Across the globe, the proliferation of innovation-led economic development is typically viewed in an urban context. Despite cities receiving the bulk of the attention, researchers have begun to focus on how to leverage best practices in rural economic development. Just as is the case in nearly all economic development scenarios, practitioners and policymakers working in rural areas benefit from a better understanding of local strengths and opportunities, according to new research from the United States, Canada, and the European Union.

Over 150 heads of state met in Paris this week, the largest group of leaders ever to attend a UN event in a single day, to address global climate change and the need for policies and technologies that will set the world on the path to a low-carbon, climate resilient future.

Australian Prime Minister Malcolm Turnbull announced a suite of new policies and investments aimed at catalyzing the nation’s economy through science, innovation and entrepreneurship. The National Innovation and Science Plan would fund university research, invest in K-12 and university STEM programs, limit the financial risks of entrepreneurship, invest in technology commercialization programs, and introduce a new class of visa for entrepreneurs. The changes would also enable equity-based crowdfunding and provide tax credits for early stage investment.

A number of governors around the U.S. have already begun rolling out budget proposals for the next legislative session. This week, SSTI examines gubernatorial spending recommendations related to research, commercialization, STEM education and entrepreneurship in Alaska, South Dakota and Utah. See our previous article on proposals in Florida and Wyoming.

Around the world, national governments are working to cultivate their innovation economies and increase their global competiveness by creating and increasing support for government-led initiatives. Leaders of advanced economies recognize that their positions as global leaders face a murky future due to the emergence of new economies. In turn, officials from emerging economies realize that supporting innovation is necessary for their economies to continue their rapid growth.

On December 4, the Canadian government revealed their national Science and Technology (S&T) Strategy – Seizing Canada's Moment: Moving Forward in Science, Technology and Innovation 2014.  An update to the original report released in 2007, the S&T strategy identifies five priority research areas for federal support over the next seven years: environment and agriculture; health and life sciences; natural resources and energy; information and communications technology; and, advanced manufacturing.

Over the past few months, SSTI has followed proposals issued by governors in their budget requests, State of the State Addresses, Inaugural Speeches and other events. Now that many state legislatures have begun approving budgets, the Digest will check on the status of these proposals, and examine the state of technology-based economic development funding in the states. This week, we review budgets in Arizona, New Mexico, South Dakota, Utah, West Virginia and Wyoming

Montreal Mayor Denis Coderre launched Capital Intelligent Mtl – a 100 million CD (77.3 million USD) investment fund aimed at smart city startups and established businesses offering solutions to urban challenges that also will spur job creation in Montreal. The new public-private partnership will backed by 23 founding organizations including venture capital firms, financial institutions and corporations that have pledged over 100 million CD in private capital to establish the fund.

When Canadian Prime Minister Justin Trudeau released his administration’s proposed 2016 budget in late March, SSTI covered the significant funds it would allocate for science, research, and technology-based economic development, as well as the country’s plan for a national innovation agenda.

A recently released report finds evidence that Canada’s tech sector – when properly defined – plays an important role in the nation’s economy. In The State of Canada’s Tech Sector, authors Creig Lamb and Matthew Seddon develop a definition of the tech sector based on those industries employing an oversized share of technology occupations. Ultimately, they suggest that the sector is responsible for $117 billion (88.9 billion USD) in economic output, roughly on par with finance and insurance and construction as a percent of total GDP (7.1 percent).

Around the world, accelerator programs continue to multiply, prompting the need for continued research on what they are, how they operate, and how they can be evaluated. The Global Accelerator Report 2015, recently released by Gust and Fundacity, highlights the global development of the accelerator industry and includes details on how accelerators are funded and insights into the industry’s future.

SSTI again presents its latest round of Tech Talkin’ Govs, where governors’ comments about TBED issues are excerpted from their state of the state and inaugural addresses. Today’s roundup includes STEM spending and workforce development in Idaho, education in Arizona, manufacturing in Connecticut and a nod to technological change in North Dakota, inaugural addresses from new governors in Vermont and Indiana, and more reports from governors who gave their addresses on the 10th. Next week the Digest will continue with Part II of Tech Talkin’ Govs featuring news from the next round of addresses.

The Canadian Securities Administrators (CSA) announced that securities regulators in five Canadian Provinces have agreed to CSA Notice 45-316 – a common set of rules that will allow startups to raise up to $500,000 CD (approximately $401,600 USD) per year from unaccredited investors via authorized Canadian-based funding portals.

Uber and the City of London are among the growing number of backers of a nearly driver-free world. Proponents of autonomous vehicles contend that they will lead to large cost savings for both consumers and transportation organizations while delivering a faster, more efficient transportation experience. However, there are still major strides to be made before the technology can be safely deployed in real world settings. Several U.S.