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The Year Of Disguises

The Year Of Disguises

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The Year Of Disguises Tyler Durden Sun, 10/18/2020 - 20:20

Authored by Roger Koops via The American Institute for Economic Research,

2020 is a year of disguises. Some examples include computer models/modelers disguised as “science/scientists,” Tyrants/Dictators/Totalitarians disguised as “elected officials,” propaganda machines disguised as “news sources,” brainwashing disguised as “information,” censorship disguised as “public health safeguard,” panic and fear disguised as “social responsibility.”

Even the virus itself has been disguised by humans as an “apocalypse.” But, the last part is not the doing of the virus, but the doings of a select number of humans who are responsible for many of the other disguises as well. And if you look at the totality of events in 2020, it is clear that the average citizen has been treated generally less than human, certainly not as adults in any case. 

I believe we are in as great a crisis as a species as we have ever been. The crisis is not from some seasonal virus (which is a health issue), but it is from ourselves and what we have devolved into as a species (social, cultural, ideological issues).

I have debated with myself on how to approach the following essay. Under normal circumstances, it would be easy. But, the topic has been so warped and sensationalized into political and social hyperbole, it is difficult to get a handle on it. I could go at it strictly from a scientific perspective, but that would tune many people out.

After about two weeks of my own internal debate and several versions, I have decided to treat the readers of this essay as Human Adults. I will try to not get too technical but rather use rational arguments to approach the issue of a viral infection from the perspective of the virus molecule outside of the host, i.e., the natural environment.

Computer modeling is “a” tool, not “the” tool. The model is only as good as the assumptions put into the model. It has been clear from the start that the modelers have NO idea of how a virus works in the natural world. They have based their modeling on the assumption that the culprit is the human being. The human being must be controlled in order to control the virus. This is completely wrong. I hope to present arguments that illustrate the weaknesses of the modeling concepts.

Human Perception

The natural perceptive abilities, i.e. the physical senses, of human beings are quite poor. For example, we can see only a very, very small part of the electromagnetic spectrum, illustrated as follows: 

Consequently, humans have difficulty understanding that which is not directly observable by their senses. Size and mass we do okay at, providing we can see it. We tend to have better abilities with larger things that we can observe. But, even size perception has its limits. For example, many people cannot grasp the scope of our universe. 

Smaller things, things we cannot see we have trouble with. We live, and have always lived, in a world with things that are far smaller than our ability to detect without some instrumental aid. For example, when I tell people that their bodies are mostly empty space, they scoff. We have solid substance, they say, we can feel it. I respond that the reason we feel it is solid is because that is how our brain interprets it.

For example, neutrinos are subatomic particles with no mass. They do not interact with matter. We are bombarded by interstellar neutrinos throughout our lives. They pass right through us. It makes no difference where you live because they pass right through the Earth, too. You can live a whole lifetime and never have experienced a collision of a neutrino with a cell in your body. Think about it; is it difficult to grasp?

Yes, neutrinos are exotic and basically of interest to physicists. But we exist in a constant interaction with other not-so-exotic things. 

Bacteria and fungi, at the cellular level, exist at the micron scale (see the scale diagram below). But, they have the cellular machinery to grow on their own, i.e., their cells will divide and multiply as long as they have nutrients. We cannot see them normally without a microscope. But, if they keep growing, eventually we can see them (as things such as moldy bread, or mildew on the wall), or even feel them (old vegetables that get a “slimy” feeling actually have a bacterial plaque on their surface). Both bacteria and fungi can form “spores” to protect themselves under harsh conditions. It is a form of hibernation. 

We have bacteria and fungi in our bodies constantly. Our immune system usually keeps them at bay, or more accurately, keeps them in balance. However, if our immune system weakens, or if a balance is shifted towards the bacteria/fungi, the balance can tip in their favor and we can experience disease. We tend to have more difficulty with control of bacterial/fungal infections than viral infections. In fact, the most common cause of a fatal outcome due to viral infection, including coronavirus, is a bacterial infection. 

The reason the second week of infection is considered the worry stage is NOT because of the virus; rather this is the time when a weakened immune system, either by exposure or by losing the balance battle cannot prevent the bacteria/fungi from taking off. Most people who die from influenza, coronavirus, even rhinovirus, do so primarily from pneumonia (bacterial infection) or some other systemic bacterial infection. 

Other things, besides fighting a virus, can weaken the immune system. Aging, diabetes/obesity, liver disease, kidney disease, cancer, lung disease, other infections (viral/bacterial/fungal), stress, circulatory problems, cardiovascular disease, and several others all can cause weakened immune systems (that is why they are called “comorbidities”). Clearly, the number and degree of conditions that weaken your immune system greatly increase the risk of severe disease or death from any infectious disease (bacterial, fungal, or viral).

All of these things occur at a level where our senses cannot perceive them. Fortunately, our bodies recognize these things at the molecular level and it is our own chemistry (we call “biochemistry”) that intervenes, mainly in the form of our immune system. 

The Virus: What are we dealing with?

My Doctoral degree is in “organic” chemistry, specifically, chemistry involving carbon-based compounds. Chemistry is about working with problems at a molecular level. Guess what a virus like coronavirus is? It is a complex organic molecule. Organic chemists would call it a “macromolecule” where “macro” means large. It is only considered “large” in comparison to small molecules. I am naturally inclined to look at a virus like coronavirus as an organic molecule. 

Coronavirus (CV) and influenza (IF) are very similar at the molecular level. Both are ribonucleic acid (RNA) viruses and both are enveloped helical (meaning that they have a similar 3- dimensional structure with a protein outer part and the RNA inside). CV is a positive strand RNA and IF is a negative strand RNA. This means they have opposite structures much like you have a left hand and a right hand. Their viral class identification is different partly for that reason. 

Both CV and IF behave almost the same outside of the body and this is due to their size, structure, and relative chemical similarities. On average, both are about the same size, ranging around 100 ±30 nanometers or nm (CV can range smaller in size than IF). For consistency purposes, I will refer to both of them at the 100 nm size, which is reasonably accurate (nm is 10-9 meter (0.000000001 meter), a micron (μm) is 10-6 meter (0.000001 meter). The meter is about 10% longer than a yard, or 39.37 inches so 1 micron is 0.00003937 inch.

I have created the following scale for a reference point using font sizes, and I hope that the fonts are reasonably accurate. Note that our eyes cannot see 5 micron, so this is enhanced.

As the chart shows, both CV and IF as a molecule outside of the body are VERY, VERY small. They are undetectable without the use of an electron microscope. We simply cannot detect it in the natural environment. The tip of your finger, maybe 1 square millimeter, can literally pick up tens of millions of virus particles and you could not see any of them.

Because of the small size, we really do not know how they truly exist in the environment. They could be floating around as individual molecules, i.e. as single CV/IF particles. They could “aggregate,” meaning that they form clumps of molecules (again, too small to detect). They could attach to any other particle in the environment. Since they are so small, they could hitch rides with dust particles, pollens, leaves, just about anything that they may have an affinity for. The list of possibilities extends to anything you could think of in the environment, including living creatures. In short, they simply could be anywhere and everywhere.

Molecules can react with other molecules (reactivity), or they can remain as they are or fall apart into smaller molecules (stability). For the purpose of this essay, I will focus mainly on stability.

Most molecules have conditions that can render them either more stable or less stable. Clearly, with an infectious disease molecule, we would want to try and break it apart, or not give it stability. Breaking it apart usually renders it inert; i.e. non-infectious.

In an outdoor environment, we know that the CV/IF molecule will start to break apart within minutes or maybe last an hour or two. The local environmental conditions will determine how fast the molecule breaks up. We know that heat and ultraviolet (UV) radiation are pretty good at breaking it up.

There are things that chemically will help break it up. For example, saline conditions, like in an ocean are good (it may be considered a “natural disinfectant”). There are man-made disinfectants such as bleach. We know that CV/IF are not stable under pH of 3 or over a pH of 10. So if the molecule encounters either natural or man-made conditions that deal with these pHs, the molecule will break up. Common soaps are good for breaking up the molecule. This is why there is the recommendation to wash with soap and water.

Likewise, there are conditions that increase the stability of the molecule. Both CV/IF survive longer under colder conditions. This is probably one reason why they tend to favor winter months and colder climates.

We know that certain types of surfaces can make it more stable. For example, CV has good stability on plastic (1/2 life of almost 8 hours) and has even been detected up to one week on surgical masks. Some types of metals, such as copper, can speed up decomposition and some metals lend stability (such as stainless steel). 

Skin can actually be good at destabilizing because of not only sweat but also the natural oils and detergents that are produced in the skin can break apart these types of molecules. That is a reason that skin absorption is not considered a vector of infection. Serious breaks in the skin, however, such as from burns or injuries, could lead to infection due to the decreased natural inhibition.

