An Interlinked World

Like it or not, we’re all irremediably interlinked. However remote and therefore inconsequential a region may appear to be, drought there can severely impact everyone else. Case in point, Chile is in the midst of a 15-year megadrought, and there’s no end in sight. As of 2021, over half of its population lived in areas afflicted by severe water scarcity, so much so that according to the Chilean Ministry of Social Development, approximately 8% did not have access to drinking water.

Chile is the world’s top producer of copper (24% of global copper production) and the second-largest producer of lithium, essential for the global shift to a green energy economy. Water is crucial in mining, used to process ores, suppress dust, and cool equipment. As it happens, Chile’s great mines are located in the Atacama Desert, one of the driest places on Earth. The drought has exacerbated competing demands from communities, agriculture and mining, in order of priority. As a result, the mining sector has turned to desalination, a seemingly obvious solution due to the close proximity of the Pacific Ocean. However, it entails high energy costs (typically between $0.50 and $2 per cubic meter) supplied by the national grid. In addition, there are environmental consequences, including the discharge of brine (highly concentrated saltwater) which can affect marine life and contain chemicals used in the desalination process.

Presently some mining companies are using desalinized water for 30% of their needs, and that is expected to rise to 50% by 2030. The topography, featuring the towering Andes in close proximity to the Pacific, entails additional challenges. Transporting seawater from coastal desalination plants to inland high-altitude mines requires long pipelines, often at elevations in excess of 2,000m. In addition, declining ore grades require more water to process the same amount of metal.

The Inverse

Pumping water up a steep slope requires a lot of energy. For example, the Edmonston Plant in California requires 14 gigantic pumps with a combined draw of over 7,460 megawatts to lift the water 587 meters uphill to a series of tunnels over the Tehachapi Mountains.

In Chile’s case that expenditure is in addition to the energy consumed by the desalination process itself. Instead of coastline desalination plants, why not build plants to produce hydrogen from electrolysis using solar energy exclusively? Sunshine is certainly abundant in the Atacama, and the Pacific Ocean is an inexhaustible source of water (and therefore, hydrogen). Better yet, no one can claim any rights to them. Then, hydrogen (the lightest element in the Periodic Table) would be pumped up to power plants built on suitable mountaintops. They would burn the hydrogen to simultaneously generate (not consume) electricity and produce steam. The latter would be condensed and stored; it would then be piped down to cascading mountainside hydro turbines to yield still more electricity (there are specific cases when a series of cascading generators are preferable to a one single large turbine). After that the water would support the mining operations. The brine and other byproducts of the electrolysis process would stay on the shore where the powerful Humboldt current would dilute it naturally. As shown, this system features gravity as an additional force to recover most if not all the energy used in the electrolysis operation. Since there is  no theoretical limit as to how much hydrogen, electricity and water could be produced by this system, the national grid would no longer have to support the mining sector; instead, the grid would receive any surplus electricity.

Elsewhere

This system could work in places as diverse as Mexico, Spain, the Greek islands, Hawaii, the Caribbean, and mainland U.S., if it ever decides to wean itself from fossil fuels and nuclear fission. As for the European Union, China, India, Russia, and/or everyone else lacking optimal sites where to clone the plan, they could always invest in joint ventures with others.

Requirements

The technologies for this system already exist, and it is even possible for private capital to finance it entirely without additional taxes or confiscations. The only thing lacking is political will.

Defending the Dollar, Part 2

The line it is drawn

The curse it is cast

The slow one now

Will later be fast

As the present now

Will later be past

The order is rapidly fadin’

And the first one now

Will later be last

For the times they are a-changin’

– Bob Dylan

Background

The rate at which today’s technology is advancing – particularly artificial intelligence, robotics and renewable energy – is unprecedented in recorded history. And recorded history is the correct way of saying this because no one really knows what may lurk in unrecorded antiquity. The same is true regarding international politics, where seismic changes akin to the flow of lava are taking place. Yet, in terms of spiritual growth, humanity is still infected with the same age-old irresistible lust for dominance, as if we could take it with us when we draw our last breath. And so, the risk of extinction that it casts on us and all other species on this planet we think we own, keeps growing unabated. No wonder the Bulletin of the Atomic Scientists has set the Doomsday Clock to 89 seconds to midnight, an ominous metaphor of the growing probability of terminal apocalypse. It is through the prism of this regrettable truism that we look at today’s unfolding events.

