In the end, there is truth.

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One of America’s founding principles is the public’s right to know what their government is doing. The framers of the Constitution mentioned no exceptions, not even for national security, but a free press was permanently enshrined in the First Amendment, because a vigilant citizenry was – and is – the only sure long-term guardian of our liberties.
That is why Americans often make heroes of those who expose wrong-doing, like Senator Thomas Walsh, who outed the bribery scandal at Teapot Dome that sent an Interior Secretary to prison, or Peter Buxton, the brave young health official who exposed horrific Tuskegee experiments that injected black men with horrible diseases. Journalism students will always study the exploits of Woodward and Bernstein in uncovering Watergate, and of Gary Webb, the San Jose writer whose “Dark Alliance” articles revealed CIA complicity in the 1990s California drug trade. Literary historians will always honor Emile Zola, who went to prison for libel but was ultimately vindicated for exposing the truth about the Dreyfus Affair in 1890’s France.

Last week saw another text-book example of such cover-ups with the release of an Inspector General’s “final” report on EPA actions that resulted in poisoning the Animas River in 2015 with toxic sludge from the Gold King Mine above Silverton. Two years of government investigations and reports have been increasingly implausible, revealing government officials determined to blame someone else for their incompetence. The IG’s office may label their report “final,” but it is far from the last word on this. The truth will not be brushed under the rug forever.
My friend Rob Gordon ran a year-long investigation of the disaster as staff director of the House Natural Resources Subcommittee on Oversight and Investigations. His comprehensive analysis, in the June 14 Daily Signal, shows both a shocking level of incompetence, and an obfuscation by EPA officials trying to deny, hide, and transfer blame. It is fascinating reading for those with calm tempers, and it reveals a golden opportunity for the new Administration.
Administrator Scott Pruitt is committed to refocusing the EPA on its core mission, shifting from a reliance on punitive enforcement toward more positive environmental partnerships, and ending the secrecy surrounding many agency practices. As Gordon says, the Gold King Mine cover-up provides Mr. Pruitt and his team a chance to demonstrate a new and improved EPA. Thanks to Gordon’s report, it is served up on a silver platter, much of the investigative work already done.
That means ending this cover-up would not be difficult. All the documents needed to get at the truth are already in the government’s possession. Clearly, EPA officials knew the old mine had a collapsed tunnel, behind which water had accumulated, as is common in many mines. Fine clay and soil eventually filled the gap and formed a natural plug, and the pool of water behind it had built up considerable pressure. EPA knew this, as did the State, the Bureau of Reclamation, and the EPA’s contractor. Their own report says they were onsite trying to relieve hydrologic pressure, so later claims that they didn’t expect the blowout are disingenuous. Yet the EPA’s contractor, working to drain that water in accordance with the agency’s plan, went way beyond inserting a drainpipe, and actually dug away the plug, which blew out under the pressure, flooding the river for hundreds of miles, jeopardizing important water supplies in Colorado and New Mexico. Anyone else would have paid millions in fines, and probably gone to jail.
EPA’s internal report called the disaster an “incident,” asserting that its crew was just clearing a bedrock face, not touching the plug. Somehow, they claim, the bedrock just crumbled and the mine plug blew. The Interior Department produced an independent report, also using the term “incident,” and saying EPA had discussed a different plan, but the Interior report was nebulous about why the contractor excavated the plug, contrary to that plan. The Corps of Engineers, asked to peer-review Interior’s report, questioned why it was considered urgent to dig out the plug, rather than wait for Reclamation’s technical guidance, as planned.
The night before a congressional hearing, EPA issued an addendum, explaining that a vacationing supervisor had given written instructions to his substitute, outlining steps to remove part of the plug. The report nevertheless claims he verbally told the crew not to do so. Now the final Inspector General’s report repeats the same company line: that the crew was digging high above the plug, preparing the site for the experts to examine, when the mine inexplicably burst open. However, as Gordon points out, the congressional committee now has the written internal memos, emails, and photographs proving otherwise. The IG’s report also continues the earlier explanation that EPA assumed the mine floor was lower, so the water would not be pressurized, though photographs taken throughout the process prove all those assumptions are false, and the agency either knew it, or should have known it.
At a minimum, the “incident” shows the most blatant incompetence and negligence, which resulted in environmental damage for which there are very severe penalties in the law. There is no chance whatsoever that the EPA would ignore such an “accident” committed by anyone else in the country, nor conclude that there just isn’t anything further to be said about it. In this case, the reaction was to seek Superfund designation for 30 more old mines in the vicinity, so EPA can continue its work there forever, with untold millions of tax dollars coming their way. It is the last thing Congress should allow. EPA is clearly the last organization in the country that should be in charge of such projects – at least until it is clear what will be done about this disaster and the even-worse cover-up.
EPA’s new leadership should uncover the truth, tell the public exactly what happened, rid the payroll of those responsible, and implement measures to see that it never happens again.
Some government secrets remain forever enshrouded in mystery: the rabbit that attacked Jimmy Carter, the Philadelphia Experiment, and the Roswell UFO incident, to name a few. But the Gold King Mine disaster is not a mystery. It is time for this EPA cover-up to end; thanks to the work of Rob Gordon and others, the truth will come out anyway. As Churchill said “Truth is incontrovertible; ignorance can deride it, panic may resent it, malice may destroy it, but in the end, there it is.”

