Bez jakékoliv zábrany

Budoucnost čistší, levnější, s novými pracovními místy a nulovými emisemi. Dostupné elektromobily pro všechny a zemědělství respektující přírodu. Tak popisuje rok 2050 Matthias Buck, odborník na energetickou politiku z německého think tanku Agora specializujícího se na energetickou tranzici. A kromě toho vám prozradí, jak vypadá takzvaný planetární jídelníček a jak často si v budoucnu budeme moct dovolit steak.

Bezuhlíková Evropa do roku 2050 je možná, náš životní styl se ale bude muset proměnit, říká expert na energii - VOXPOT
https://www.voxpot.cz/technologie-pro-obnovitelny-svet-uz-mame-schazi-jen-vule-politiku-i-nas-samotnych-rika-expert-na-energii/

#positive #hope

Autokraciim se musi nechat, ze otocit kormidlem je fakt rychly :)

1,5 pul miliardy lidi onboarded. Jeste nas jednou budou ucit o sustainability.

China creates vast research infrastructure to support ambitious climate goals
https://www.nature.com/articles/d41586-021-03491-6

Carbon-neutrality institutes, and other initiatives to support a pledge to achieve net zero by 2060, are popping up like mushrooms across China.
...
Already this year, more than ten prominent universities and institutions have set up carbon-neutrality-research institutes; the Chinese Academy of Sciences launched a centre last month.
...
The country is experiencing a “national movement”, says Wu Libo, an environmental economist at Fudan University in Shanghai, as companies, regional governments and academia shift gears.
...
Carbon capture and sequestration technologies will also be important to achieving China’s goals, according to the documents, and could be another focus for researchers. There is also a plan for electric and hybrid vehicles to make up 40% of those sold by 2030. Much more detail is expected to come in future documents, say researchers.
...

people v mann ,)

The climate community can’t waste time in-fighting. We should not call scientists who warn of collapse “doomers”. We should support their bravery. Most scientists are running to the hills with their families. These ones care enough about you to stay & tell the truth.

An important PETITION: Celebrity climate communicator, Professor Mann must stop downplaying the severity of our predicament, labelling experts, activists and concerned citizens who disagree either 'doomers' and/or 'bad actors'.
Please sign and share.

Denigrating climate activists is unacceptable and dangerous - Action Network
https://actionnetwork.org/petitions/denigrating-climate-activists-is-unacceptable-and-dangerous

TADEAS:

The central underpinning concept of this study therefore differs from the conjecture in other studies that certain locations may be ‘preserved’ as lifeboats through deliberate action (i.e., by governments or other groups). Instead, the formation of any ‘node of persisting complexity’ would be through system behaviour arising from certain starting conditions, i.e., is an analysis of an evolutionary process that would occur largely outside of direct human control. This description has some similarities with the ‘Regenerative Bioregions’ concept [65] in which future localised populations may persist through their overall biophysical demands matching regional ecological conditions and carrying capacities.

...

The methodology for assessing which nations have the potential to form ‘nodes of persisting complexity’ utilises the outputs of the ‘University of Notre Dame—Global Adaptation Index’ (ND-GAIN) study, which assessed and ranked all nations in terms of vulnerability and readiness to future environmental change. The ND-GAIN ranking was screened against additional semi-quantitative measures specifically related to the ‘nodes of persisting complexity’ concept to generate a ‘shortlist’ of five nations (New Zealand, Iceland, the United Kingdom, Australia (Tasmania) and Ireland). Each of these was then further qualitatively assessed for their individual, local-scale (primarily energy and agricultural) characteristics. This identified New Zealand as having the greatest potential to form a ‘node of persisting complexity’, with Iceland, Australia (Tasmania) and Ireland also having favourable characteristics. The United Kingdom presents a more complex picture and potentially has less favourable characteristics overall.

neco pro ymladris k citadelam :)

Sustainability | Free Full-Text | An Analysis of the Potential for the Formation of ‘Nodes of Persisting Complexity’
https://www.mdpi.com/2071-1050/13/15/8161

Human civilisation has undergone a continuous trajectory of rising sociopolitical complexity since its inception; a trend which has undergone a dramatic recent acceleration. This phenomenon has resulted in increasingly severe perturbation of the Earth System, manifesting recently as global-scale effects such as climate change. These effects create an increased risk of a global ‘de-complexification’ (collapse) event in which complexity could undergo widespread reversal. ‘Nodes of persisting complexity’ are geographical locations which may experience lesser effects from ‘de-complexification’ due to having ‘favourable starting conditions’ that may allow the retention of a degree of complexity. A shortlist of nations (New Zealand, Iceland, the United Kingdom, Australia and Ireland) were identified and qualitatively analysed in detail to ascertain their potential to form ‘nodes of persisting complexity’ (New Zealand is identified as having the greatest potential). The analysis outputs are applied to identify insights for enhancing resilience to ‘de-complexification’.