So, in general, we would want to try and increase exposure of the molecule to conditions that destabilize while trying to minimize the stabilizing conditions. 

The Virus in Disease Transmission

The “rationale” for lockdowns, masks, distancing, etc. all rest on the assumption that human direct transmission is the greatest risk for disease. Anyone, at any given time, in any place can pass the virus to another. It sort of reminds me of the character “Cofi” in the movie “The Green Mile.” People seem to be convinced that somehow, the only way to catch this virus is because it makes a beeline from person to person. In other words, we are the culprits.

But, is this really the case? In short, “No” and here is why.

Because of the modeler’s view, if we imprison people (“lockdown” – a term used in penal institutions when prisoners become unruly), cover their faces (“masking”), and keep them from doing what people do, i.e. socializing (“distancing”), we can stop the virus. This concept is what “wanna-be” dictators all over the world have embraced.

This is NONSENSE. Certainly, you can get infected that way but that is only one way of many ways. It may not even be the main way. It is “losing sight of the forest for the trees.” 

To examine the path to infection more closely, let’s make the following assumptions (which you can see are more or less worst case assumptions):

  • Assumption 1. A person has CV/IF and is shedding, i.e. releasing virus from their bodies. Further, let’s focus on the nasal/oral route for shedding as the only route, even though we know that the virus can be shed from feces.

  • Assumption 2. All shed virus is infectious. This may sound like a strange assumption but we really do not know HOW infectious shedding viruses truly are. What is being shed could be combinations of fragmented virus and more intact virus. The reason it is not clear is because a main method that is used for identification of samples is PCR. PCR cannot tell whether what is being amplified is actually infectious or not. 

When we exhale breath, speak, sing, laugh, cough, shout, sneeze, hiss, scoff, grunt, etc., air is expelled from our, mostly, upper respiratory tract. This air MAY or MAY NOT contain particles of moisture (mostly water). These moisture particles MAY or MAY NOT contain mucus, cellular debris, bacteria etc. from our respiratory tract. These moisture particles MAY or MAY NOT contain virus particles. In other words, there MAY be virus particles hitching a ride or there may be NONE. 

There is no scientific evidence that when a person is infected that they are continually expelling virus, but that goes to a different essay. Please note, I am not referring to the playground use of the “spitball,” which is a massive collection of saliva, which may or may not contain any of the above. However, I think that we all can agree that amorous kissing when there is an infected person involved runs the highest risk of transmission. But this has more to do with direct contact. I want to deal with indirect routes of transmission.

The expelled moisture particles range in size from very, very small to much larger and for scientific purposes are divided typically into two categories: (1) aerosols, which are the very small particles usually below 1 micron, and (2) droplets, which are particles larger than 5 micron. The range between 1-5 micron is sometimes ambiguously defined either as an aerosol or a droplet but that is not really important for this discussion. You can see the whole range is involved. 

Once expelled (egress) away from the nose/mouth, moisture particles will travel certain distances depending on their sizes. Larger droplets fall closer to the individual while aerosols can travel much farther or remain suspended. We have imaging techniques to see droplets using special high speed cameras, but we cannot visualize aerosols. 

Clearly, independent virus particles that are NOT hitching rides are expelled as nanoparticles and go out into the environment. We cannot begin to see these. But, as nanoparticles, we should assume that they can remain air suspended for long periods of time and are taken up by the local air movement patterns.

Aerosols and droplets, after leaving the mouth/nose will quickly lose their moisture, i.e. the water base will evaporate. The smaller the particle, the quicker this will happen. With aerosols, it may be within a fraction of a second. Environmental conditions will also affect the timing. Warmer and dryer conditions will speed up evaporation while colder and more humid conditions will slow it down. Studies have indicated that under most normal temperature conditions, aerosols and droplets less than 100 micron in size evaporate before they hit the ground. 

What happens to the hitchhiking virus? IT IS STILL THERE! It does not evaporate. It has lost its ride but it is still there.

What happens to it now? It can go anywhere, i.e. it can be dispersed just like the free molecule. It will last as long as it is stable. It can be carried by the wind (outdoors) or by air movements or HVAC (indoors). It can hitch a ride with other carrier things (outdoor examples such as above). It can land on surfaces, any surface, whether indoors or outdoors. Animals or even insects can carry the molecule if it lands on them. If it lands on another person, it can land on their clothes, hair, skin, etc. and be carried by them. If it happens to get sucked into the respiratory tract or absorbed on the eye, it may eventually lead to infection if it can survive the body defenses. The possibilities really are endless.

Indoors, the picture becomes even more complicated because now the vectors of movement, displacement, and contamination possibilities increase. Air handling units can redistribute the molecules to other areas far from the original source. Surface contamination is now a real consideration. Simple items can become sources of infection. 

For example desk pens and pencils, office equipment, telephones, notebooks, furniture, electronic devices, cups/glasses, dishes, light switches, etc. Just look around the room that you are sitting in and remember about when you (or someone) “dusts.” At least anywhere that a “dust” can go so can a molecule like a virus. In fact, the very act of “dusting” could reintroduce the molecule back into the environment. Anything in that environment that you touch is a potential source.

It should be easy to see why a lockdown is disastrous. A single sick person can spread a virus throughout a whole building and no one would know it until too late. Clearly, air handling, sanitation, people movement, shared items, all will play a significant role in transmission risk.

Further, indoor conditions are better generally for stability and survival of the molecule. Why are meat processing/packing plants at risk? They are refrigerated facilities. There are many people so there is a lot of movement. There are many surfaces for the molecule to sit, like carcasses, that are handled often and routinely. 

I think people can start to see the problem that we are dealing with and why the virus doesn’t just go away so easily. 

Don’t “Masks” Make A Difference?

Before going into that question, I want to provide both some personal background and maybe a little comic relief.

The photo below was taken about 30 years ago, and yes, that is me. I was being fit tested for my own respirator. In my first position after the Ph.D., I was given charge of developing a molecule that was so lethal (yes, it is used medicinally but in very dilute solutions and under strict controls) that even the tiniest of amount contacting my skin, nose, eyes, etc., could knock me out and kill without my ever knowing it; the risks I faced were far greater than any coronavirus. I had to undergo serious Personal Protective Equipment (PPE) training as a result. When your life hangs in the balance, you learn all that you can. I was also a member of an isolator design team to develop a manufacturing unit to contain the production process. 

Yes, I do know something about PPE. 

The type of respirator that I am wearing in the photo is designed to protect the wearer from chemical agents, mostly, although there are biological filters available. It has unidirectional airflow. That means that the air that I would breathe in would be pulled through a series of filter cartridges (the round canisters on the sides) in order to remove the potentially offending compounds. After inhalation, a valve would close off the incoming air (ingress) and my exhaled breath would exit via another one way valve (egress), which you cannot see but it is located in the middle of the canisters directly in front of my mouth. Of course, this was used with other head and body protection since ALL physical contamination had to be guarded against.

This kind of respirator required both fit and physical certification. I had to be certified on an annual basis to show that my lungs were capable of breathing with this apparatus since the pressure differential was great. That means, I had to be able to suck in the air through the filters as well as deliver out through the valve. Lung capacity was very important; it was NOT a normal breathing experience. You also had to take periodic breaks, as well as a thorough and careful decontamination after each use. The respirator worked only as long as the filter cartridges were effective. They could reach a saturation point or a point where the cartridge was spent and beyond that there would be no protection.

The idea of “masks” on people did not suddenly appear in March of 2020. The usage of face protection with infectious diseases has been well studied, especially with influenza. Do not forget, the mechanics of these two viruses (CV/IF) are essentially the same so what works or doesn’t work for one is the same for the other. 

The understanding has been that a “mask,” and that term usually refers to either a SURGICAL mask or N95 mask, has no benefit in the general population and is only useful in controlled clinical settings. Further, it has been considered a greater transmission risk than a benefit in the general population. If people still have a memory, you may recall that this was still the advice in February 2020. That understanding has not changed and I will explain why.

The term “mask” by itself means nothing. It is like saying “car.” You have to identify it more specifically because there are many different types and varieties, just like cars. So, for this essay, I will use two terms as follows:

  1. Face Coverings: In this category I will include homemade cloth, dust, non-fitted utility, custom stylish, and any other common “mask,” i.e. something that is intended to cover your mouth and nose and that is by and large used in the general population (because they are cheap and inexpensive).

  2. Mask: In this category, I am referring specifically to the SURGICAL mask and N95 mask (which is recommended for use in clinical settings by health care workers). If necessary, I will specify between them.

