- Nov 2024
-
jgvw2024.peergos.me jgvw2024.peergos.me
-
Matters ArisingCross-scale translation of Earth system boundaries should use methods that are more science-based
for - cross scale translation of earth system boundaries - critique - Xue & Bakshi, 2022
Summary - This paper offers a critique of the review paper "Translating Earth system boundaries for cities and businesses by Bai et al. - The critique depends on two arguments: - the methods in this review paper are "overly subjective" - there are more scientifically rigorous methods for translation available but have not been included in the review paper - the approaches discussed may violate the "incentivizing" principle proposed in Fig. 3 by - discouraging the protection and restoration of ecosystems. - the authors offer details supporting their critique in their published works below
-
-
jgvw2024.peergos.me jgvw2024.peergos.me
-
Fig. 3
for - paper - Translating Earth system boundaries for cities and businesses - Fig. 3 - Ten principles of translation - Bai et al. 2024 - from - paper - Cross-scale translation of Earth system boundaries should use methods that are more science-based - citation of Fig.3 - Xue & Bakshi
from - paper - citation - Cross-scale translation of Earth system boundaries should use methods that are more science-based - citation of Fig.3 - Xue & Bakshi - https://hyp.is/xf3MxqveEe-pGZeWkHHcLA/jgvw2024.peergos.me/StopResetGo/2024/11/PDFs/MattersArisingBaietal.pdf
-
for - paper - Nature Sustainability - Translating Earth system boundaries for cities and business - Bai et al., 2024 - cross scale translation of earth system boundaries - Bai et al., 2024 - downscaling planetary boundaries - earth system boundaries - from - paper - Cross-scale translation of Earth system boundaries should use methods that are more science-based - Xue & Bakshi
paper details - Title: Translating Earth system boundaries for cities and businesses - Author: Bai et al. - Publisher: Nature Sustainability - Date: 2024, Jan 4
from - paper - Cross-scale translation of Earth system boundaries should use methods that are more science-based - Xue & Bakshi - https://hyp.is/jKlP4KvZEe-p1v9b-AbDOQ/jgvw2024.peergos.me/StopResetGo/2024/11/PDFs/MattersArisingBaietal.pdf
Tags
- cross scale translation of earth system boundaries - Bai et al., 2024
- paper - Translating Earth system boundaries for cities and businesses - Fig. 3 - Ten principles of translation - Bai et al. 2024
- paper - Nature Sustainability - Translating Earth system boundaries for cities and business - Bai et al., 2024
- downscaling planetary boundaries - earth system boundaries
- from - paper - citation - Cross-scale translation of Earth system boundaries should use methods that are more science-based - citation of Fig.3 - Xue & Bakshi
Annotators
URL
-
-
-
for - search - Google - cross scale translation of earth system boundaries
search - Google - cross scale translation of earth system boundaries - https://www.google.com/search?q=cross+scale+translation+of+earth+system+boundaries&oq=cross+scale+translation+of+earth+system+boundaries&gs_lcrp=EgZjaHJvbWUyBggAEEUYOTIHCAEQIRigATIHCAIQIRigATIHCAMQIRigATIHCAQQIRigATIHCAUQIRiPAjIHCAYQIRiPAtIBCTEwMzE1ajBqN6gCALACAA&sourceid=chrome&ie=UTF-8
results returned of interest - Cross-scale translation of Earth system boundaries should use methods that are more science-based Cite as: Ying Xue, Bhavik R Bakshi. Cross-scale translation of Earth system boundaries should use methods that are more science-based. Authorea. - https://www.authorea.com/users/665742/articles/1231161-cross-scale-translation-of-earth-system-boundaries-should-use-methods-that-are-more-science-based
-
- Sep 2024
-
www.thelancet.com www.thelancet.com
-
Cities and businesses are key actors driving anthropogenic pressures, but have received less attention in sustainability assessments than countries. The unique challenges associated with these actors need to be understood and resolved in translation methods, and approaches that reflect the specific environmental, social, and economic contexts of cities and businesses need to be developed
for - Earth system boundaries - importance of developing cross scale translation for cities and businesses as key actors
-
- Aug 2024
-
link.chtbl.com link.chtbl.com
-
for - Cities 1.5 podcast - guests - Xuemei Bai - earth system boundaries downscaled to cities - cross-scale translation of earth system boundaries
-
-
www.truthdig.com www.truthdig.com
-
he’s spent years grappling with barriers to retrofit existing cities.
for - urban planetary boundaries - barriers to transition - downscaled planetary boundaries - barriers to transition - cross-scale translation of earth system boundaries - barriers to transition - question - retrofitting cities to stay within the doughnut - what are the challenges?
-
- Sep 2023
-
www.sciencedirect.com www.sciencedirect.com
-
- for: green city, living city, environmental justice, safe and just transition, safe and just boundaries earth system boundaries, just transition, climate justice, cross-scale translation of earth system boundaries
- title: Environmental justice in a very green city: Spatial inequality in exposure to urban nature, air pollution and heat in Oslo, Norway
- author: Zander S. Venter, Helene Figari, Olve Krange, Vegard Gundersen
- date: Feb. 2023
- source: https://www.sciencedirect.com/science/article/pii/S004896972207293X#f0005
-
- Aug 2023
-
iopscience.iop.org iopscience.iop.org
-
the systemwide optimum population cohort for the climate action interventions is a community (P4) of 10 000 persons
-
for: cross-scale translation of earth system boundaries, downscaled planetary boundaries, leverage point
-
stats
- 10000 to 1 million is optimum size
- question: investigate rationale
-
-
We suggest that prioritizing the analyzed climate actions between community and urban scales, where global and local converge, can help catalyze and enhance individual, household and local practices, and support national and international policies and finances for rapid sustainability transformations.
- for: cross-scale translation of earth system boundaries, downscaled planetary boundaries, leverage point
- key finding
- suitable cohorts and cohort ranges for rapidly deploying climate and sustainability actions between a single individual and the globally projected ∼ 10 billion persons by 2050 is:
- community scale between 10k and 100k
-
- for: cross-scale translation of earth system boundaries, downscaled planetary boundaries, leverage point
- title: Powers of 10: seeking 'sweet spots' for rapid climate and sustainability actions between individual and global scales
-
-
www.pewresearch.org www.pewresearch.org
-
So far, smart city systems are being set up to appropriate and commercialize individual and community data. So far, communities are not waking up to the realization that a capacity they need is being stolen from them before they have it.”
- for: smart cities, doughnut cities, cosmolocal, downscaled planetary boundaries, cross-scale translation of earth system boundaries, TPF, community data, local data, open data, community data ownership, quote, quote - Garth Graham, quote - community owned data
- quote
- paraphrase
- Innovation in the creation and sustainability of social institutions acts predominantly at the local level.
- In the Internet of Things, for those capacities to emerge in smart cities, communities need the capacity to own and analyse the data created that models what they are experiencing.
- Local data needs to be seen as a common, pool resource.
- Where that occurs, communities will have the capacity to learn or innovate their way forward.
- So far, smart city systems are being set up to appropriate and commercialize individual and community data.
- So far, communities are not waking up to the realization that a capacity they need is being stolen from them before they have it.
- author: Garth Graham
- leader of Telecommunities Canada
Tags
- open data
- quote Garth Graham
- TPF
- community data ownership
- Telecommunities Canada
- doughnut cities
- smart cities
- Garth Graham
- cosmolocal
- community data
- quote
- downscaling planetary boundaries
- quote - community data ownership
- localization
- cross-scale translation of earth system boundaries
Annotators
URL
-