Round Up

Harvard Project on Climate Agreements Discussion Paper Series and Related Research

Nov. 07, 2018

The Harvard Project on Climate Agreements is supporting more than twenty-seven research projects from leading thinkers around the world, including from Europe, China, Japan, India, Australia, and the United States. These projects range in topic from complete architectures to succeed the Kyoto Protocol, to proposed solutions to specific problems climate negotiators face, such as facilitating technology transfer to developing countries, preventing deforestation, and enforcing a global climate agreement.

For more information on this publication: Belfer Communications Office
For Academic Citation:
Recommended
In the Spotlight
RSS
A detailed look at China’s development of a hydrogen bomb in fewer than three years, quicker than all other initial nuclear weapons states.
'New Cold Wars' are “more complex, more dangerous than the old one, because China and Russia are teaming up together.”
While U.S. media reports blame Iran and its drone attacks for “pouring gasoline on a region that is already in flames,” there's a lot more to the story, and “most of it reflects poorly on the United States.”
Most Viewed

1 Items

International Climate Technology Strategies

Discussion Paper - Harvard Project on Climate Agreements, Belfer Center

International Climate Technology Strategies

    Author:
  • Richard G. Newell
| October 2008

This paper considers opportunities for improved and expanded international development and transfer of climate technologies. It characterizes the economic scale of the climate technology challenge, and it reviews the pattern of public and private R&D and the rationale for R&D policies within the global innovation system. The paper clarifies the importance of options for inducing technology market demand through domestic GHG pricing, international trade, and international development assistance. It then turns to upstream innovation strategies, including international coordination and funding of climate technology R&D, and knowledge transfer through intellectual property. The paper concludes that a successful international effort to accelerate and then sustain the rate of development and transfer of GHG mitigation technologies must harness a diverse set of markets and institutions beyond those explicitly related to climate, to include those for energy, trade, development, and intellectual property.