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Shameless fear-mongering – versus reality

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Before I could enjoy a movie last week, I was forced to endure five minutes of climate and weather fear-mongering, when the theater previewed Al Gore’s “Inconvenient Sequel.” His attempt to pin every weather disaster of the past decade on humanity’s fossil fuel use felt like fifty minutes of water boarding.
Mr. Gore has made tens of millions of dollars pedaling this nonsense and his demand that modern society undergo a “wrenching transformation” from oil, natural gas and coal to a utopian make-believe world powered by biofuels, wind and solar power, electric vehicles and batteries.
Every alarmist prediction has been falsified by actual events: from soaring temperatures to an ice-free Arctic to monstrous hurricanes that have not hit the USA since 2005. His attempt to blame New York City floods during Superstorm Sandy ignored inconvenient truths like construction that narrowed the Hudson River by hundreds of feet, forcing any incoming water to rise higher … and flood Manhattan. Mr. Gore conveniently ignores even well known climate change and weather events of past centuries. No wonder this devotee of SUVs, private jets and multiple homes doesn’t have the spine to debate anyone over these issues. When he lectures us, he won’t even take questions that he has not preapproved.
Thankfully, those seeking an antidote or healthy dose of reality have alternatives. The Climate Hustle documentary film debunks scores of whacky predictions that never came true and presents solid evidence-based science from dozens of scientists who don’t accept “manmade climate crisis” claims. A new Australian book presents detailed and expert but fast-paced, readable material on key climate issues.
Climate Change: The Facts 2017 is the third in a series. Dedicated to the memory of the late, eminent Aussie geologist and climate scientist Bob Carter, its 22 chapters cover climate changes through the ages, the multiple natural forces that primarily drive climate and weather fluctuations, devious tricks that alarmist researchers have used to modify and “homogenize” actual temperature data, attempts to silence experts who focus on natural causes of climate change or on adaptation rather than costly “prevention,’ the historic context behind climate debates, and coral reef resilience amid alleged ocean “acidification.”
Assumed coral, shellfish and other asserted disasters from even slight changes in ocean pH are based on computer simulations that often extrapolate from laboratory experiments. John Abbott, Peter Ridd and Jennifer Marohasy point out that some of those experiments actually added hydrochloric acid to fish tanks to simulate acidification presumed to result from slight increases in atmospheric carbon dioxide!
Carbon dioxide has been demonized because it is a byproduct of fossil fuel use, and many activists want to eliminate the oil, natural gas and coal that provide over 80% of US and global energy. Moreover, while it helps trap solar heat and keep Earth inhabitable, CO2 is the polar opposite of a “dangerous pollutant.”
CO2 is vital plant food and fertilizer, essential for photosynthesis. Without it, life on Earth would cease to exist. In conjunction with slightly warmer global temperatures since the Little Ice Age ended (and modern industrial era began), rising atmospheric CO2 levels are helping to “green” the planet, by spurring crop, forest and grassland plants to grow faster and better, Craig Idso and Matt Ridley explain. 25-50% of vegetated parts of our planet have gotten greener over the past 33 years, from the tropics to the Arctic, and 70% of that greening is due to higher levels of CO2 in the atmosphere. Only 4% has gotten browner.
Ian Plimer, Ken Ring and Nicola Scafetta discuss natural climate cycles and the long planetary and human experience with major climate changes and weather events. Nothing seen today is unprecedented, and most is far more benign than in the past, they note. Bjorn Lomborg and other authors explain why we must end our obsession with the “climate crisis” and other exaggerated threats, and with false solutions to fabricated climate disasters. We need to spend our limited time, money and resources on the many real, pressing problems that confront mankind in developed and developing nations alike.
