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The White House Office of Management and Budget released a memorandum on R&D priorities that directs agencies to prioritize basic science and lower costs in their FY 2019 budget requests. R&D investments should be made in military superiority, security, prosperity, energy dominance and health. The memo repeatedly encourages officials to identify, and divest of, research areas where industry is ready to make their own investments toward commercial development.

Using the latest data update of the National Science Foundation’s National Patterns of R&D Resources series, this article, the third and final of SSTI’s series on basic research, describes how the performers of R&D and basic research in the U.S. have changed over time.

The second in SSTI’s series on basic research, this article focuses on the ways that the funding sources of R&D and basic research have changed over time. Ultimately, the nature of basic research – long horizons, unknown rewards, and high costs – indicates why some sectors, namely the private sector, may seek shorter term options. A better understanding of the changing nature of funding sources for basic research may be useful in understanding the current state of research and development in the U.S.

Innovation in the United States, once a hallmark of economic success, finds itself resting on an increasingly weak foundation, according to an article in The New York Times. The author, Eduardo Porter, suggests that two trends – increased international competition and a stagnant R&D-to-GDP ratio – pose key challenges for the U.S. First, government funding for basic research continues to fall and is politically vulnerable. Second, evidence suggests that American corporations are walking away from basic science as well. Each of these challenges, Porter notes, bodes poorly for American progress. Using a variety of data sources, this Digest series provides a long-term analysis to assess how basic research has changed over time within the larger context of research and development in the United States.

In FY 2013, the federal government obligated $25.9 billion for science and engineering research and development (S&E R&D) at colleges and universities, a decrease of $1.6 billion from FY 2012 (5.7 percent). Eight states (California, New York, Maryland, Pennsylvania, Massachusetts, Texas, North Carolina, and Illinois) each received more than $1 billion in funding during FY 2013, though each state also experienced a decrease from their FY 2012 total.

Michigan’s University Research Corridor, an alliance of Michigan State University, the University of Michigan and Wayne State University, conducted $1.2 billion in academic R&D in the life, medical and health sciences, and served as a stabilizing force to the state’s economy as one of the only sectors that grew during the 2000s. Those are among the findings of the 2017 URC sector report, which was prepared by Public Sector Consultants. The report, Leading Discovery: URC Contributions to the Life, Medical and Health Sciences, notes that employment in the life, medical and health sciences sector, which accounts for one in eight jobs in Michigan, is up 18.9 percent since 2000, compared to overall Michigan employment, which is down 9.3 percent.

Although it has been slated for elimination under the president’s proposed budget, the Advanced Research Projects Agency-Energy (ARPA-E) program is making progress toward achieving its statutory mission and goals, and it “cannot reasonably be expected to have completely fulfilled those goals given so few years of operation and the size of its budget.” That is among the findings released this week by the National Academies of Sciences, Engineering and Medicine (NASEM) in its assessment of ARPA-E. The project was overseen by the Board on Science, Technology, and Economic Policy (STEP) and was tasked with assessing ARPA-E’s progress toward achieving its statutory mission and goals, and determining whether it is on a trajectory to achieve them. In short, the answer is that it is.

In part one of two, SSTI will examine NIH’s proposed changes that will place limits on individual researcher funding.

On May 2, the National Institutes of Health (NIH) announced that it intends to implement a new approach to grant funding with the purpose of increasing the number of researchers receiving grants. These proposed changes are due to a highly skewed distribution of NIH funding with 10 percent of NIH-funded investigators receiving over 40 percent of funding. NIH intends to roll out specific policies and procedures as part of the new approach – titled the Grant Support Index (GSI) – that will assess effectiveness of NIH research investments. During this time, NIH also will seek feedback from on how best to implement the individual grant funding limits.

The U.S. House Science Committee released a letter last week reasserting the majority party’s interest in setting R&D priorities for federal science agencies and supporting appropriation levels that generally align with the White House’s budget blueprint. The letter notes priorities for most of the $42 billion in R&D budgets within the committee’s purview.

While some researchers contend that university-industry collaboration may corrupt the academic ideal of open sciences and reduce academic productivity, researchers from the London Business School (LBS) and University of Southern California (USC) found that university-industry research collaborations – in certain situations – can lead to more publications but fewer patents than similar academic studies without industry partners. These findings would indicate that such collaboration can actually stimulate open science and increase academic productivity, rather than weaken it.

This week, we take a look at the top SSTI Weekly Digest stories from 2016 and give you an idea of what to look for in the coming months.

