- Oct 2024
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ageoftransformation.org ageoftransformation.org
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for - rapid whole system change - Nafeez Ahmed - planetary phase shift - Nafeez Ahmed - planetary adaptive cycle - Nafeez Ahmed - essay - The End of Scarcity? From ‘Polycrisis’ to Planetary Phase Shift - Nafeez Ahmed - 2024 Oct 16 - to - book - The Ascent of Humanity - chapter 8 Self and Cosmos: The Gaian Birthing - stillborn and the perilous journey through the womb - Charles Eisenstein
summary - This is a good article that makes sense of the inflection point that humanity now faces as it contends with multiple existential crisis - It summarizes the complexity of our polycrisis and its precarity and lays the theory for looking at the polycrisis from a different perspective: - as a planetary phase shift towards the potential end of scarcity and the next stage of our species evolution - Through the lens of ecologist Crawford Stanley Holling's lens of the adaptive cycle of ecological population dynamics, - and especially his 2004 paper "From Complex Regions to Complex Worlds" - Nafeez extends Holling's argument that we are undergoing a planetary adaptive cycle in which the back-loop is the dying industrial era. - In this sense, it is reminiscent of the writings of Charles Eisenstein in his book "The Ascent of Humanity", chapter 8: Self and Cosmos:, The Gaian Birth. - Eisenstein uses the the perilous journey of birth through the womb door as a metaphor of the transition we are currently undergoing.
to - paper - From Complex Regions to Complex Worlds - Crawford Stanley Holling - 2004 - https://hyp.is/KYCm2pFrEe-_PEu84xshXw/www.ecologyandsociety.org/vol9/iss1/art11/main.html?ref=ageoftransformation.org - book - The Ascent of Humanity - Chapter 8 - The Gaian Birthing - Charles Eisenstein - https://hyp.is/r8scTpG_Ee-gLTujlli5hQ/charleseisenstein.org/books/the-ascent-of-humanity/eng/the-gaian-birthing/
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To galvanise the final reorganisation stage of the life cycle of industrial civilisation, we will need to
for - rapid whole system change - steps in the reorganization phase - experiment with - new decentralized models of localized ownership and creation - global collaborative models of product design and technology development - transborder mechanisms of political cooperation - participatory economic structures - worldviews which recognize the symbiosis of human life with the earth - values which privilege human-planetary interconnection and mutual thriving over unlimited material consumption for its own sake
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This new way of seeing the world should place humanity’s emergence as a planetary species at its centre. That reveals the biggest information gap of all: the inability to see that we are in the midst of a great transformation that could entail the dawn of a whole new life cycle for humanity on a planetary scale.
for - whole system change - big picture - back loop of planetary adaptive cycle - entering the reorganization phase - regional to planetary life cycle
Tags
- planetary phase shift - Nafeez Ahmed
- to - paper - From Complex Regions to Complex Worlds - Crawford Stanley Holling - 2004
- whole system change - big picture - back loop of planetary adaptive cycle - entering the reorganization phase - regional to planetary life cycle
- planetary adaptive cycle - Crawford Stanley Holling
- essay - The End of Scarcity? From ‘Polycrisis’ to Planetary Phase Shift - Nafeez Ahmed - 2024 Oct 16
- planetary adaptive cycle - Nafeez Ahmed
- rapid whole system change - Nafeez Ahmed
- to - book - The Ascent of Humanity - chapter 8 Self and Cosmos: The Gaian Birthing - stillborn and the perilous journey through the womb - Charles Eisenstein
- rapid whole system change - steps in the reorganization phase
Annotators
URL
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www.ecologyandsociety.org www.ecologyandsociety.org
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The front-loop phase is more predictable, with higher degrees of certainty. In both the natural and social worlds, it maximizes production and accumulation. We have been in that mode since World War II. The consequence of this is not only an accumulation and concentration of wealth, but also the emergence of greater vulnerability because of the increasing number of interconnections that link that wealth, and those who control it, in efforts to sustain it. Little time and few resources are available for alternatives that explore different visions or opportunities. Emergence and novelty is inhibited. This growing connectedness leads to increasing rigidity in its goal to retain control, and the system becomes ever more tightly bound together. This reduces resilience and the capacity of the system to absorb change, thus increasing the threat of abrupt change. We can recognize the need for change but become politically stifled in our capacity to act effectively.
for - quote - we are in a back-loop phase - From Complex Regions to Complex Worlds - Crawford Stanley Holling - 2004 - creative alternatives - liminal spaces - rapid whole system change
comment - This is important for discussion for change actors working in liminal spaces attempting to give birth to creative alternatives
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- Jul 2024
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for - sustainable building - phase change material - PCM - DIY - wearable cooling vest - phase change material - PCM
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royaldanishacademy.com royaldanishacademy.com
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for - sustainable building - PCM - phase change material
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- Jun 2024
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coevolving.com coevolving.com
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holistic behaviour is that instability which occurs in objects that are very vulnerable to a change in one part: when one part changes,
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- Jan 2024
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docdrop.org docdrop.org
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helioterra
for - helioterra - building - material - earth - phase change
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- Jun 2020
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chem.libretexts.org chem.libretexts.org
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Figure 6.1.46.1.4\PageIndex{4}: Temperature versus heat. The system is constructed so that no vapor evaporates while ice warms to become liquid water, and so that, when vaporization occurs, the vapor remains in the system. The long stretches of constant temperatures at 0oC0oC0^oC and 100oC100oC100^oC reflect the large amounts of heat needed to cause melting and vaporization, respectively.
Figure 6.1.4 : Temperature versus heat. The system is constructed so that no vapor evaporates while ice warms to become liquid water, and so that, when vaporization occurs, the vapor remains in the system. The long stretches of constant temperatures at 0oC and 100oC reflect the large amounts of heat needed to cause melting and vaporization, respectively.
Tags
- enthalpy
- KW: heat
- melting
- vaporization
- berkeley
- summer2020
- chem1a
- Chemistry101A
- temperature
- phase change
- kubinec
Annotators
URL
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