The Patriots

by H. Sterling Burnett

A direct challenge to the hardcore enviros who heretofore controlled and corrupted the agency.

President Donald Trump committed to fundamentally transforming the U.S. Environmental Protection Agency (EPA) from an agency producing politicized science to one instilling sound scientific standards for research. By doing so, Americans should expect improved environmental and health outcomes.

Currently, regulatory costs top $1.9 trillion annually, which amounts to $14,842 per U.S. household. That’s nearly $15,000 less for Americans to pay for health insurance, medical bills, education expenses, groceries, gasoline, or entertainment. Because the economic and social implications of regulations are profound, the science they are built upon must be impeccable.

Of course, the only way to prevent environmental collapse was more government control of the economy. However, these reports were produced despite the fact poverty and hunger have steadily declined and people are living longer and more productive lives than ever before.

As Jay Lehr, a colleague and science director at the Heartland Institute told me once, “For decades, EPA has been a wholly owned subsidiary of the environmental left. Together, radical environmentalists and EPA bureaucrats, including the members of all their advisory panels, have used their considerable power to thwart American business at every turn.”

Not surprisingly, researchers, environmentalists, and bureaucrats, seeing their power curtailed and their gravy train ending, are crying foul saying the Trump administration is undermining science. However, in reality this is simply not true.

EPA’s scientific advisory panels are tasked with ensuring the research the agency uses to develop and justify regulations is rigorous, has integrity, and is based on the best available science.

To better ensure this, EPA ceased automatically renewing the terms of board members on various panels. EPA is now filling its scientific panels and boards on a competitive basis as each board member’s term expires.

This should improve the science EPA uses to inform its decisions, by expanding diversity — diversity of interests, diversity of scientific disciplines, and diversity of backgrounds — thus bringing in a wider array of viewpoints to EPA decision-making.

In addition, to reduce opportunities for corruption, EPA ceased allowing members of its federal advisory committees to apply for EPA research grants and instituted policies to ensure advisory panel members and grant recipients have no other conflicts of interest. It was always a foolish practice to allow those recommending, often determining, who gets EPA grants to also be in the running for those grants. However, this was business as usual at EPA, where grant makers awarded themselves, research teams they were members of, or their friends billions of taxpayer dollars over the years.

In April, then EPA Administrator Scott Pruitt declared “The era of secret science at EPA is coming to an end.” Pruitt proposed requiring the data underlying scientific studies used by EPA to craft regulations be available for public inspection, criticism, and independent verification.

For years, EPA bureaucrats have used the results of studies by researchers who would not disclose the data underlying their results to be examined and retested for confirmation or falsification. Fortunately, EPA is finally ending this unjustifiable practice.

Many scientists have objected to EPA’s new secret science policy because they claim the studies EPA uses have undergone “peer review.” However, the peer review process is often nothing more than other researchers, often hand-picked by the scientists whose research is being reviewed, sitting around in their ivory towers reading the reports and saying, “this looks okay or reasonable to me.”

Unless the reviewers are able examine the underlying data and assumptions, and attempt to replicate the results, peer review is unable to ensure the validity of studies used to underpin regulations. Absent transparency and replicability, peer review is hollow.

Another long overdue EPA regulatory reform was the decision to end exclusive use of the “Linearity No Threshold” (LNT) model when assessing the dangers of radiation, carcinogens, and other toxic substances in the environment. Going forward, EPA will incorporate uncertainty into its risk assessments using a variety of other, more realistic models.

The LNT model assumes there is no safe dose of ionizing radiation or exposure to various other chemicals or toxins. Relying on flawed studies from the effect of ionizing radiation on fruit flies from the 1950s, EPA and other regulatory agencies have used LNT as a basis for regulation of environmental clean-ups, setting safety standards for nuclear plants, and limiting low dose radiation treatments for medical patients, a policy that has cost lives and billions of taxpayer dollars.