My chapter in The Facts addresses those pressing humanity problems, largely in the context of Pope Francis’s Laudato Si encyclical. For countless millennia, I note, humans endured brutal, backbreaking lives cut short by malnutrition and starvation, wretched cold and poverty, foul air, filthy water, myriad diseases, absent sanitary practices, and simple wounds that brought gangrene, amputation and death.
Then, in just two centuries, via discovery and progress powered by fossil fuels, billions of people doubled their life spans and became healthy, well fed, prosperous, increasingly mobile, and able to afford wondrous medical and other technologies, foods, services, luxuries and leisure-time activities that previous generations could not even imagine.
Mechanized agriculture – coupled with modern fertilizers, hybrid and GMO seeds, irrigation and other advances – enable smaller numbers of farmers to produce bumper crops that feed billions, using less land, water and insecticides. Improved buildings keep out cold, heat, and disease-carrying rodents and insects, and better survive earthquakes and extreme weather. Electricity transformed every aspect of our lives.
“How can we not feel gratitude and appreciation for this progress, especially in the fields of medicine, engineering and communications?” His Holiness asks. Unfortunately, he then presents romanticized references to consistently mild climates, benevolent natural worlds and idyllic pastoral lives that never existed. He insists that Earth’s poorest people will soon face “grave existential risks” from planetary warming, if we do not quickly and significantly reduce fossil fuel use.
He ignores the absence of Real World evidence that greenhouse gases are causing climate chaos – and the compelling evidence that fossil fuels continue to bring enormous benefits.
Over the past three decades, oil, gas and especially coal have helped 1.3 billion more people get electricity and escape energy and economic destitution. China connected 99% of its population to the grid, mostly with coal. Average Chinese are now ten times richer and live 32 years longer than their predecessors did barely five decades previously. India is building numerous coal power plants to electrify its vast regions.
But more than 1.2 billion people (more than the USA, Canada, Mexico and Europe combined) still do not have electricity; another 2 billion have electrical power only sporadically and unpredictably. In Sub-Saharan Africa, 700 million still cook and heat with “renewable” wood, charcoal and animal dung.
Hundreds of millions get horribly sick – and five million die – every year from lung and intestinal diseases, due to breathing smoke from open fires and not having refrigeration, clean water and safe food. Hundreds of millions are starving or malnourished. Nearly 3 billion survive on a few dollars per day.
These destitute masses simply want to take their rightful, God-given places among Earth’s healthy and prosperous people. Instead, they are being told that “wouldn’t be sustainable.” They’re being told that improving their health, living standards and life spans is less important than avoiding the “looming climate cataclysm” that “threatens the very survival” of our wildlife, civilization and planet.
These claims – and the false solutions being offered to dire problems that exist only in alarmist movies, press releases and computer models – examine only far-fetched risks that fossil fuels supposedly might cause. They never consider the numerous dangers and damages those fuels reduce, prevent or eliminate. These attitudes are anti-science, anti-human, unjust, unethical – and genocidal.
Noted observer of popular culture Clive James wraps up this fascinating book. Proponents of man-made climate catastrophe asked us for so many leaps of faith that they were bound to run out of credibility in the end, he says. And yet it would be unwise to think mankind’s capacity to believe in fashionable nonsense can be cured anytime soon. When this “threat” collapses, it will be replaced with another.
Al Gore, the IPCC, alarmist modelers and researchers, and EPA’s “social cost of carbon” scheme and carbon dioxide “endangerment” decision have all depended on the climate bogeyman. Eternal vigilance, education and pushback by the rest of us will be needed for years to come.
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Turn Pollution into Power