One of the big mistakes by modelers is the concept of a face covering or mask as a “barrier.” I see many references to so-called “experts” who make this claim. This is completely false. No face covering or mask is a barrier. Either they do not know what they are talking about or they are misleading people.

Masks and “Face Coverings” ARE:

  1. FILTERS, not barriers. They FILTER only the things that they are designed to filter, to a level of efficiency based upon design, usually not at 100% efficiency. For example, the N95 mask is designed and rated to filter particles greater than 300 nm at 95% efficiency (note: there are masks with greater efficiency than 95%, such as the N99 and NHEPA, but these are very expensive). 

  2. Bidirectional, or two-way street flow (unlike my respirator above). That means the air is intended to go in and out through the same place – breathe in, breathe out. The filtering ability affects both ingress and egress, but MOST are intended to be used towards ingress, i.e. to protect the wearer (Surgical masks are the exception).

  3. Designed for normal breathing patterns, not exertive force (although the Surgical mask has a pressure rating). This is an important point!

  4. NOT designed to filter infectious agents but rather inert particulates (except the Surgical mask which is intended to preserve a sterile/sanitary operating field).

  5. Designed for minimal usage time. They are NOT intended to be stuck on your face for hours.

I understand the psychological crutch that people feel with something covering their mouth/nose. I am sorry, but that is a false sense of security. Perception is NOT reality, just like the neutrino. The mind says that you have some solid thing covering your mouth and nose but that is not really the case, it is porous; things get through (or go around)..

I could spend time on the viral transmission ineffectiveness of the variety of face coverings and fitted masks based upon the material, pore size, non-fit, etc., as well as the studies. I will say that there has been only ONE type of mask, the SURGICAL mask, which has shown any ability to reduce, not eliminate, virus transmission because it is actually rated to a 100 nanometer pore size AND it is rated for ingress and egress. But, the SURGICAL mask is not intended for use outside of a controlled, sterile hospital surgical field where its use and function can be controlled. It has limitations.

In Part III above, the expulsion of the virus into the environment was examined. So, what happens if a person wears a mask/face covering? There are two different views of how the mask operates depending on whether it is ingress (protecting the wearer) or egress (protecting the environment). But, both add up to more or less the same thing.

First, what happens on EGRESS. We will look at droplets because most face coverings will not stop an aerosol and the 2020 propaganda has been focused on droplets.

Assuming that a person is shedding virus and they produce droplets that contain hitchhiking virus, and assuming the face covering actually stops ALL droplets (best-case scenario), the following molecular pathway will likely occur:

  1. The droplet will lose its moisture. The timing may be different than just going out into the environment but moisture will be lost. However, the expelled droplets may accumulate faster than evaporation. If that happens, the facial covering starts to become saturated with moisture, mucus, cellular debris, bacteria, etc. as well as virus molecules. 

  2. The virus molecule DOES NOT EVAPORATE and no matter what happens as far as the droplet is concerned, the virus is now on the face covering, at least initially. This means that the face covering is now contaminated and is a possible source of transmission, both contact and airborne.

  3. The virus is not somehow magically “glued” to the mask but can be expelled, whether or not there is still moisture. This can happen the next time a person breathes, speaks, coughs, sneezes, hisses, grunts, etc. So, the virus can be expelled out INTO THE ENVIRONMENT from the face covering.

So, the face covering acts as an intermediary in transmission. It can alter the timing of the virus getting into the environment, but it now acts as a contact source and airborne source; virus can still get into the environment. Since we know that the stability is good on most covering and mask materials, it does nothing to break down the virus until the covering is removed and either washed or discarded (appropriately). 

Here is an important point, as more virus molecules accumulate, more are expelled. The face covering is not some virus black hole that sucks the virus into oblivion.

Second, what about INGRESS?

What works for egress works for ingress. So, if a person is wearing a face covering and they encounter virus, aerosols, or droplets, the virus and aerosols will likely penetrate. If the droplet is stopped, the surface is now contaminated. This means that if the surface of the covering touches the mouth or nose, you can become contaminated, i.e. infected. 

This is a common sight with most face coverings, including the “stylish” coverings that people are wearing (I often see the covering moving back and forth against their mouth and nose even as they breathe, like a diaphragm), as well as with the cheaper dust masks and homemade cloth masks. If you inhale, you can become contaminated. If you touch the face covering, such as pulling it up and down, you can become contaminated.

Further, because the surface is contaminated, a person can also expel the virus back out into the environment just as with egress. This can be done by talking, breathing, coughing, etc.

Stopping a *droplet* is NOT the same as stopping the virus!

This molecular evaluation only assumed the best case contact scenario; that is, 100% contact between the face covering and any virus particle that may be encountered. I have NOT examined low efficiency coverings, inappropriate use and handling, non-fit (air will circumvent the covering and go around it since air flow follows the path of least resistance – where the air goes so does a virus). I have NOT examined the eyes or ears as entry points. I have NOT examined the other modes of molecular movement on the surface of face coverings, such as osmosis. I have NOT examined the almost 100% misuse of any covering by the population at large simply because they have not been trained and have been misinformed and are using ineffective coverings.

It boggles my mind when there is some notion that by wearing a face covering you are actually doing a “service” to your neighbor and therefore everyone has to protect everyone by this. Actually, the opposite is true. You are now becoming an additional potential source of environmental contamination. You are now becoming a transmission risk; not only are you increasing your own risk but you are also increasing the risk to others.

To better illustrate, let’s look at my respirator above. If I had been exposed to the molecule that I described, the filters would have protected my breathing function (my other protective equipment such as gowns, hoods, etc. would protect the rest of me). But, the respirator surface would have been contaminated (as would the other gown surfaces). If I had gone out into an uncontrolled environment with that respirator (and/or gown, etc.), I could have released those molecules into the environment endangering any person, possibly fatally. I had to de-gown and decontaminate, very carefully, in a controlled environment to prevent that possibility. Even though I had been protected, I was still a risk to others.

Before March 2020, the standard Good Respiratory Practice (GRP) was to cover your mouth/nose when coughing or sneezing. It is especially effective if you use a tissue or handkerchief as a receptacle and cup your hand around them. The hand now actually DOES serve more as a barrier. 

Plus, you will more likely remove the potential virus molecule from the environment by proper disposal of the tissue or washing the handkerchief. That is a practice we should be getting back to. I see people now who believe the misinformation and do nothing to shield their cough or sneeze because they believe that wearing a face covering is a barrier on its own. This is not good. So, at the very least, cover your face covering with your hands if you cough or sneeze!

I cannot tell people to not wear a face covering. I chose not to wear face coverings for two reasons, the first is all of the above, and the second is that I have experienced this virus. When I see people with them, I think of virus heaven. But, I am also not afraid because this virus does not frighten me.

I cannot tell people not to erect plastic sheets. But, when I see them, I see a virus motel-check in, stay a while, and then leave. This concerns me more because of the much larger surface area that can act as a virus repository. I have actually advised some places that have done this to either disinfect regularly, or move to glass where disinfection is easier. If there is virus stuck to these surfaces, there is both contact risk and expulsion risk back into the environment.

My view of dealing with the virus is at the molecular level. Do what we can to actually deplete the molecule, not give it stability.

We cannot eliminate this or any other upper respiratory virus. Maybe someday we can advance our immunological techniques to the point that it might be possible to make it a minor player in humans, but we are not there yet. But, we can defend against it by our immune systems and by trusting those with stronger immune systems to protect the weaker. Despite the propaganda, herd immunity was the standard before March 2020; it is not a “fringe” concept.

Here are some important points to consider:

  1. People who have experienced this virus do NOT need to wear face coverings, period.

  2. In the open environment, no one should be wearing face coverings. This is the one place where we can get an assist from nature to help reduce the virus molecules. Considering that less than 5% of transmissions have been associated with open environments (and identifiable activities not random encounters), the risk is truly small.

  3. A face covering may be useful when visiting an at-risk elderly person or in a controlled health care setting such as a hospital or nursing home. But, I think that these should be dispensed by trained personnel and should be focused on using Surgical masks wherever possible. The protection is not so much from viruses but face coverings may be more effective in preventing the spread of bacteria and fungi.

  4. Children should not be wearing face coverings. We all need constant interaction with our environments and that is especially true for children. This is how their immune system develops. They are the lowest of the low risk groups. Let them be kids and let them develop their immune systems..  

  5. The “Mask Mandate” idea is a truly ridiculous, knee-jerk reaction and needs to be withdrawn and thrown in the waste bin of disastrous policy, along with lockdowns and school closures. You can vote for a person without blindly supporting all of their proposals!

