Earth Observation for Sensible Climate Policy
The United States lacks the basic information and digital infrastructure required to effectively respond to the emerging climate crisis. While the science and technology needed for sensible climate policy exists, efforts to leverage these technical resources are fragmented and undirected. Actors in the most important sectors of the U.S. economy are making long-term investment decisions based on inaccurate or outdated data as a result. In the past 10 years, for example, homes worth over $11.2 billion have been built in areas that are at risk from sea-level rise. Insurance companies have paid over $25 billion in claims resulting from the 2017 wildfires in California. Better information on environmental impacts of climate change will make it possible to mitigate losses from wildfires, droughts, floods, and extreme weather events. Therefore, the next Administration should invest in Earth observation to directly measure environmental change and greenhouse gas emissions.
The next Administration should also invest in modern data and information technology infrastructure to effectively and efficiently respond to climate change. Such digital infrastructure will make it easier to integrate climate science into decision making. These investments will not only strengthen the domestic economy, but will also reposition the United States as a global leader on one of the most pressing “moonshots” of our time—basic measurements of humanity’s impact on our home planet.
Challenge and Opportunity
By 2050, the cost of anthropogenic climate change to the United States is projected to be equivalent to the cost of a mid-scale pandemic, year-over-year. Yet American homeowners, small businesses, and even large enterprises are making investments with expected dividends in 10- 30 years as if the impacts of climate change are unknowable — they aren’t. The technology exists to measure the causes and effects of climate change at a resolution and frequency commensurate with economic decision-making. The challenge is to effectively organize disparate federal efforts to collect and distribute information about how our home planet is changing, so that Americans and American companies can make smart, forward-thinking choices.
Environmental information, especially about climate change, is a public good and should be provisioned by the public sector. In addition, there are sweeping economies of scale associated with Earth observation — with high upfront costs of data collection and data infrastructure, but low marginal costs to extend coverage from one state to the next. As such, the Federal Government is a natural home to lead and coordinate Earth observation.
Bolstering the Federal Government’s Earth observation will reposition the United States as a global leader on the most pressing “moonshots” of our time. Establishing capacity to collect basic information about the vital signs of our planet will be a clear diplomatic, scientific, and economic win for a new Administration. This document outlines feasible, measured, and near-term activities in support of that goal.
Plan of Action
The next Administration should take immediate and bold actions to elevate Earth observation at the federal level. Specifically, the next Administration should
Deputize the next NASA Administrator to lead Earth observation for the Federal Government, with decisive support for budget-neutral reallocation of resources toward Earth science. NASA has the mandate, public trust, technical resources, and science budget to take a leading role in monitoring climate change. Currently, only 7% of NASA’s annual budget is dedicated to studying our home planet. The urgency of climate change requires that number to be much higher. The percentage of NASA’s annual budget allocated to Earth science should be doubled within the first year of the next Administration. Moreover, structures to support climate science within the Federal Government are insufficient. NASA leadership will organize, elevate, and operationalize existing efforts. For example, reallocation and refocusing of resources could be used within the Small Business Innovation Research (SBIR) program to develop an ecosystem of firms capable of (i) collecting and processing climate data and (ii) creating decisionsupport tools to foster better understanding of climate change impacts and more effective adaptation responses.
Establish a Climate Corps to increase the pipeline of talent in climate-change mitigation and adaptation, with a specific branch dedicated to leveraging Earth observation data. The Climate Corps should adopt a tiered approach that puts members to work at the local, state, and federal levels, tailoring information and services delivered accordingly. The federal branch of the Climate Corps could be modeled on and work with existing programs such as the Presidential Innovation Fellows. The state and local branches of the Climate Corps would link federal investment in climate data and science with on-theground needs. Localities on the front lines of climate change require tailored scientific and technical expertise to support evidence-based decision-making. We recommend recruiting graduates with science and technical degrees to branches of the Climate Corps focused on serving such localities nationwide. Much like the Peace Corps embeds members within communities abroad, this Climate Corps branch would embed members within front-line communities at home to facilitate two-way communication about local needs, relevant scientific findings and capabilities, and informed investments at all levels of government.
Create a collaborative public-private partnership for climate data and science, much like the BRAIN Initiative brings together public and private entities to advance understanding of brain function. The partnership should be overseen by a civilian science board and should aim to allocate $5 billion over five years in applied research grants to universities and small businesses. These grants would spur development of innovative technologies to monitor Earth systems in response to community and industry needs. Supported by committed involvement from the Department of Defense (e.g., DARPA, IARPA), part of the partnership’s mandate should be to reinstate the MEDEA program (or follow-on incarnation) to make military data assets available to civilian researchers and data scientists.
Conclusion
There are moral and economic imperatives for the United States to take swift action, supported by consistent and credible data, on climate change. Global investment in Earth observation is insufficient to adequately respond to climate change. The United States can leverage its comparative advantage in scientific diplomacy and domestic talent to fill this information gap. By doing so, our nation can lead the world to the next great human achievement—a stable and productive climate.
The federal government spends billions every year on wildfire suppression and recovery. Despite this, the size and intensity of fires continues to grow, increasing costs to human health, property, and the economy as a whole.
Congress and the incoming Trump Administration should work together to reinforce the U.S. position in the regions, recognizing the role Antarctica in particular may have in a changing global order and its significance for sea-level rise.
A National Water Technology Pipeline would mobilize American entrepreneurs and manufacturers to lead on research and development of the next generation of solutions in water treatment, monitoring, and data management.
The federal government should designate “Receiving Cities” to which it will allocate funds and tax incentives aimed at producing and preserving affordable housing, in anticipation of population inflows.