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While activists and politicians, and even world governments, debate over how to stop global warming and defeat climate change, the solutions to reducing humankind’s impact already exist in the private sector. Technologies now exist, or are on the cusp of first commercialization, to gasify coal and even coal ash cleanly; to use carbon dioxide for inexpensive transportation fuels; to economically turn diesel and other liquid fuels into cleaner burning synthetic natural gas; and to use smaller amounts of wasted heat in all industrial and even residential processes, for lower cost and abundant power.
In terms of coal ash mitigation, this could be critical in Virginia where Dominion Power has been under fire for coal ash retention ponds and even islands in Dumfries, VA and on the James River. They are currently examining some of these solutions to their credit.
If we perfect and utilize these existing technologies then antiquated scrubbing methods, restrictions and burdensome and costly regulations will no longer be needed. Imagine the economic impact of monetizing all those items we currently view as pollutants and waste, and using them to create affordable and clean power. That time is upon us. The need for spending billions of dollars on capturing or sequestering and storing pollutants is over. Instead, those billions should be put to effective-use-new-technologies that pay for themselves in as little as six months, monetizing pollutants and turning them into lower cost power and incentivizing spending by industry to cleanse itself.
We now are ready to launch an environmental technological revolution that is largely being ignored by governments and the media. Just a few of the following technologies are ready now, already being deployed, and will change the environmental landscape for the world. They are:
TURN FLARE GAS INTO POWER

  • A technology offered by LPP Combustion of Columbia, Maryland, to convert flare gas into a natural gas substitute and cleanly burn it for power. This technology also converts chemical and pharmaceutical waste, as well as diesel fuels and other liquid fuels, into a natural gas substitute. This LPP GasTM will power standard gas turbines which can accept the gas with no modifications at all to the turbine, accepting it as though it was pure natural gas. Most importantly, it pays for itself in as little as 6 to 24 months, monetizing waste gas and liquid fuels while reducing emissions by up to 90%. In the third world and developing world, where high emissions diesel generation is widely used, LPP’s technology can economically convert that diesel fuel into a natural gas substitute to be used in much cleaner gas turbines.

TURN WASTE HEAT INTO POWER

  • An advanced technology using semiconductors, mass produced to capture electricity from waste heat created by industry, or even residences or vehicles, and turn it into power more efficiently than wind, solar or nuclear power. A new technology just ready for market created by Berken Energy of Ft. Collins, Colorado, will revolutionize all industrial processes making them more cost efficient and providing power at competitive rates. Berken has created “Thermovoltaic” generators that create electricity from lower ranges of temperatures and will revolutionize all power consuming activities that create waste heat.USE GARBAGE, TIRES, PLASTICS OR COAL WASTE FOR FUEL OR POWER
  • A landmark technology, in large part funded by the U.S. Departments of Defense and Energy and the California Energy Commission, called FastOx, and developed by Sierra Energy out of Davis, California. By using technology developed by the steel industry, drying and gasifying all carbon-based waste from tires, plastics, municipal waste and even coal and coal ash, and turning it into syngas which can generate power or create diesel or other fuels, with near zero emissions. In fact, it is being activated this fall at a plant on a military base in California and it will prove that clean coal technology is here. The broad range of feedstock is gasified at 4,000 degrees and all carbon content removed as syngas, leaving only inert and non-toxic solids and molten rock that can be used in highway construction, insulation or composites.TURN CARBON DIOXIDE INTO FUEL
  • Another technology, derived from the Fischer Tropsch process used by the Germans to create synfuels in World War II, takes carbon dioxide and uses it as a catalyst to create clean transportation fuels, at close to market rates and our lower prices of today. Patents exist, and the utilization of some of the technologies above that create hydrogen and power from waste heat would increase efficiency and allow a plant to take polluting gases and turn them into fuels or power with nearly zero emissions. In fact, Energy Secretary Rick Perry recently announced such an effort in Texas, although other efforts in the private sector are again ahead of our government. The day we utilize C02 and NO2 from industrial processes to create lower cost fuels is upon us.