Nearly half of the U.S. states and the District of Columbia saw a 10 percent or greater increase in higher education R&D expenditures from FY 2010 to FY 2015 with five of those states (Connecticut, Georgia, Massachusetts, Nebraska, and Utah) seeing at least a 20 percent change, according to the National Science Foundation’s (NSF) Higher Education Research and Development (HERD) survey for 2015. Between FY10-15 overall U.S. research and development (R&D) spending at U.S.

The 21st Century Cures Act was signed by President Obama on Tuesday and is broadly intended to facilitate the research, development and transfer of medical discoveries in order to better-address diseases affecting American people. While the bill has received mainstream coverage for its bipartisanship – the core authors were two Democrats and two Republicans – and billions in new research spending – more than $5 billion in authorizations – the text also contains potentially significant changes for federally-supported medical research policy.

The National Science Foundation (NSF) estimates that U.S. research and development (R&D) funding reached an all-time high of $499.3 billion in 2015 – an increase of approximately $21.6 billion over 2014 levels ($477.7 billion). The $21.6 billion increase marks the third time in three years that overall U.S. R&D funding grew by more than $20 billion – $20.4 billion in 2013 and $21.1 billion in 2014.

U.S. research and development (R&D) performance rose to $477.7 billion in 2014 – an increase of $21.1 billion over 2013, according to a recent National Science Foundation (NSF) InfoBrief. When adjusted for inflation, growth in U.S. total R&D performance (1.2 percent annually between 2008 and 2014) matched the average pace of U.S. gross domestic product (GDP).

U.S. companies continue to emphasize innovation, as private performance of R&D increased for the fourth consecutive year, according to recently released data from the National Science Foundation. In total, U.S. businesses performed 6.7 percent more R&D in 2013 than in 2012, according to the data, and nearly 19 percent more R&D from 2010 to 2013. Combined, the top 10 states performed approximately two-thirds (65.3 percent) of all private research and development in the United States, led by California, whose $89.4 billion in corporate R&D performance accounted for 27.7 percent of the national total.

When the U.S. government made their R&D tax credit permanent in December 2015, it made a long-term commitment to using incentives to entice private firms to invest in research and development, joining many countries around the world. Although most studies find that R&D tax incentives promote R&D, there is little consensus on the extent of this effect. A recent firm-level analysis from the United Kingdom finds some of the strongest evidence to date on the effectiveness of R&D tax credits in incentivizing innovation. At the same time, however, other studies suggest other elements of a national economy such as education and infrastructure may be more important.

Because a research base that generates new knowledge is a key pillar of a technology-based economy, an important strategy in technology-based economic development is the expansion of research capacity. While states may go about addressing this in a variety of ways (e.g., R&D tax-credits, university-industry partnerships, recruiting eminent scholars), Florida drew national attention when it took a different approach last decade, allocating more than $450 million to attract nine research institutes through its Innovation Incentive Program (IIP).

As the 2015-2016 academic calendar comes to an end, several universities announced large financial contributions from foundations to address large societal issues including cancer and a variety of neurological disorders.  These large-scale initiatives will be undertaken at universities in California, Indiana, New York, Pennsylvania, and Texas.

As the 2015-2016 academic year comes to a close, universities and their industry partners have announced several new university-industry partnerships to leverage university research capabilities to address industry needs. Fortune 500 companies including IBM, Rolls-Royce, and several pharma companies have agreed to commit millions of dollars to support these partnerships targeted at increasing the pace of scientific discovery as well as training the next generation of STEM professionals.

The National Science Foundation tells of a record number of doctorates awarded at the same time the American Association of University Professors (AAUP) reports opportunities to secure tenure-track positions continue to shrink, the State Higher Education Executive Officers Association points out state support for higher education remain

New National Science Foundation data indicates that the federal government’s support for national laboratories and research centers has continued to decline in constant dollars after peaking with the 2011 infusion of American Recovery and Reinvestment Act (ARRA) funding.  Six federally funded research and development centers (FFRDC’s) comprise about one-half of all FFRDC spending: NASA’s Jet Propulsion Lab (JPL) and five Department of Energy national labs.

In many industrialized countries, including the U.S., government spending on research and development (R&D) has stagnated since the beginning of the decade. A new report from the Organization for Economic Cooperation and Development (OECD) highlights this trend, noting that overall government R&D spending in the group’s 34 member countries has reverted to levels at the beginning of the century. Recent data from the National Science Foundation (NSF) reveals that U.S.