Although science has progressed phenomenally since the 1950s, with copious amounts of research showing the LNT model is seriously flawed, EPA and other agencies never questioned the LNT standard. That is, until now.

In fact, adverse effects from low dose exposures to radiation and most other chemicals and potential toxins are often non-existent. Indeed, substances that may be harmful in large quantities can be beneficial in small amounts, a process known as hormesis.

In the commonly paraphrased words of Swiss physician and astronomer Paracelsus, “the dose makes the poison.” Vitamins, which are valuable in small quantities, and even water, which is literally necessary for life, can become deadly if too much of either is taken over a short period of time. Or consider sun exposure. While exposure to too much sunlight can contribute to skin cancer, sunlight is required to catalyze the final synthesis of Vitamin D, which strengthens the bones, helping prevent osteoporosis and rickets. There is also ample evidence sunlight can help fight depression and several skin and inflammatory ailments.

Replacing reliance on the untenable LNT model with other models of exposure and response will result in better safety and health protocols, potentially saving billions of dollars and thousands of lives each year.

In service of the American people and the pursuit of continued American greatness, science practices at EPA are improving under President Trump. One can only hope equivalent changes are adopted at other executive agencies so the regulations they produce are grounded in the best available science, free of political corruption and bureaucratic incentives for agency mission creep and growth.

   by J.  D'Aloia

Elected officials often introduce laws for the sole purpose of having a piñata to bash for the cameras and the folks back home. Congressman Poe in the linked video is certainly making such use of the law banning incandescent light bulbs - I did not research to find out how he voted, but it matters not - he is making the most of it for his time in front of the camera.

My cynical side says the law was applauded by the environmental Luddites not because compact fluorescent light bulbs were reducing the dreaded greenhouse gases, but because the law was a means to further control society. Such is their goal. Demand changes in what society uses and how they use it to satisfy some environmental talking point. When the change has been ordained by a sycophantic legislative body, then raise a new issue and demand that new laws placing further control over society be enacted to counter the threats now spotlighted. More rules, more government, more taxes, less freedom.

Another cynical wonderment - why all the fuss about broken CFLs? Why has it not all played out for fluorescent tubes? They too have mercury in similar amounts. There has not been an avalanche of reports of people suffering from mercury poisoning from broken fluorescent tubes or moon-suited technicians cleaning up the family room after a tube was broken. Could it be that within the grand strategy, the timing was not right to play the poison card? And with LED light bulbs coming on the market, with an even greater energy efficiency (and much higher cost than CFLs), will CFLs be banned next? 

‘Tis a tempest in a teapot. CFLs do have a place in the grand scheme of things, especially for those lights the replacement of which is an all-day project, or if the spectrum you want cannot be obtained with an Edison special, or if your lighting demands are such that the cost vs. energy saved equation comes out to your benefit. Prudent respect for the dangers mitigates the dangers.

Tacitus nailed it in the First Century AD: "Corruptissima republicae, plurimae leges" - The worse the state, the more laws it has.

See you Trackside.

{The article below supports the observation that Anthropogenic sources of carbon dioxide are not significantly affecting either global warming or climate change. These man made sources of CO2 are calculated and documented in Global Warming or global fraud? This is an abridged version of the original T. J. Nelson piece, still quite lengthy but well worth the read. It is reprinted by permission of the author. The complete article is available here. - Ed. }

Photo above: Absorption of ultraviolet, visible, and infrared radiation by various gases in the atmosphere. Most of the ultraviolet light (below 0.3 microns) is absorbed by ozone (O3) and oxygen (O2). Carbon dioxide has three large absorption bands in the infrared region at about 2.7, 4.3, and 15 microns. Water has several absorption bands in the infrared, and even has some absorption well into the microwave region. {Peixoto, J.P. and Oort, A.H., Physics of Climate, Springer, 1992, p. 118.}

There is general agreement that the Earth is naturally warmed to some extent by atmospheric gases, principally water vapor, in what is often called a "greenhouse effect". The Earth absorbs enough radiation from the sun to raise its temperature by 0.5 degrees per day, but is theoretically capable of emitting sufficient long-wave radiation to cool itself by 5 times this amount. The Earth maintains its energy balance in part by absorption of the outgoing longwave radiation in the atmosphere, which causes warming.