These technologies are ready now! They can greatly increase efficiency in antiquated fossil fuel burning plants, and allowing them to meet the most stringent standards. They can replace dirty diesel and other fuels massively polluting the third world, by converting existing fuel supplies into clean-burning natural gas. They can eliminate landfills by taking all our garbage, tires, plastics and coal waste, and gasifying them — emissions free — to create syngas to use for power or clean fuels.
In Russia, Iraq, Nigeria and the Bakken and Eagle Ford gas and oil fields of North Dakota and Texas, we flare off billions of cubic meters of gas that could be monetized each month. This flaring can be seen around the globe from outer space. In Nigeria, it could be captured and converted into power, providing that nation with one gigawatt of power daily… the equivalent of 10 nuclear power plants. Having recently visited Nigeria, where in its capital city Abuja, seeing a mile through the smog is difficult (similar to Beijing, China), this technology is critically needed. During our meeting with the Minister of Power, his office complex lost power twice!
The thought that a small company from Maryland, comprised of a group of Ph.Ds. from U.S. schools, can eliminate flaring across the globe and create gigawatts of clean power is remarkable. And now it’s time to help them and global industry do it!
The energy technology revolution is upon us and ready to zero out the need for the massive regulatory and penalizing measures envisioned by the Paris Accords and championed by so many in the environmental movement. It is time our lawmakers, media and activists who truly care about results rather than politics, pay attention and support what American ingenuity has in store for clean power and monetizing our waste streams. New tax credits and incentives for industry to utilize these remarkable technologies should be enacted at once.
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High Tech Jobs Remain in Great Demand

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With students packing up to go back to college this month with declared or undeclared majors, it’s a good time to consider the fields that graduating students are going into and whether they match up with the skills businesses need.
From 2010 to 2016, students with a degree in computer and information sciences and support services grew at a strong 6.9 percent annualized pace — more than three times as fast as overall graduates (2 percent). This is based on the most recent data from the National Center for Education Statistics on U.S. postsecondary schools.
Growth in the computer field was especially robust in master’s degrees, which more than doubled during this period from 18,114 degrees to 40,316. Bachelor’s degrees in computer programs also experienced strong growth, moving from 40,446 degrees to 66,559 over the same period. 
Those graduates should have no problem finding a job. There were more than 620,000 job openings in the nation for computer occupations, according to Chmura’s Real Time Intelligence.
More than 4,400 job openings for computer occupations are in the Richmond metro area with Capital One and Anthem among the firms with the most job openings.
Among the fastest-growing individual programs over the past several years are those found where the fields of business and mathematics intersect.

Graduates in programs in management sciences and quantitative methods saw impressive growth over the last six years. For example, graduates in business statistics surged from 70 completions to 963 in the nation from 2010 to 2016 and other management sciences and quantitative degrees almost tripled from 638 to 1,908 over the same period.
Large increases in the number of graduates also occurred for students with degrees in statistics and applied mathematics, including financial mathematics where the number of degrees surged from 351 in 2010 to 1,366 six years later.
These graduates shouldn’t have trouble finding jobs either with more than 46,000 job openings in the nation for people with strong quantitative skills.
In the Richmond region, 170 openings are available for these positions with Capital One and Anthem at the top of the list with job openings.
(This article first appeared in the Richmond Times Dispatch on Aug. 7, 2017)
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Autonomy and Accountability in Higher Education – Part 4

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How do Virginia’s public higher-ed institutions rate on the goals established in the 2005 Restructuring Act and embedded in state code? The data is incomplete.
This is the fourth of four articles exploring higher-education accountability in Virginia since enactment of the 2005 “Restructuring Higher Education Financial and Administrative Services Act.”
The 2005 Restructuring Act created a new covenant between the Commonwealth of Virginia and its system of higher education. In exchange for greater freedom from state regulation, colleges and universities would be held accountable for achieving 12 core state goals. Those goals are still part of the state code. But over the intervening years, priorities have changed and many benchmarks have been dropped. The state publishes no comprehensive report card for individual institutions based on achievement of those goals.
Yet the State Council for Higher Education in Virginia (SCHEV) does compile much of the data needed to track progress in achieving the state goals. The numbers can be extracted from a searchable database the council maintains on its website.
In the concluding chapter of this series, Bacon’s Rebellion extracts that information to see how Virginia’s higher-ed system has performed since 2005. The task of extracting the data for each of the state’s public institutions would be too arduous to undertake within a reasonable time frame, so we show data for the system as a whole.
Goal 1: Ensure Access to higher education, including meeting enrollment demand.
Virginia’s system of higher education has expanded significantly since enactment of the 2005 Restructuring Act to accommodate a growing student population. Between 2005 and 2016, total enrollment at public, four-year institutions increased 11%. However, almost all of the increase took place by 2011. Enrollment has leveled off since.

