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Florida Gov. Rick Scott recently provided details on his $80 million plan to bolster cancer research and treatment in the state. Of that amount, $60 million would be aimed at building a statewide network of federally designated National Cancer Institute centers, while the remaining $20 million would support peer-reviewed research grants. Currently, Florida only has one National Cancer Institute center, the Moffitt Cancer Center in Tampa. Gov. Scott’s effort would help centers in Orlando, Miami and possibly other parts of the state, upgrade their programs to pursue the designation.

With buy-in from the state and private industry, the University of Wyoming (UW) School of Energy Resources will move forward with plans to build a major new energy and engineering research complex. The recently enacted 2014-16 biennial budget also includes $8 million in support of UW’s efforts to gain “Tier 1” status for the engineering school, matching funds to establish endowed chairs, and $15 million for a test center to study carbon sequestration.

Between FY2007-12, research and development (R&D) spending at U.S. universities grew 27.5 percent, from about $51.6 billion to $65.8 billion, according to the latest edition of the National Science Foundation’s (NSF) Higher Education Research and Development (HERD) survey. The survey provides a look at R&D spending at U.S. universities, with data broken down by state, institution, research area and funding sources.

The U.S. remains the global leader in research and development (R&D) spending, but its share of global research is on the decline, according to the National Science Board’s (NSB) Science and Engineering Indicators 2014 report. U.S. R&D expenditures, including government, private and academic spending, reached about $428 billion in 2011 (see our previous Digest article on U.S. R&D spending), representing a 21.4 percent increase over 2006.

Gov. Martin O’Malley’s FY15 budget includes increased funding for the state’s biotech tax credit, cyber tax credit and R&D tax credit, and provides level funds to continue longstanding tech-based and workforce initiatives.

Despite a small decline in research investment in 2011, New Mexico continues to have the country’s most research-focused economy, according to the National Science Foundation National Patterns of R&D Resources survey. Maryland, Massachusetts, Washington and California also ranked among the top most R&D intensive economies in 2011. SSTI has prepared tables, based on the NSF data, showing total R&D spending and R&D intensity at the national and state level from 2006-11.

Now in its 14th year, SSTI's Tech Talkin' Govs series has returned as governors across the country formally convene the 2014 legislative sessions. The series highlights new and expanded TBED proposals from governors' State of the State, Budget and Inaugural addresses. The first edition includes excerpts from speeches delivered in Idaho, Kentucky, New York, Virginia, and West Virginia.

U.S. R&D spending began to rebound in 2011 and 2012 after several years of stagnation, according to new survey data released by the National Science Foundation. During the economic crisis of 2008-10, R&D expenditures froze at just over $400 billion. Newly revised data for 2011 and preliminary data for 2012 indicate that R&D spending began to recover in those years, outpacing U.S. GDP growth. This resurgence, however, has not materialized for all stages of research.

Battelle Memorial Institute and R&D Magazine have released their annual Global Funding Forecast, an assessment of global political and economic impacts on worldwide industrial research. The report notes that although global R&D spending by leading countries has remained virtually unchanged since the Great Recession, the flows of innovation research have changed substantially.

U.S. spending on higher education research and development (R&D) declined in FY12 (after adjustments for inflation) for the first time in almost 40 years, according to data from the National Science Foundation (NSF). The decrease marks the end of a period of modest growth since 2009 in which R&D expenditures increased at an average of five percent each year. While data on higher education R&D spending by state is not yet available for FY12, NSF has released state data through FY11, including expenditures by funding source

State government agencies spent $1.4 billion on research in FY11, an 11.3 percent increase over the previous year, according to a release from the National Science Foundation. Much of the increase was concentrated in the top five states, New York, Ohio, Florida, California and Pennsylvania, which together represent about 51 percent of total U.S. state R&D spending.

In tech-based economic development circles, universities are frequently thought of as engines for regional economic growth, engines whose effectiveness is determined by the volume of research conducted and the ability of faculty and staff to turn discoveries into commercially available goods and services. The authors of two recent academic articles suggest that regional economies are also a key determinant of university success.