  6. There may be other health risks associated with continued use of face coverings. While this is anecdotal, I have many physician acquaintances and they are all reporting increases in conditions that may be associated with face coverings, such as facial skin infections, nose/throat and sinus infections, even anxiety conditions. An area of concern is the change in breathing patterns that can be directly associated with face coverings. I train regularly. The only time that I wear a face covering is to gain entrance to the public gymnasium where I train (because it is required). The mask is discarded immediately when I start training, as most other people also do. The staff members do not make a fuss because they understand the dangers of doing exertion with a face covering.

  7. We also do not know enough about the possible consequences of forcing whole populations to adopt face coverings for extended periods. There may be both health and social consequences that we cannot consider at this time. Humans have developed as creatures whereby we interact with our environment. Our whole upper respiratory tract has developed immense defensive systems because of that. I am worried personally about “unnatural selection.” This is when human actions force a direction of evolution that would not otherwise occur. Often, the result is not good. But that is a whole different subject that needs to be considered.

I think that people can see how truly complex and difficult it is to deal with a nanoparticle. It is something too complex for modeling, at least on the environmental scale. It should be clear that humans are only a small part of the equation. 

Stopping humans from being human will not stop the virus from being a virus!  

We certainly should not have let modeling be experimented with on a worldwide scale directing policy that we had no idea of the outcome; but we did. It should be readily apparent by this time that all of the lockdowns, masking, distancing, closures, etc. have had no effect on the virus. It is time to reverse course.

Modeling could be useful in evaluating conditions in very limited and controlled settings. For example, it could be helpful to design infectious disease care units in hospitals. We could use modeling to examine our knowledge and use of air-handling, people movement and interactions in combination with molecule destruction, PPE, etc. to maybe develop better procedures to protect health care workers but also help reduce viral loads of patients. 

For example, would a simply designed, single pass individual exhaust unit that carries the expired air from a patient to a chemical scrubber help reduce the viral load of the environment? Could it also help the patient by reducing the local viral and bacterial load? Could it help reduce or eliminate the molecule from those environments? These and others are questions that can be modeled and then tested. Then, maybe it can be tried on a pilot scale. If that works, maybe we can expand the scale, fine tuning as we go, and maybe reach a point where it works well and it can be used on a larger scale. That is how science works. Start small, gain understanding, finetune, and expand. You do NOT use the whole world as a laboratory on the first shot!

It is time for human beings to be human beings again. Stop trying to lay blame and guilt on people for a natural virus. 

If governments want to be helpful in reducing severe disease and deaths, imposing more laws and restrictions is not the answer. Rather, focus on educating people on how to better maintain their immune systems. Encourage healthier lifestyles through education and wellness programs, especially in the less fortunate of our society. Provide or encourage businesses to consider better sick leave alternatives for people in ALL jobs/vocations so that people are not driven by the choice of work to live or stay home and be sick. 

The healthy people in our society should not be punished for being healthy, which is exactly what lockdowns, distancing, mask mandates, etc. do. This goes completely against the principles on which the United States of America was founded. We have lost the meaning of “Land of the Free, Home of the Brave” to “Land of the Imprisoned, Home of the Afraid.”

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Spread & Containment

Students lose out as cities and states give billions in property tax breaks to businesses − draining school budgets and especially hurting the poorest students

An estimated 95% of US cities provide economic development tax incentives to woo corporate investors, taking billions away from schools.

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Exxon Mobil Corp.'s campus in East Baton Rouge Parish, left, received millions in tax abatements to the detriment of local schools, right. Barry Lewis/Getty Images, Tjean314/Wikimedia

Built in 1910, James Elementary is a three-story brick school in Kansas City, Missouri’s historic Northeast neighborhood, with a bright blue front door framed by a sand-colored stone arch adorned with a gargoyle. As bustling students and teachers negotiate a maze of gray stairs with worn wooden handrails, Marjorie Mayes, the school’s principal, escorts a visitor across uneven blue tile floors on the ground floor to a classroom with exposed brick walls and pipes. Bubbling paint mars some walls, evidence of the water leaks spreading inside the aging building.

“It’s living history,” said Mayes during a mid-September tour of the building. “Not the kind of living history we want.”

The district would like to tackle the US$400 million in deferred maintenance needed to create a 21st century learning environment at its 35 schools – including James Elementary – but it can’t. It doesn’t have the money.

Property tax redirect

The lack of funds is a direct result of the property tax breaks that Kansas City lavishes on companies and developers that do business there. The program is supposed to bring in new jobs and business but instead has ended up draining civic coffers and starving schools. Between 2017 and 2023, the Kansas City school district lost $237.3 million through tax abatements.

Kansas City is hardly an anomaly. An estimated 95% of U.S. cities provide economic development tax incentives to woo corporate investors. The upshot is that billions have been diverted from large urban school districts and from a growing number of small suburban and rural districts. The impact is seen in districts as diverse as Chicago and Cleveland, Hillsboro, Oregon, and Storey County, Nevada.

The result? A 2021 review of 2,498 financial statements from school districts across 27 states revealed that, in 2019 alone, at least $2.4 billion was diverted to fund tax incentives. Yet that substantial figure still downplays the magnitude of the problem, because three-quarters of the 10,370 districts analyzed did not provide any information on tax abatement agreements.

Tax abatement programs have long been controversial, pitting states and communities against one another in beggar-thy-neighbor contests. Their economic value is also, at best, unclear: Studies show most companies would have made the same location decision without taxpayer subsidies. Meanwhile, schools make up the largest cost item in these communities, meaning they suffer most when companies are granted breaks in property taxes.

A three-month investigation by The Conversation and three scholars with expertise in economic development, tax laws and education policy shows that the cash drain from these programs is not equally shared by schools in the same communities. At the local level, tax abatements and exemptions often come at the cost of critical funding for school districts that disproportionately serve students from low-income households and who are racial minorities.

In Missouri, for example, in 2022 nearly $1,700 per student was redirected from Kansas City public and charter schools, while between $500 and $900 was redirected from wealthier, whiter Northland schools on the north side of the river in Kansas City and in the suburbs beyond. Other studies have found similar demographic trends elsewhere, including New York state, South Carolina and Columbus, Ohio.

The funding gaps produced by abated money often force schools to delay needed maintenance, increase class sizes, lay off teachers and support staff and even close outright. Schools also struggle to update or replace outdated technology, books and other educational resources. And, amid a nationwide teacher shortage, schools under financial pressures sometimes turn to inexperienced teachers who are not fully certified or rely too heavily on recruits from overseas who have been given special visa status.

Lost funding also prevents teachers and staff, who often feed, clothe and otherwise go above and beyond to help students in need, from earning a living wage. All told, tax abatements can end up harming a community’s value, with constant funding shortfalls creating a cycle of decline.

Incentives, payoffs and guarantees

Perversely, some of the largest beneficiaries of tax abatements are the politicians who publicly boast of handing out the breaks despite the harm to poorer communities. Incumbent governors have used the incentives as a means of taking credit for job creation, even when the jobs were coming anyway.

“We know that subsidies don’t work,” said Elizabeth Marcello, a doctoral lecturer at Hunter College who studies governmental planning and policy and the interactions between state and local governments. “But they are good political stories, and I think that’s why politicians love them so much.”

Academic research shows that economic development incentives are ineffective most of the time – and harm school systems.

While some voters may celebrate abatements, parents can recognize the disparities between school districts that are created by the tax breaks. Fairleigh Jackson pointed out that her daughter’s East Baton Rouge third grade class lacks access to playground equipment.

The class is attending school in a temporary building while their elementary school undergoes a two-year renovation.

The temporary site has some grass and a cement slab where kids can play, but no playground equipment, Jackson said. And parents needed to set up an Amazon wish list to purchase basic equipment such as balls, jump ropes and chalk for students to use. The district told parents there would be no playground equipment due to a lack of funds, then promised to install equipment, Jackson said, but months later, there is none.

Cement surface surrounded by a fence with grass beyond. There's no playground equipment..
The temporary site where Fairleigh Jackson’s daughter goes to school in East Baton Rouge Parish lacks playground equipment. Fairleigh Jackson, CC BY-ND

Jackson said it’s hard to complain when other schools in the district don’t even have needed security measures in place. “When I think about playground equipment, I think that’s a necessary piece of child development,” Jackson said. “Do we even advocate for something that should be a daily part of our kids’ experience when kids’ safety isn’t being funded?”

Meanwhile, the challenges facing administrators 500-odd miles away at Atlanta Public Schools are nothing if not formidable: The district is dealing with chronic absenteeism among half of its Black students, many students are experiencing homelessness, and it’s facing a teacher shortage.

At the same time, Atlanta is showering corporations with tax breaks. The city has two bodies that dole them out: the Development Authority of Fulton County, or DAFC, and Invest Atlanta, the city’s economic development agency. The deals handed out by the two agencies have drained $103.8 million from schools from fiscal 2017 to 2022, according to Atlanta school system financial statements.