Are Virginia’s public colleges and universities keeping up with demand for higher education? That’s impossible to say. SCHEV has not defined enrollment demand or set any benchmarks.
A related metric is the number of degrees awarded. A stated goal of higher education policy is not simply to increase enrollment, it is to increase the number of Virginians graduating with degrees. Indeed, the 2011 Top Jobs Act, which amended the 2005 Restructuring Act, set an explicit goal of increasing the cumulative number of two-year and four-year degrees awarded by public colleges by 100,000 over 15 years. To award more degrees, colleges must enroll more students and/or increase the retention rate.

As with enrollment, the number of degrees granted each year increased at a robust pace from 2005 to 2011 — and then plateaued. Ironically, that tapering off coincided with the Top Jobs legislation, which was enacted with the goal of boosting enrollment. It is not clear why enrollments have plateaued. One possible explanation is that students signed up during the depths of the recession because so few jobs were available; once economic recovery took root, students returned to the job market. Another is that students began balking at the rising cost of attendance.
The Top Jobs Act put special emphasis on awarding more STEM (science, technology, engineering, math) and health degrees. SCHEV data indicates that the higher-ed system boosted the output of STEM-H degrees by 11.1% between the 2011-12 and 2015-16 school years — double the 5.3% increase for all degrees. STEM degree awards are on an upward trajectory.
Goal 2: Assure affordability, regardless of income.
As discussed in Part III, SCHEV did not develop an overall affordability metric for individual institutions. However, its annual Tuition & Fees report does provide a measure for the higher-ed system as a whole: average undergraduate charges (tuition, fees, room, board) as a percentage of per capita disposable income. After bottoming out at 31.8% in 1999-2000, charges rapidly outpaced Virginia earnings. By the 2016-17 school year, a year’s charges consumed 47.6% of per capita income.
Until recent years, the main preoccupation of politicians and college presidents alike was ensuring “access” to the higher-ed system by “underrepresented populations” based on income, race, ethnicity, first-generation college status, and geographic origin within Virginia. In 2005, affordability was not deemed to be “much of a problem” for students from households earning $80,000 or more, declared a 2008 Joint Legislative Audit and Review Commission (JLARC) study.
But affordability was problematic for those from lower-income families. Four-year institutions were expected to offer extensive financial aid through such programs as AccessUVa at the University of Virginia, the William & Mary Promise, and Virginia Tech’s Funds for the Future.
As shown in the chart below, Virginia colleges have more than tripled their financial aid since enactment of the 2005 Restructuring Act. By 2015-2016, they collectively provided more than $188 million to in-state students (not including aid to out-of-state students).

As SCHEV observes in its most recent Tuition & Fees report, the concept of “net price” — charges after deductions for institutionally and state-provided financial aid — “is a valuable addition to the discussion of access and affordability.” However, the report does not detail the net price for individual institutions or for the higher-ed system as a whole.
As a proxy for affordability, SCHEV tracks student indebtedness in great detail. The graph below shows known debt at graduation of in-state student borrowers at Virginia’s public institutions. Over the course of nine years, average debt per mean (half above, half below) borrower at graduation increased 58%.
Not only was the mean borrower taking on a bigger debt load, a higher percentage of students were driven to the necessity of borrowing money in the first place. The percentage of borrowers increased from 56% of all grads in 2006-07 to 63% in 2014-15.