The Conundrum

While the scope and magnitude of problems confronting the U.S. today are indeed unprecedented, except for nuclear war none are more urgent than the need to preserve the dollar’s role as reserve currency of the world. This privilege, not a right, has allowed the federal government to incur perennial trade and fiscal deficits, amass the largest public debt in history, and export a substantial portion of its inflation. More importantly, the privilege has kept us from facing sovereign bankruptcy. When governments approach insolvency, namely being unable to meet their obligations, global investors may demand much higher interest rates or simply refuse to buy their sovereign bonds.

The U.S. has been heading in that direction for close to 50 years. As a result, its accumulated debt is higher than it’s ever been, to the point that the Congressional Budget Office projects that by the end of 2025, 100% of the debt will be held by the public, the federal budget deficit will reach $1.9 trillion, and that by 2035 the federal debt will rise to 118% of GDP.

The root cause of this predicament is the government’s propensity to overspend, outsource manufacturing, and underinvest in nation building. This has created a steep inequality, a chronic and persistent shortage of affordable housing for working-class first-time individual homebuyers, a skyrocketing cost of medical care, and a plummeting fertility rate.

As of February 12, 2025, it’s encouraging and uplifting to see that president Trump appears to be fully cognizant of, and has taken spot-on steps to address, the aforementioned all-important issues. Certainly, The interim steps he has taken to deal with the trade deficit, specifically to impose tariffs on friend and foe, is a matter of necessity. The $37 trillion (plus) debt makes it unsustainable, for example, to keep borrowing just to essentially give the money away.     

Accordingly, as it pertains to his interim actions, the president deserves the highest praise. Truth be told, tariffs are politically expedient because (a) they can be imposed at the president’s discretion without legislative action, and (b) not being responsible for them, members of Congress are held harmless at election time from the wrath of their constituents. However, tariffs are a regressive tax, and as solutions go, they’re only a palliative, not a cure. The root cause of the trade deficit, which will at some point have to be publicly acknowledged and addressed, is that the country’s non-outsourced manufacturing sector must compete globally, not just in the U.S. market, and to do so two things are necessary: (1) a comprehensive and honest free trade agreement devoid of subsidies and tariffs among all the nations, and (2) the U.S. must mass produce and successfully sell quality items the rest of the world may be willing and able to buy. That means, for example, low-priced small electric automobiles capable of competing with Chinese brands.  

Regarding the dollar’s privileged role, let us remember the simple fact that in this world nothing lasts forever. Indeed, since 1450 AD several nations have enjoyed that privilege, and they all lost it. Accordingly, any attempt to forcibly and artificially extend the dollar’s reign should include the caveat that, even if successful, it’s still going come to an end. Loss of that privilege is usually, but not always, gradual, unrelenting and irreversible, like flowing magma. In fact, in some ways, it’s already begun. Accordingly, Mr. Trump’s threat to impose 100% tariffs on BRICS countries should they attempt to create a common currency akin to the euro may at best only postpone the inevitable. On that vein, though the president’s interim actions are indeed cause for celebration, it’s equally alarming that no one in his administration is known to have announced a comprehensive plan to mitigate the catastrophic consequences that will surely befall us the day the dollar is finally dethroned. Perhaps one that lifts the GDP by 16 or 17% in twenty years? 

Dynamics

Nobody knows how the incipient trade, technological, political and military rivalry with China will evolve, particularly in Latin America, Taiwan, and more broadly, in the Pacific. What is certain is that in terms of naval power, the importance of which will become more apparent as the confrontation progresses, China already has the largest and fastest-growing navy in the world, and its capability is increasing. In addition, the U.S. presently lacks the shipbuilding capacity to keep up with it. By that measure, disagreements with Russia are secondary, fixable and preferable.

Fossil Fuels and the Dollar

Regarding energy, Mr. Trump appears to subscribe to the belief that fossil fuels are the wave of the future, not a relic of the First Industrial Revolution. In fact, he withdrew from the Paris Agreement and wants the Keystone XL pipeline completed as soon as possible.