What exactly Atlanta and other cities and states are accomplishing with tax abatement programs is hard to discern. Fewer than a quarter of companies that receive breaks in the U.S. needed an incentive to invest, according to a 2018 study by the Upjohn Institute for Employment Research, a nonprofit research organization.

This means that at least 75% of companies received tax abatements when they’re not needed – with communities paying a heavy price for economic development that sometimes provides little benefit.

In Kansas City, for example, there’s no guarantee that the businesses that do set up shop after receiving a tax abatement will remain there long term. That’s significant considering the historic border war between the Missouri and Kansas sides of Kansas City – a competition to be the most generous to the businesses, said Jason Roberts, president of the Kansas City Federation of Teachers and School-Related Personnel. Kansas City, Missouri, has a 1% income tax on people who work in the city, so it competes for as many workers as possible to secure that earnings tax, Roberts said.

Under city and state tax abatement programs, companies that used to be in Kansas City have since relocated. The AMC Theaters headquarters, for example, moved from the city’s downtown to Leawood, Kansas, about a decade ago, garnering some $40 million in Promoting Employment Across Kansas tax incentives.

Roberts said that when one side’s financial largesse runs out, companies often move across the state line – until both states decided in 2019 that enough was enough and declared a cease-fire.

But tax breaks for other businesses continue. “Our mission is to grow the economy of Kansas City, and application of tools such as tax exemptions are vital to achieving that mission, said Jon Stephens, president and CEO of Port KC, the Kansas City Port Authority. The incentives speed development, and providing them "has resulted in growth choosing KC versus other markets,” he added.

In Atlanta, those tax breaks are not going to projects in neighborhoods that need help attracting development. They have largely been handed out to projects that are in high demand areas of the city, said Julian Bene, who served on Invest Atlanta’s board from 2010 to 2018. In 2019, for instance, the Fulton County development authority approved a 10-year, $16 million tax abatement for a 410-foot-tall, 27,000-square-foot tower in Atlanta’s vibrant Midtown business district. The project included hotel space, retail space and office space that is now occupied by Google and Invesco.

In 2021, a developer in Atlanta pulled its request for an $8 million tax break to expand its new massive, mixed-use Ponce City Market development in the trendy Beltline neighborhood with an office tower and apartment building. Because of community pushback, the developer knew it likely did not have enough votes from the commission for approval, Bene said. After a second try for $5 million in lower taxes was also rejected, the developer went ahead and built the project anyway.

Invest Atlanta has also turned down projects in the past, Bene said. Oftentimes, after getting rejected, the developer goes back to the landowner and asks for a better price to buy the property to make their numbers work, because it was overvalued at the start.

Trouble in Philadelphia

On Thursday, Oct. 26, 2023, an environmental team was preparing Southwark School in Philadelphia for the winter cold. While checking an attic fan, members of the team saw loose dust on top of flooring that contained asbestos. The dust that certainly was blowing into the floors below could contain the cancer-causing agent. Within a day, Southwark was closed – the seventh Philadelphia school temporarily shuttered since the previous academic year because of possible asbestos contamination.

A 2019 inspection of the John L Kinsey school in Philadelphia found asbestos in plaster walls, floor tiles, radiator insulation and electrical panels. Asbestos is a major problem for Philadelphia’s public schools. The district needs $430 million to clean up the asbestos, lead, and other environmental hazards that place the health of students, teachers and staff at risk. And that is on top of an additional $2.4 billion to fix failing and damaged buildings.

Yet the money is not available. Matthew Stem, a former district official, testified in a 2023 lawsuit about financing of Pennsylvania schools that the environmental health risks cannot be addressed until an emergency like at Southwark because “existing funding sources are not sufficient to remediate those types of issues.”

Meanwhile, the city keeps doling out abatements, draining money that could have gone toward making Philadelphia schools safer. In the fiscal year ending June 2022, such tax breaks cost the school district $118 million – more than 25% of the total amount needed to remove the asbestos and other health dangers. These abatements take 31 years to break even, according to the city’s own scenario impact analyses.

Huge subsets of the community – primarily Black, Brown, poor or a combination – are being “drastically impacted” by the exemptions and funding shortfalls for the school district, said Kendra Brooks, a Philadelphia City Council member. Schools and students are affected by mold, asbestos and lead, and crumbling infrastructure, as well as teacher and staffing shortages – including support staff, social workers and psychologists.

More than half the district’s schools that lacked adequate air conditioning – 87 schools – had to go to half days during the first week of the 2023 school year because of extreme heat. Poor heating systems also leave the schools cold in the winter. And some schools are overcrowded, resulting in large class sizes, she said.

Front of a four-story brick school building with tall windows, some with air-conditioners
Horace Furness High School in Philadelphia, where hot summers have temporarily closed schools that lack air conditioning. Nick-philly/Wikimedia, CC BY-SA

Teachers and researchers agree that a lack of adequate funding undermines educational opportunities and outcomes. That’s especially true for children living in poverty. A 2016 study found that a 10% increase in per-pupil spending each year for all 12 years of public schooling results in nearly one-third of a year of more education, 7.7% higher wages and a 3.2% reduction in annual incidence of adult poverty. The study estimated that a 21.7% increase could eliminate the high school graduation gap faced by children from low-income families.

More money for schools leads to more education resources for students and their teachers. The same researchers found that spending increases were associated with reductions in student-to-teacher ratios, increases in teacher salaries and longer school years. Other studies yielded similar results: School funding matters, especially for children already suffering the harms of poverty.

While tax abatements themselves are generally linked to rising property values, the benefits are not evenly distributed. In fact, any expansion of the tax base due to new property construction tends to be outside of the county granting the tax abatement. For families in school districts with the lost tax revenues, their neighbors’ good fortune likely comes as little solace. Meanwhile, a poorly funded education system is less likely to yield a skilled and competitive workforce, creating longer-term economic costs that make the region less attractive for businesses and residents.

“There’s a head-on collision here between private gain and the future quality of America’s workforce,” said Greg LeRoy, executive director at Good Jobs First, a Washington, D.C., advocacy group that’s critical of tax abatement and tracks the use of economic development subsidies.

Three-story school building with police officers out front and traffic lights in the foreground
Roxborough High School in Philadelphia. AP Photo/Matt Rourke

As funding dwindles and educational quality declines, additional families with means often opt for alternative educational avenues such as private schooling, home-schooling or moving to a different school district, further weakening the public school system.

Throughout the U.S., parents with the power to do so demand special arrangements, such as selective schools or high-track enclaves that hire experienced, fully prepared teachers. If demands aren’t met, they leave the district’s public schools for private schools or for the suburbs. Some parents even organize to splinter their more advantaged, and generally whiter, neighborhoods away from the larger urban school districts.

Those parental demands – known among scholars as “opportunity hoarding” – may seem unreasonable from the outside, but scarcity breeds very real fears about educational harms inflicted on one’s own children. Regardless of who’s to blame, the children who bear the heaviest burden of the nation’s concentrated poverty and racialized poverty again lose out.

Rethinking in Philadelphia and Riverhead

Americans also ask public schools to accomplish Herculean tasks that go far beyond the education basics, as many parents discovered at the onset of the pandemic when schools closed and their support for families largely disappeared.

A school serving students who endure housing and food insecurity must dedicate resources toward children’s basic needs and trauma. But districts serving more low-income students spend less per student on average, and almost half the states have regressive funding structures.

Facing dwindling resources for schools, several cities have begun to rethink their tax exemption programs.

The Philadelphia City Council recently passed a scale-back on a 10-year property tax abatement by decreasing the percentage of the subsidy over that time. But even with that change, millions will be lost to tax exemptions that could instead be invested in cash-depleted schools. “We could make major changes in our schools’ infrastructure, curriculum, staffing, staffing ratios, support staff, social workers, school psychologists – take your pick,” Brooks said.

Other cities looking to reform tax abatement programs are taking a different approach. In Riverhead, New York, on Long Island, developers or project owners can be granted exemptions on their property tax and allowed instead to shell out a far smaller “payment in lieu of taxes,” or PILOT. When the abatement ends, most commonly after 10 years, the businesses then will pay full property taxes.

At least, that’s the idea, but the system is far from perfect. Beneficiaries of the PILOT program have failed to pay on time, leaving the school board struggling to fill a budget hole. Also, the payments are not equal to the amount they would receive for property taxes, with millions of dollars in potential revenue over a decade being cut to as little as a few hundred thousand. On the back end, if a business that’s subsidized with tax breaks fails after 10 years, the projected benefits never emerge.