The irony is that colleges funded most of the increase in scholarships by hiking tuition, in effect redistributing wealth from better-off students to the poor. While scholarships helped maintain affordability for the poor, the higher sticker price proved a shock to the middle class.
In 2008 SCHEV adopted a measure that compared graduation rates for Pell Grant (lower-income) students to those of students not receiving aid, on the grounds that access without success was not a desired outcome. It was later dropped in the name of simplicity.
Goal 3: Provide a broad range of academic programs.
The original idea was for SCHEV to regularly assess the extent to which each institution’s curricula and degree programs address the Commonwealth’s need for graduates in specific shortage areas. SCHEV no longer conducts this analysis except when an institution applies to create a new degree program. As part of its review process, SCHEV determines whether the market demand exists to support the program.
Goal 4: Maintain high academic standards.
SCHEV has not developed any metrics or benchmarks for “academic standards.” Instead, it relies upon the Southern Association of Colleges and Schools to review each institution as part of the re-accreditation process.
Goal 5: Improve student retention and progress toward timely graduation.
Although SCHEV does not set system-wide benchmarks for student retention, it has compiled a vast amount of data on retention rates. The table below shows the six-year graduation rates for freshmen classes of 1994, 2005 and 2008. Statewide, the average increased from 61% for the 1994 class to 70% for the 2008 class.

The statewide average was driven by spectacular gains among a handful of colleges, most notably Christopher Newport University (36 percentage-point gain), George Mason University (20 points), Old Dominion University (20 points) and Virginia Commonwealth University (22 points). The raw data do not tell us why these institutions saw such dramatic increases in graduation rates, however, nor whether the favorable trend is likely to continue.
Goal 6: Develop uniform articulation agreements with community colleges.
The purpose of developing “articulation agreements” between community colleges and four-year colleges is to create a lower-cost pathway to a four-year degree. Students study two years at low-tuition community colleges, and transfer to four-year colleges to take more advanced courses. To track progress, SCHEV measures the number of associate-degree holders enrolled in the four-year colleges.

Virginia’s higher-ed system has boosted two-year enrollment significantly — 34% over the seven-year period. Those nearly 12,000 students account for a big chunk of the roughly 140,000 in-state undergraduate students at four-year institutions across the system.
Goal 7: Stimulate economic development.
SCHEV concluded that there was no practical way to quantify the efforts that Virginia colleges and universities devote to assisting economic development efforts around the state. Instead of submitting data, higher-ed institutions provide a narrative in their Six Year Plans.
UVa supports the “Appalachian Prosperity Project” by supporting schools, entrepreneurship and health care in far Southwest Virginia. VCU touts its role as a “regional steward”: community developer, convener, thought leader, and moral leader. In the one new “economic development” initiative emerging from higher education in 2017-18, W&M and Old Dominion University will spend $1 million for the Southeast Virginia Cybersecurity Consortium. The universities will lead an initiative to act as a bridge between faculty researchers and entrepreneurs to identify emerging cyber technologies.
Goal 8: Increase externally funded research and improve technology transfer.
The National Science Foundation (NSF) collects extensive data on research & development activity at the nation’s colleges and universities. SCHEV staff decided there was no point in duplicating the NSF efforts, and the Council does not report the data on its website. The chart below, which shows the increase in R&D spending at Virginia’s six research universities, comes from the NSF.

