4 Matching Annotations
- Jul 2023
-
www.nature.com www.nature.com
-
In addition to their high GHG emissions from consumption, high-SES people have disproportionate climate influence through at least four non-consumer roles: as investors, as role models within their social networks and for others who observe their choices, as participants in organizations and as citizens seeking to influence public policies or corporate behaviour
- for: high-SES, 1%, W2W, inequality, carbon inequality, elites, billionaires, millionaires, leverage point
- five high carbon emission areas of high-SES, HNWI, VHNWI
- consumption
- investor
- role model within social networks
- participants in organizations
- citizens seeking to influence public policies or corporate behavior
-
We focus on individuals and households with high socioeconomic status (SES; henceforth, high-SES people) because they have generated many of the problems of fossil fuel dependence that affect the rest of humanity.
- for: high-SES, 1%, W2W, inequality, carbon inequality, elites, billionaires, millionaires, leverage point
- definition
- high-SES
- high socioeconomic status
- equivalent to high net worth individual (HNWI) or
- very high net worth individual (VHNWI)
- high-SES
-
-
-
"In the paper we sketch five different roles
-
for: carbon inequality, W2W, leverage point
-
five leverage points
- consumer.
- investors
- lobbyist
- influencer
- citizen
-
-
people who are wealthy contribute the most to causing climate change, they are unfortunately also in the most ideal position to help us mitigate climate change.
- for: W2W, carbon inequality, leverage point
- quote
- "people who are wealthy contribute the most to causing climate change,
- they are unfortunately also in the most ideal position to help us mitigate climate change"
- "people who are wealthy contribute the most to causing climate change,
- author
- Kristian Nielsen
- https://www.nature.com/articles/s41560-021-00900-y
- The role of high-socioeconomic-status people in locking in or rapidly reducing energy-driven greenhouse gas emissions
- Kristian Nielsen
-