And when the time came to start paying taxes, developers have returned to the city’s Industrial Development Agency with hat in hand, asking for more tax breaks. A local for-profit aquarium, for example, was granted a 10-year PILOT program break by Riverhead in 1999; it has received so many extensions that it is not scheduled to start paying full taxes until 2031 – 22 years after originally planned.

Kansas City border politics

Like many cities, Kansas City has a long history of segregation, white flight and racial redlining, said Kathleen Pointer, senior policy strategist for Kansas City Public Schools.

James Elementary in Kansas City, Mo. Danielle McLean, CC BY-ND

Troost Avenue, where the Kansas City Public Schools administrative office is located, serves as the city’s historic racial dividing line, with wealthier white families living in the west and more economically disadvantaged people of color in the east. Most of the district’s schools are located east of Troost, not west.

Students on the west side “pretty much automatically funnel into the college preparatory middle school and high schools,” said The Federation of Teachers’ Roberts. Those schools are considered signature schools that are selective and are better taken care of than the typical neighborhood schools, he added.

The school district’s tax levy was set by voters in 1969 at 3.75%. But successive attempts over the next few decades to increase the levy at the ballot box failed. During a decadeslong desegregation lawsuit that was eventually resolved through a settlement agreement in the 1990s, a court raised the district’s levy rate to 4.96% without voter approval. The levy has remained at the same 4.96% rate since.

Meanwhile, Kansas City is still distributing 20-year tax abatements to companies and developers for projects. The district calculated that about 92% of the money that was abated within the school district’s boundaries was for projects within the whiter west side of the city, Pointer said.

“Unfortunately, we can’t pick or choose where developers build,” said Meredith Hoenes, director of communications for Port KC. “We aren’t planning and zoning. Developers typically have plans in place when they knock on our door.”

In Kansas City, several agencies administer tax incentives, allowing developers to shop around to different bodies to receive one. Pointer said he believes the Port Authority is popular because they don’t do a third-party financial analysis to prove that the developers need the amount that they say they do.

With 20-year abatements, a child will start pre-K and graduate high school before seeing the benefits of a property being fully on the tax rolls, Pointer said. Developers, meanwhile, routinely threaten to build somewhere else if they don’t get the incentive, she said.

In 2020, BlueScope Construction, a company that had received tax incentives for nearly 20 years and was about to roll off its abatement, asked for another 13 years and threatened to move to another state if it didn’t get it. At the time, the U.S. was grappling with a racial reckoning following the murder of George Floyd, who was killed by a Minneapolis police officer.

“That was a moment for Kansas City Public Schools where we really drew a line in the sand and talked about incentives as an equity issue,” Pointer said.

After the district raised the issue – tying the incentives to systemic racism – the City Council rejected BlueScope’s bid and, three years later, it’s still in Kansas City, fully on the tax rolls, she said. BlueScope did not return multiple requests for comment.

Recently, a multifamily housing project was approved for a 20-year tax abatement by the Port Authority of Kansas City at Country Club Plaza, an outdoor shopping center in an affluent part of the city. The housing project included no affordable units. “This project was approved without any independent financial analysis proving that it needed that subsidy,” Pointer said.

All told, the Kansas City Public Schools district faces several shortfalls beyond the $400 million in deferred maintenance, Superintendent Jennifer Collier said. There are staffing shortages at all positions: teachers, paraprofessionals and support staff. As in much of the U.S., the cost of housing is surging. New developments that are being built do not include affordable housing, or when they do, the units are still out of reach for teachers.

That’s making it harder for a district that already loses about 1 in 5 of its teachers each year to keep or recruit new ones, who earn an average of only $46,150 their first year on the job, Collier said.

East Baton Rouge and the industrial corridor

It’s impossible to miss the tanks, towers, pipes and industrial structures that incongruously line Baton Rouge’s Scenic Highway landscape. They’re part of Exxon Mobil Corp.’s campus, home of the oil giant’s refinery in addition to chemical and plastics plants.

Aerial view of industrial buildings along a river
Exxon Mobil Corp.’s Baton Rouge campus occupies 3.28 square miles. AP Photo/Gerald Herbert

Sitting along the Mississippi River, the campus has been a staple of Louisiana’s capital for over 100 years. It’s where 6,000 employees and contractors who collectively earn over $400 million annually produce 522,000 barrels of crude oil per day when at full capacity, as well as the annual production and manufacture of 3 billion pounds of high-density polyethylene and polypropylene and 6.6 billion pounds of petrochemical products. The company posted a record-breaking $55.7 billion in profits in 2022 and $36 billion in 2023.

Across the street are empty fields and roads leading into neighborhoods that have been designated by the U.S. Department of Agriculture as a low-income food desert. A mile drive down the street to Route 67 is a Dollar General, fast-food restaurants, and tiny, rundown food stores. A Hi Nabor Supermarket is 4 miles away.

East Baton Rouge Parish’s McKinley High School, a 12-minute drive from the refinery, serves a student body that is about 80% Black and 85% poor. The school, which boasts famous alums such as rapper Kevin Gates, former NBA player Tyrus Thomas and Presidential Medal of Freedom recipient Gardner C. Taylor, holds a special place in the community, but it has been beset by violence and tragedy lately. Its football team quarterback, who was killed days before graduation in 2017, was among at least four of McKinley’s students who have been shot or murdered over the past six years.

The experience is starkly different at some of the district’s more advantaged schools, including its magnet programs open to high-performing students.

Black-and-white outline of Louisiana showing the parishes, with one, near the bottom right, filled in red
East Baton Rouge Parish, marked in red, includes an Exxon Mobil Corp. campus and the city of Baton Rouge. David Benbennick/Wikimedia

Baton Rouge is a tale of two cities, with some of the worst outcomes in the state for education, income and mortality, and some of the best outcomes. “It was only separated by sometimes a few blocks,” said Edgar Cage, the lead organizer for the advocacy group Together Baton Rouge. Cage, who grew up in the city when it was segregated by Jim Crow laws, said the root cause of that disparity was racism.

“Underserved kids don’t have a path forward” in East Baton Rouge public schools, Cage said.

A 2019 report from the Urban League of Louisiana found that economically disadvantaged African American and Hispanic students are not provided equitable access to high-quality education opportunities. That has contributed to those students underperforming on standardized state assessments, such as the LEAP exam, being unprepared to advance to higher grades and being excluded from high-quality curricula and instruction, as well as the highest-performing schools and magnet schools.

“Baton Rouge is home to some of the highest performing schools in the state,” according to the report. “Yet the highest performing schools and schools that have selective admissions policies often exclude disadvantaged students and African American and Hispanic students.”

Dawn Collins, who served on the district’s school board from 2016 to 2022, said that with more funding, the district could provide more targeted interventions for students who were struggling academically or additional support to staff so they can better assist students with greater needs.

But for decades, Louisiana’s Industrial Ad Valorem Tax Exemption Program, or ITEP, allowed for 100% property tax exemptions for industrial manufacturing facilities, said Erin Hansen, the statewide policy analyst at Together Louisiana, a network of 250 religious and civic organizations across the state that advocates for grassroots issues, including tax fairness.

The ITEP program was created in the 1930s through a state constitutional amendment, allowing companies to bypass a public vote and get approval for the exemption through the governor-appointed Board of Commerce and Industry, Hansen said. For over 80 years, that board approved nearly all applications that it received, she said.

Since 2000, Louisiana has granted a total of $35 billion in corporate property tax breaks for 12,590 projects.

Louisiana’s executive order

A few efforts to reform the program over the years have largely failed. But in 2016, Gov. John Bel Edwards signed an executive order that slightly but importantly tweaked the system. On top of the state board vote, the order gave local taxing bodies – such as school boards, sheriffs and parish or city councils – the ability to vote on their own individual portions of the tax exemptions. And in 2019 the East Baton Rouge Parish School Board exercised its power to vote down an abatement.

Throughout the U.S., school boards’ power over the tax abatements that affect their budgets vary, and in some states, including Georgia, Kansas, Nevada, New Jersey and South Carolina, school boards lack any formal ability to vote or comment on tax abatement deals that affect them.

Edwards’ executive order also capped the maximum exemption at 80% and tightened the rules so routine capital investments and maintenance were no longer eligible, Hansen said. A requirement concerning job creation was also put in place.

Concerned residents and activists, led by Together Louisiana and sister group Together Baton Rouge, rallied around the new rules and pushed back against the billion-dollar corporation taking more tax money from the schools. In 2019, the campaign worked: the school board rejected a $2.9 million property tax break bid by Exxon Mobil.

After the decision, Exxon Mobil reportedly described the city as “unpredictable.”

However, members of the business community have continued to lobby for the tax breaks, and they have pushed back against further rejections. In fact, according to Hansen, loopholes were created during the rulemaking process around the governor’s executive order that allowed companies to weaken its effectiveness.