The National Science Foundation (NSF) has announced that it will award $74 million total for the creation of four interdisciplinary research and education centers as part of the third generation of NSF Engineering Research Centers. In addition to their primary focus on commercialization and education, these centers will emphasize innovation, entrepreneurship, small business collaboration, and international partnerships. For the first time, two of the ERCs will be co-funded by the Department of Energy.

According to the National Science Foundation’s (NSF) Higher Education Research and Development (HERD) Survey the percentage of university R&D funded by private sector investment has remained mostly stable since the late 1970s, hovering between 5 percent and 7 percent of total R&D expenditures. In FY 2011 the private sector invested $3.2 billion, or 4.9 percent of the total $65 billion university R&D expenditures.

Under a new set of proposed rules issued by the U.S. Department of the Treasury, companies will be able to claim the federal research and experimentation (R&E) tax credit on eligible expenditures regardless of any subsequent actions taken by businesses with the purchases. The change would allow businesses to claim the credit on research expenses used to create prototypes, pilot models and process improvements.

Electric vehicles may be gaining momentum.

U.S. research universities have launched several new initiatives to impact international development across Africa by leveraging their institutional knowledge to support tech-based economic growth on the continent. The African Development Bank, a regional multilateral development bank, also announced that it will commit $45 million for the creation of a Pan African University consisting of five thematic institutes focused primarily on science, technology and innovation.

The National Institutes of Health (NIH) has launched a new initiative to fund the exploration of using Big Data to improve national health care outcomes. NIH will provide $24 million per year for four years to establish six to eight Big Data Centers of Excellence. The centers will be used by researchers and students for training in data science and testing the use of large and complex datasets to create tools, methods, and software that can improve health care processes.

The National Science Foundation (NSF) has conducted a Survey of Federal Funds for Research and Development for fiscal years 2010-12. In total, federal R&D obligations were $144.7 billion in FY10. The top state recipients, in absolute terms, are California ($28.3 billion, representing 19.6% of the national total), Maryland ($17.0 billion, 11.8%), Virginia ($9.3 billion, 6.4%), Massachusetts ($8.9 billion, 6.1%), and Texas ($7.3 billion, 5.0%).

Department of Energy (DOE) Secretary Ernest Moniz is leading a restructuring of the department's management, reorganizing programs and undersecretary positions to better align with the operational goals of supporting President Obama's Climate Action Plan, an "all of the above" energy strategy, and strengthening nuclear security. The move will create an Under Secretary for Management and Performance, merge the energy and science programs, and consolidate the department's defense waste cleanup efforts.

A number of states recently have taken action to expand R&D tax credits and other legislation that would support innovation, commercialization and manufacturing. Hawaii, California, Maryland, Texas, and Florida have signed into law tax incentives and R&D tax credits and an R&D tax credit in New Hampshire went into effect.  The Maine legislature also passed a capital tax credit that will begin in 2014.

A continued trend toward improved fiscal conditions gave rise to targeted and riskier investments in research for several states this legislative session. In particular, lawmakers dedicated funds for life sciences research and for initiatives aimed at commercialization through partnerships with higher education and the private sector. Other states dedicated additional funds to expand promising research and technology-focused initiatives already underway.

A central tenet in the understanding of regional economic clusters is the idea that the closer two actors are to one another, the more likely they are to collaborate. This belief is based on decades of research done to examine knowledge spillovers and the effect of spatial proximity on tacit knowledge sharing. In a recent article, however, Jasjit Singh of INSEAD and Matt Marx of MIT differentiate the varying effects of crude distance on knowledge sharing compared to the effects of geopolitical borders.

During the campaign trail and in speeches delivered during their first few weeks in office, governors in Florida and Nevada announced plans to overhaul economic development efforts without providing many details on how the new systems would operate. Draft legislation recently was introduced in the respective states, providing some insight on the structure and governance of the proposed agencies.