Source: National Science Foundation


Since enactment of the Restructuring Act, four of Virginia’s research universities — GMU, Virginia Tech, UVa and VCU have climbed in the national R&D rankings. The rankings gains by Virginia Tech and UVa were especially noteworthy, for both institutions were competing against other highly regarded research universities that sought to boost their R&D rankings as well. GMU broke the $100 million barrier. ODU and W&M both slipped a few notches.
Data for another metric, the number of patents issued, is available through the Patent & Trademark Office but SCHEV does not track it.
Goal 9: Work actively with K-12 to improve student achievement.
SCHEV concluded that university collaboration with K-12 schools was impossible to quantify, and it collects no data for this goal. As with economic development, institutions cover this topic in their Six Year Plan narratives.
Goal 10: Prepare a Six Year Financial Plan.
There is no data to collect. Virginia’s public colleges and universities outline their six-year plans that forecast revenues and expenditures, providing detailed numbers for the year ahead. SCHEV publishes these plans on its website.
Goal 11: Meet financial and administrative management standards.
SCHEV compiles Biennial Assessments of Institutional Performance for each institution, which it publishes on its website. These assessments contain benchmarks for enrollment, degrees awarded and community-college transfers as well as actual performance. Additionally, they include a checklist of administrative and financial benchmarks that Level II and Level III institutions must meet in order to maintain their autonomy from state regulations. These assessments are the only remnants of formal accountability envisioned in the 2005 legislation.
Goal 12: Ensure the safety and security of students on college campuses.
Legislators got exercised about campus safety after the Virginia Tech massacre in 2007, but police and related expenditures are routine — as W&M spokesperson Suzanne Seurattan puts it, “an integral part of our mission and daily operations.” SCHEV has not created any benchmarks, and it does not monitor this data.
What SCHEV leaves out
The affordability crisis in higher ed has metastasized from the poor to the middle-class. While numerous legislators have expressed dismay at the continual increase in the cost of attendance — a trend that goes beyond tuition to include student fees, room, board and books — it is not the responsibility of any state entity to inquire why costs are rising.
In 2014, JLARC conducted two useful studies — “Addressing the Cost of Public Higher Education in Virginia” and “Support Costs and Staffing at Virginia’s Higher Education Institutions.” The former study found, among other conclusions, that schools were boosting spending for non-academic functions such as athletics and building maintenance more than for academic spending. The latter found that Virginia institutions have a disproportionately high number of employees in supervisory positions — more than half of the supervisors at Virginia’s higher education institutions supervise three or fewer employees; 24 percent supervise only one.
But the JLARC reports left many avenues of inquiry unexplored, and SCHEV does little analysis of its own. No one holds hold individual institutions accountable for how much they increase costs or tuition, fees, room, and board.
More specifically, no one is monitoring on a year-to-year basis how much universities are allocating to athletic subsidies, how much they spend on marketing to prospective students to increase the number of applicants, or how much they are spending on student amenities inessential to academic performance such as workout facilities, student commons, fancy cafeterias, and upscale dormitories. No one is auditing academic programs for increasing or shrinking demand for different disciplines. Other than the universities themselves, no one tracks if students are actually signing up for the courses offered.
No one is tracking faculty productivity — the ratio of students to teachers — much less how many hours tenured faculty spend teaching versus researching, nor how that ratio compares to hours taught by non-tenured instructors and adjuncts. No one is counting the ratio of administrative staff to faculty, or the percentage of revenue consumed by administrative expenses. SCHEV does not have the resources even to compile the number of employees at each institution, much less the breakdown between faculty, administration, and other.
SCHEV does track space utilization. The Council maintains an inventory of all space, and it has developed space utilization standards. When an institution wants to erect a new building, says Blake, “We can say whether it is space justified or not.” That information gets forwarded to the lawmakers, who then make their own decisions on which projects include in bond packages.
With that rare exception, no one in Virginia state government has a handle on the cost drivers in higher ed. And there is a reluctance to acquire that capability, for, as Blake notes, “Collecting all this data would go against the spirit of the [2005 Restructuring Act] — measuring inputs rather than outcomes.”
Blake has a point, but as a consequence of that philosophy, no one knows if increases in higher-ed charges — tuition, fees, room, and board — are caused by justifiable increases in costs or reflect the bureaucratic impulse to expand the institution and boost its prestige. Budgetary analysts cannot answer fundamental questions: How much does it cost different institutions to provide an education? Within an institution, how much does the cost vary between departments? How much does one academic field subsidize another? How much does undergraduate tuition subsidize graduate research?
SCHEV would be the logical state entity to monitor the cost drivers of higher education. But SCHEV is a creation of the General Assembly, and it performs only those tasks the legislature assigns it.
As the higher-ed debate shifts from increasing enrollments, providing access for low-income students, and improving graduation rates to addressing the middle-class affordability crisis, it is appalling how little state officials truly know.
Instead of imposing arbitrary caps on tuition increases and out-of-state students, as they tried to do in the previous General Assembly session, perhaps lawmakers should direct SCHEV to begin compiling data that would allow Virginians to really understand what’s happening inside higher-ed. That would represent a big step forward.
(This article first ran in Bacon’s Rebellion on July 13, 2017)
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