In total, 223 Exxon Mobil projects worth nearly $580 million in tax abatements have been granted in the state of Louisiana under the ITEP program since 2000.

“ITEP is needed to compete with other states – and, in ExxonMobil’s case, other countries,” according to Exxon Mobil spokesperson Lauren Kight.

She pointed out that Exxon Mobil is the largest property taxpayer for the EBR school system, paying more than $46 million in property taxes in EBR parish in 2022 and another $34 million in sales taxes.

A new ITEP contract won’t decrease this existing tax revenue, Kight added. “Losing out on future projects absolutely will.”

The East Baton Rouge Parish School Board has continued to approve Exxon Mobil abatements, passing $46.9 million between 2020 and 2022. Between 2017 and 2023, the school district has lost $96.3 million.

Taxes are highest when industrial buildings are first built. Industrial property comes onto the tax rolls at 40% to 50% of its original value in Louisiana after the initial 10-year exemption, according to the Ascension Economic Development Corp.

Exxon Mobil received its latest tax exemption, $8.6 million over 10 years – an 80% break – in October 2023 for $250 million to install facilities at the Baton Rouge complex that purify isopropyl alcohol for microchip production and that create a new advanced recycling facility, allowing the company to address plastic waste. The project created zero new jobs.

The school board approved it by a 7-2 vote after a long and occasionally contentious board meeting.

“Does it make sense for Louisiana and other economically disadvantaged states to kind of compete with each other by providing tax incentives to mega corporations like Exxon Mobil?” said EBR School Board Vice President Patrick Martin, who voted for the abatement. “Probably, in a macro sense, it does not make a lot of sense. But it is the program that we have.”

Obviously, Exxon Mobil benefits, he said. “The company gets a benefit in reducing the property taxes that they would otherwise pay on their industrial activity that adds value to that property.” But the community benefits from the 20% of the property taxes that are not exempted, he said.

“I believe if we don’t pass it, over time the investments will not come and our district as a whole will have less money,” he added.

In 2022, a year when Exxon Mobil made a record $55.7 billion, the company asked for a 10-year, 80% property tax break from the cash-starved East Baton Rouge Parish school district. A lively debate ensued.

Meanwhile, the district’s budgetary woes are coming to a head. Bus drivers staged a sickout at the start of the school year, refusing to pick up students – in protest of low pay and not having buses equipped with air conditioning amid a heat wave. The district was forced to release students early, leaving kids stranded without a ride to school, before it acquiesced and provided the drivers and other staff one-time stipends and purchased new buses with air conditioning.

The district also agreed to reestablish transfer points as a temporary response to the shortages. But that transfer-point plan has historically resulted in students riding on the bus for hours and occasionally missing breakfast when the bus arrives late, according to Angela Reams-Brown, president of the East Baton Rouge Federation of Teachers. The district plans to purchase or lease over 160 buses and solve its bus driver shortage next year, but the plan could lead to a budget crisis.

A teacher shortage looms as well, because the district is paying teachers below the regional average. At the school board meeting, Laverne Simoneaux, an ELL specialist at East Baton Rouge’s Woodlawn Elementary, said she was informed that her job was not guaranteed next year since she’s being paid through federal COVID-19 relief funds. By receiving tax exemptions, Exxon Mobil was taking money from her salary to deepen their pockets, she said.

A young student in the district told the school board that the money could provide better internet access or be used to hire someone to pick up the glass and barbed wire in the playground. But at least they have a playground – Hayden Crockett, a seventh grader at Sherwood Middle Academic Magnet School, noted that his sister’s elementary school lacked one.

“If it wasn’t in the budget to fund playground equipment, how can it also be in the budget to give one of the most powerful corporations in the world a tax break?” Crockett said. “The math just ain’t mathing.”

Christine Wen worked for the nonprofit organization Good Jobs First from June 2019 to May 2022 where she helped collect tax abatement data.

Nathan Jensen has received funding from the John and Laura Arnold Foundation, the Smith Richardson Foundation, the Ewing Marion Kauffman Foundation and the Washington Center for Equitable Growth. He is a Senior Fellow at the Niskanen Center.

Danielle McLean and Kevin Welner do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

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Spread & Containment

Revving up tourism: Formula One and other big events look set to drive growth in the hospitality industry

With big events drawing a growing share of of tourism dollars, F1 offers a potential glimpse of the travel industry’s future.

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Sergio Perez of Oracle Red Bull Racing, right, and Charles Leclerc of the Scuderia Ferrari team compete in the Las Vegas Grand Prix on Nov. 19, 2023. Tayfun Coskun/Anadolu via Getty Images

In late 2023, I embarked on my first Formula One race experience, attending the first-ever Las Vegas Grand Prix. I had never been to an F1 race; my interest was sparked during the pandemic, largely through the Netflix series “Formula 1: Drive to Survive.”

But I wasn’t just attending as a fan. As the inaugural chair of the University of Florida’s department of tourism, hospitality and event management, I saw this as an opportunity. Big events and festivals represent a growing share of the tourism market – as an educator, I want to prepare future leaders to manage them.

And what better place to learn how to do that than in the stands of the Las Vegas Grand Prix?

A smiling professor is illuminated by bright lights in a nighttime photo taken at a Formula 1 event in Nevada.
The author at the Las Vegas Grand Prix. Katherine Fu

The future of tourism is in events and experiences

Tourism is fun, but it’s also big business: In the U.S. alone, it’s a US$2.6 trillion industry employing 15 million people. And with travelers increasingly planning their trips around events rather than places, both industry leaders and academics are paying attention.

Event tourism is also key to many cities’ economic development strategies – think Chicago and its annual Lollapalooza music festival, which has been hosted in Grant Park since 2005. In 2023, Lollapalooza generated an estimated $422 million for the local economy and drew record-breaking crowds to the city’s hotels.

That’s why when Formula One announced it would be making a 10-year commitment to host races in Las Vegas, the region’s tourism agency was eager to spread the news. The 2023 grand prix eventually generated $100 million in tax revenue, the head of that agency later announced.

Why Formula One?

Formula One offers a prime example of the economic importance of event tourism. In 2022, Formula One generated about $2.6 billion in total revenues, according to the latest full-year data from its parent company. That’s up 20% from 2021 and 27% from 2019, the last pre-COVID year. A record 5.7 million fans attended Formula One races in 2022, up 36% from 2019.

This surge in interest can be attributed to expanded broadcasting rights, sponsorship deals and a growing global fan base. And, of course, the in-person events make a lot of money – the cheapest tickets to the Las Vegas Grand Prix were $500.

Two brightly colored race cars are seen speeding down a track in a blur.
Turn 1 at the first Las Vegas Grand Prix. Rachel Fu, CC BY

That’s why I think of Formula One as more than just a pastime: It’s emblematic of a major shift in the tourism industry that offers substantial job opportunities. And it takes more than drivers and pit crews to make Formula One run – it takes a diverse range of professionals in fields such as event management, marketing, engineering and beyond.

This rapid industry growth indicates an opportune moment for universities to adapt their hospitality and business curricula and prepare students for careers in this profitable field.

How hospitality and business programs should prepare students

To align with the evolving landscape of mega-events like Formula One races, hospitality schools should, I believe, integrate specialized training in event management, luxury hospitality and international business. Courses focusing on large-scale event planning, VIP client management and cross-cultural communication are essential.

Another area for curriculum enhancement is sustainability and innovation in hospitality. Formula One, like many other companies, has increased its emphasis on environmental responsibility in recent years. While some critics have been skeptical of this push, I think it makes sense. After all, the event tourism industry both contributes to climate change and is threatened by it. So, programs may consider incorporating courses in sustainable event management, eco-friendly hospitality practices and innovations in sustainable event and tourism.

Additionally, business programs may consider emphasizing strategic marketing, brand management and digital media strategies for F1 and for the larger event-tourism space. As both continue to evolve, understanding how to leverage digital platforms, engage global audiences and create compelling brand narratives becomes increasingly important.

Beyond hospitality and business, other disciplines such as material sciences, engineering and data analytics can also integrate F1 into their curricula. Given the younger generation’s growing interest in motor sports, embedding F1 case studies and projects in these programs can enhance student engagement and provide practical applications of theoretical concepts.

Racing into the future: Formula One today and tomorrow

F1 has boosted its outreach to younger audiences in recent years and has also acted to strengthen its presence in the U.S., a market with major potential for the sport. The 2023 Las Vegas race was a strategic move in this direction. These decisions, along with the continued growth of the sport’s fan base and sponsorship deals, underscore F1’s economic significance and future potential.

Looking ahead in 2024, Formula One seems ripe for further expansion. New races, continued advancements in broadcasting technology and evolving sponsorship models are expected to drive revenue growth. And Season 6 of “Drive to Survive” will be released on Feb. 23, 2024. We already know that was effective marketing – after all, it inspired me to check out the Las Vegas Grand Prix.

