438 Items

The Hardin Generating Station

AP Photo/Matthew Brown

Analysis & Opinions - The Atlantic

How to Decarbonize Crypto

| Dec. 06, 2022

Maintaining bitcoin and other cryptocurrencies causes about 0.3 percent of global CO2 emissions. That may not sound like a lot, but it’s more than the emissions of Switzerland, Croatia, and Norway combined. As many cryptocurrencies crash and the FTX bankruptcy moves into the litigation stage, regulators are likely to scrutinize the crypto world more than ever before. This presents a perfect opportunity to curb their environmental damage.

The good news is that cryptocurrencies don’t have to be carbon intensive. In fact, some have near-zero emissions. To encourage polluting currencies to reduce their carbon footprint, we need to force buyers to pay for their environmental harms through taxes.

Long exposure of the full moon rising over Lake Isabella reservoir

Wikimedia CC/Junkyardsparkle

Analysis & Opinions - The Hill

Fires, Smoke, Floods, Droughts, Storms, Heat: America Needs a Climate Resilience Strategy

| May 02, 2021

In the face of advancing impacts of climate change — fires, smoke, floods, droughts, storms, and heat— Lara Hansen and Joel Clement argue for changing the way the country does business in every facet of the economy, with an eye toward reducing risk, increasing resilience, and ensuring equity and justice.

embers light up a hillside behind the Bidwell Bar Bridge as the Bear Fire burns in Oroville, Calif.

AP/Noah Berger, File

Analysis & Opinions - Scientific American

The Next Administration Must Get Science and Technology Policy Right

    Authors:
  • Susan Eisenhower
  • Wanda Austin
  • Ryan Costello
  • Margaret Hamburg
  • Eric Lander
  • Arati Prabhakar
  • Kathy Sullivan
  • Deborah Wince-Smith
| Sep. 22, 2020

John P. Holdren and coauthors argue that the next presidential administration must renew its commitment to investing in science and technology regardless of who wins in November. The United States is facing a great host of challenges that underscore the urgent need for renewed investment in the science and technology enterprise and the rapid application of new scientific knowledge and advanced technology to solve complex problems.

man wearing a shirt promoting TikTok

AP/Ng Han Guan

Analysis & Opinions - Project Syndicate

The Other Global Power Shift

| Aug. 06, 2020

Joseph Nye writes that the world is increasingly obsessed with the ongoing power struggle between the United States and China. But the technology-driven shift of power away from states to transnational actors and global forces brings a new and unfamiliar complexity to global affairs.

Shri Piyush Goyal addressing a Press Conference

Wikimedia/Ministry of Power (GODL-India)

Journal Article - Energy Research & Social Science

Illuminating Homes with LEDs in India: Rapid Market Creation Towards Low-carbon Technology Transition in a Developing Country

| August 2020

This paper examines a recent, rapid, and ongoing transition of India's lighting market to light emitting diode (LED) technology, from a negligible market share to LEDs becoming the dominant lighting products within five years, despite the country's otherwise limited visibility in the global solid-state lighting industry.

Chernobyl welcome sign

Wikimedia CC/Jorge Franganillo

Journal Article - Futures

Accumulating Evidence Using Crowdsourcing and Machine Learning: A Living Bibliography about Existential Risk and Global Catastrophic Risk

    Authors:
  • Gorm E. Shackelford
  • Luke Kemp
  • Catherine Rhodes
  • Lalitha Sundaram
  • Seán S. ÓhÉigeartaigh
  • Simon Beard
  • Haydn Belfield
  • Shahar Avin
  • Dag Sørebø
  • Elliot M. Jones
  • John B. Hume
  • David Price
  • David Pyle
  • Daniel Hurt
  • Theodore Stone
  • Harry Watkins
  • Lydia Collas
  • Bryony C. Cade
  • Thomas Frederick Johnson
  • Zachary Freitas-Groff
  • David Denkenberger
  • Michael Levot
  • William J. Sutherland
| February 2020

The study of existential risk — the risk of human extinction or the collapse of human civilization — has only recently emerged as an integrated field of research, and yet an overwhelming volume of relevant research has already been published. To provide an evidence base for policy and risk analysis, this research should be systematically reviewed. In a systematic review, one of many time-consuming tasks is to read the titles and abstracts of research publications, to see if they meet the inclusion criteria. The authors show how this task can be shared between multiple people (using crowdsourcing) and partially automated (using machine learning), as methods of handling an overwhelming volume of research.