On this basis, it has been estimated that the current level of warming is on the order of 33 degrees C. That is to say, in the absence of so-called greenhouse gases, the Earth would be 33 degrees cooler than it is today, or about 255 K (-0.4° F). Of these greenhouse gases, water is by far the most important. Although estimates of the contribution from water vapor vary widely, most sources place it between 90 and 95% of the warming effect, or about 30-31 of the 33 degrees. Carbon dioxide, although present in much lower concentrations than water, absorbs more infrared radiation than water on a per-molecule basis and contributes about 84% of the total non-water greenhouse gas equivalents, or about 4.2-8.4% of the total greenhouse gas effect.

The 33 degree increase in temperature is not caused simply by absorption of radiation but mostly by the Earth's adaptation to higher temperatures, which includes secondary effects such as increased water vapor, cloud formation, and changes in albedo or surface reflectivity caused by melting and aging of snow and ice. Accurately calculating the relative contribution of each of these components presents major difficulties.

Traditionally, greenhouse gas levels are presented as dimensionless numbers representing parts per billion (ppb) multiplied by a scaling factor (global warming potential- GWP) that allows their relative efficiency of producing global temperature increases to be compared. For carbon dioxide, this scaling factor is 1.0. The factors for methane and nitrous oxide are 21 and 310, respectively, while sulfur hexafluoride is 23,900 times more effective than carbon dioxide. The GWP from carbon dioxide is primarily due to the position of its absorption bands in the critical longwave infrared region at 2, 3, 5, and 13-17 micrometers.

Methane, nitrous oxide, ozone, CFCs and other miscellaneous gases absorb radiation even more efficiently than carbon dioxide, but are also present at much lower concentrations. Their high GWP results from their molecular structure which makes them absorb strongly and at different wavelengths from water vapor and carbon dioxide. For example, although ozone is usually thought of as an absorber of ultraviolet radiation, it also absorbs longwave infrared at 9.6 micrometers. These gases account for another 1.3% of the natural greenhouse gas effect. The increase in the global energy balance caused by greenhouse gases is called "radiative forcing".

The GWP of a greenhouse gas is the ratio of the time-integrated radiative forcing from 1 kg of the gas in question compared to 1 kg of carbon dioxide. These GWP values are calculated over a 100 year time horizon and take into consideration not only the absorption of radiation at different wavelengths, but also the different atmospheric lifetimes of each gas and secondary effects such as effects on water vapor. For some gases, the GWP is too complex to calculate because the gas participates in complex chemical reactions. Most researchers use the GWPs compiled by the World Meteorological Organization (WMO).

Even though most of the so-called greenhouse effect is caused by water vapor, about 1-2 degrees of our current empirically-measured temperature of roughly 288 K (59° F) can be attributed to carbon dioxide. Water vapor is at least 99.99% of 'natural' origin, which is to say that no amount of deindustrialization could ever significantly change the amount of water vapor in the atmosphere. Thus, climatologists have concentrated mostly on carbon dioxide and methane.

Figures from the U.S. Department of Energy show that the pre-industrial baseline of carbon dioxide is 288,000 ppb. The total current carbon dioxide is 368,400 parts per billion, or 0.0368% of the atmosphere. The ocean and biosphere possess a large buffering capacity, mainly because of carbon dioxide's large solubility in water. Because of this, it's safe to conclude that the anthropogenic component of atmospheric carbon dioxide concentration will continue to remain roughly proportional to the rate of carbon dioxide emissions and therefore is in no danger of being saturated, which would allow all the emitted carbon dioxide to go into the atmosphere.