I’m more sure than ever that big events like this will play a major role in the future of tourism – a message I’ll be imparting to my students. And in my free time, I’m planning to enhance my quality of life in 2024 by synchronizing my vacations with the F1 calendar. After all, nothing says “relaxing getaway” quite like the roar of engines and excitement of the racetrack.

Rachel J.C. Fu does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

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Spread & Containment

Dropping Like a Stone: ON RRP Take‑up in the Second Half of 2023

Take-up at the Overnight Reverse Repo Facility (ON RRP) has halved over the past six months, declining by more than $1 trillion since June 2023. This steady…

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Take-up at the Overnight Reverse Repo Facility (ON RRP) has halved over the past six months, declining by more than $1 trillion since June 2023. This steady decrease follows a rapid increase from close to zero in early 2021 to $2.2 trillion in December 2022, and a period of relatively stable balances during the first half of 2023. In this post, we interpret the recent drop in ON RRP take-up through the lens of the channels that we identify in our recent Staff Report as driving its initial increase.

ON RRP Take-up Has Been Decreasing since June 2023…

A blue single-line chart depicts ON RRP take-pp from 2020  through the end of 2023 in trillions of U.S. dollars. The chart shows a steady increase from close to zero in early 2021 to $2.2 trillion in December 2022. Ater a period of relatively stable balances in the first half of 2023, the chart shows a recent drop in ON RRP take-up.
Source: Federal Reserve of St. Louis. FRED database.

Banks’ Balance-Sheet Costs

As the Federal Reserve expanded its balance sheet in response to the COVID-19 pandemic, it increased the supply of reserves to the banking system and, as a result, banks’ balance sheets also grew. Reserves increased from $1.6 trillion—or 9 percent of banks assets—in January 2020 to $3.2 trillion—or 16 percent of bank assets—over the following three months, reaching a historical maximum of 19 percent of banks’ assets in September 2021. As the chart below shows, bank assets also grew from $18 trillion in January of 2020 to $20 trillion in April 2020, and continued to increase to $23 trillion in May 2023.

As banks’ balance sheets expand, regulatory ratios—such as the supplementary leverage ratio (SLR)—are likely to become tighter for some institutions. Banks react to increased balance-sheet costs by pushing some of their deposits toward the money market fund (MMF) industry—for instance, by lowering the rate paid on bank deposits—and reducing their demand for short-term debt. As we explain in our paper, both effects are likely to have boosted ON RRP take-up during March 2021 – May 2023, as most MMFs are eligible to invest in the ON RRP and do so especially when alternative investment options, such as banks’ wholesale short-term debt—including repos by dealers affiliated with a bank holding company—dwindle.

Likely, these effects have subsided relative to 2022. Indeed, since June 2023, bank assets have hovered around $23 trillion, slightly below their March 2023 peak. Moreover, reserves have been around 14 percent of bank assets since June 2023, below the average of 16 percent observed between March 2020 and May 2023. Since the SLR treats all assets in the same way regardless of their riskiness, large banks’ balance-sheet expansions are particularly costly if they are used to finance safe assets with low returns. Therefore, though bank assets have remained relatively stable, the recent decline in the ratio of reserves to bank assets has likely reduced banks’ overall balance-sheet costs.

…while Bank Assets and Reserves Relative to Bank Assets Have Remained Roughly Constant.

 A two-line chart depicts bank assets in red and the ratio of bank reserves to assets in blue from 2020 to late 2023. Since June 2023, bank assets have hovered around $23 trillion, slightly below their March 2023 peak. Moreover, reserves have been around 14 percent of bank assets since June 2023.
Source: Federal Reserve Bank of St. Louis. FRED database.

Consistent with a decrease in banks’ balance-sheet costs (and an increase in the supply of bank debt), the interest rates at which banks and broker dealers borrow via overnight Treasury-backed repos have increased since the fourth quarter of 2022 and are now a few basis points above the ON RRP rate (see chart below). This positive rate differential pushes MMFs away from investing at the ON RRP facility and into private repos.

The SOFR-ON RRP Spread Has Been Positive…

A blue single-line chart depicts the spread between the secured overnight financing rate and the ON RRP rate in basis points from 2020 through the end of 2024. The rate differential has been positive since early 2023.
Source: Federal Reserve of St. Louis, FRED database.

Monetary Policy

Monetary policy can affect ON RRP take-up by MMFs in two ways. First, the interest-rate pass-through of MMF shares is higher than that of bank deposits; as a result, the size of the MMF industry comoves with the monetary policy cycle as investors switch from bank deposits to MMF shares when the policy rate increases. Though the assets of the MMF industry are at an all-time high, the pace of the increase has somewhat decreased recently, consistent with a slower pace of monetary policy tightening; moreover, the share of MMF assets managed by government funds—the ones most likely to invest in the ON RRP—has decreased since June 2022 by 7 percentage points.

Second, monetary policy can affect MMFs’ take-up at the ON RRP also through its effect on interest-rate uncertainty. Higher uncertainty leads MMFs to rebalance their portfolios toward investments with shorter duration; the ON RRP is one such investment as it is overnight. Indeed, interest rate uncertainty—as measured by the MOVE index—had increased substantially during the latest tightening cycle, raising from 57.3 in May 2021 to 136 in May 2023. Recently, however, the increase has been partially reversed. Indeed, the average level of the MOVE was 125.6 in the first half of 2023 but declined to 117.3 in the second half of the year.

…while Interest-Rate Uncertainty Has Been Decreasing.

A blue single line chart shows that interest rate uncertainty—as measured by the MOVE index—had increased substantially during the latest tightening cycle, raising from 57.3 in May 2021 to 136 in May 2023.
Source: Yahoo! Finance.

The Supply of T-bills

A third driver of ON RRP take-up is the supply of T-bills. The Federal Government has expanded the supply of T-bills dramatically in 2023: T-bills outstanding increased from $3.7 trillion at the end of 2022 to $5.3 trillion at the end of September 2023, with a $1.3 trillion increase since June. As the supply of T-bills grows, the investment options of MMFs—and especially of government funds, which represent 83 percent of the industry and can only invest in short-term government debt and repos backed by government debt—expand and, as a result, their investment in the ON RRP dwindles. In our staff report, we estimate that a $100 billion increase in the amount of T-bill issuance reduces the proportion of ON RRP investment in a government-MMF portfolio by 2.3 percentage points, relative to that in a prime-MMF portfolio; since average monthly T-bill issuance went from $1.12 trillion in the period from 2022:Q1-2023:Q1 to $1.53 trillion in 2023:Q2-2023:Q3, this effect on portfolio rebalancing amounts to an additional decrease in ON RRP investment of roughly $350 billion.

Summing It Up

The increase in ON RRP take-up between 2021 and May 2023 was driven by a series of factors: a rise in banks’ balance-sheet costs due to the expansion of the supply of reserves in response to the COVID-19 pandemic, the rapid hikes in policy rates aimed at fighting inflation and the resulting increase in interest-rate uncertainty, and the decrease in the T-bill supply of 2021-22 resulting from the normalization of public debt after the COVID-19  crisis.

These factors have reversed: the Federal Reserve restarted running off its balance sheet after the temporary expansion during the banking turmoil of March 2023; the growth of the banking system waned while the ratio of reserves to asset decreased; the pace of interest-rate hikes slowed down; and the T-bill supply increased again. If these dynamics persist in the months ahead, ON RRP take-up may continue to decrease. Such a steady decline would be consistent with that observed in early 2018, when investment at the ON RRP gradually disappeared as the Federal Reserve continued to normalize the size of its balance sheet and reserves in the banking system became less abundant.

Gara Afonso is the head of Banking Studies in the Federal Reserve Bank of New York’s Research and Statistics Group.

Marco Cipriani is the head of Money and Payments Studies in the Federal Reserve Bank of New York’s Research and Statistics Group.  

Gabriele La Spada is a financial research economist in Money and Payments Studies in the Federal Reserve Bank of New York’s Research and Statistics Group.   

How to cite this post:
Gara Afonso, Marco Cipriani, and Gabriele La Spada, “Dropping Like a Stone: ON RRP Take‑up in the Second Half of 2023,” Federal Reserve Bank of New York Liberty Street Economics, December 19, 2023, https://libertystreeteconomics.newyorkfed.org/2023/12/dropping-like-a-stone-on-rrp-take-up-in-the-second-half-of-2023/.

Disclaimer
The views expressed in this post are those of the author(s) and do not necessarily reflect the position of the Federal Reserve Bank of New York or the Federal Reserve System. Any errors or omissions are the responsibility of the author(s).

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