A critical supporting element of the dollar’s prowess is its relationship to oil. On August 15, 1971 president Richard Nixon discarded the Bretton Woods system of fixed exchange rates and converted the dollar to a fiat currency, just like all other currencies. In 1974 Saudi Arabia and the United States reached an agreement whereby the former would recycle its windfall oil revenue by investing into the U.S. economy. Later that same year the Saudis stopped accepting the British pound as payment for oil. Thus, all countries that were not oil self-sufficient were required to earn dollars to pay for their oil. The only country that did not have to do so was the U.S. All it has had to do is print money as it sees fit. It is for that reason that no issue save nuclear war is more important to the U.S economy.

In view of these facts, it’s unsurprising that President Trump’s first phone call to a foreign leader in his second term was to the Crown Prince of Saudi Arabia, who promptly announced that the Kingdom wants to invest $600 billion into the U.S. over the next four years. Not quite satisfied, the day after their phone call Trump said during virtual remarks to business and foreign leaders at the World Economic Forum in Davos, Switzerland, that he would ask the Prince to “round out” their investment to around $1 trillion”.  If so, that would average $250 billion per year. To put it in perspective, that would amount to 28% of the $892 billion in interest that the U.S. government paid in 2024. If it holds, this agreement all but guarantees that Saudi oil will continue to be priced in dollars. More importantly, it would for all intents and purposes indefinitely extend the 1974 pact and likely limit Saudi Arabia’s cooperation with BRICS. That is particularly important because Iran is already part of BRICS and has a bilateral relationship with Russia. Were Saudi Arabia to join BRICS, both shores of the Persian Gulf would operate under the auspices of an organization that specifically excludes the U.S.

However, the proposition to perpetually rely on oil to support the dollar evokes images of rowing against the current on a category 4 whitewater river. Not only is the president rejecting an opportunity to compete with China on renewable energy among countries that intend to walk away from fossil fuels, which are many, he appears to have discarded the possibility of gradually replacing oil with green and white hydrogen to prepare for the day when the demand for petrodollars begins to recede. A prudent alternative might be to chart a hybrid course: oil and fossil fuels in the short term paired with a simultaneous massive investment in white and green hydrogen over the next twenty or thirty years.

Inequality and Education

There are two additional particularly thorny issues: rising inequality in the U.S and abroad, and lack of a concerted effort to fully overhaul America’s education system.

Inequality, a taboo subject, is enshrined in the altar of capitalism as a necessary evil. Yet, it is a subject of extreme concern among the working classes who are compelled to cope with the chronic shortage of affordable housing and making ends meet. And this is true not just in the U.S. but in Canada, Spain, and virtually everywhere else. For that reason, China’s proven track record of lifting 800 million people from poverty in 40 years speaks volumes and attracts adherents worldwide, particularly in the Global South. Accordingly, the President and Congress should freely and publicly discuss inequality at least as much as UFOs and the Kennedy and MLK assassinations. In fact, a good place to begin might be to create a bipartisan task force empowered to hold public hearings and recommend ways to reduce and minimize it.

China is far ahead in the number of STEM graduates and leads the world in critical renewable energy technologies, including solar panels and batteries. Clearly, the U.S. should invest more by orders of magnitude on education, renewable energy, domestic infrastructure, public transportation, and all those things on which China is now the undisputed leader. In particular, no one in the current administration is known to have proposed a specific plan to make higher education free, or nearly so, for talented and meritorious youths whose parents simply lack the means to pay for it. Mantras like democracy or individual financial responsibility simply won’t deliver the need to compete on an even keel with China. If our esteemed elected leaders truly aspire to create the necessary conditions for the nation to do so, not just with China but with India in the 21st Century and beyond, they’ll have to encourage, inspire and steer a very large percentage of our qualified indigenous youth to choose STEM careers and, simultaneously, to create lifetime reliable jobs in those fields. And even then, there are no guarantees.

Medical Care

Medical care, the proper term as opposed to medical insurance, should also be high on the agenda. Whatever Mr. Trump decides to do, if anything, to the Affordable Care Act, the need for subsidized coverage for 20.8 million enrollees will persist. Otherwise, they won’t be able to afford the premiums and all other related costs.

A Possible Alternative: A Global Mechanism to Calculate, Allocate and Enforce the Exchange Rates of all Currencies Based on Per Capita Production of White and Green Hydrogen

Since time immemorial gold, or its equivalent has been the fuel that allowed the rich and powerful, whether clan potentates or emperors, to amass armies and enslave others. This was attested to by Cicero in his Fifth Philippic, Nervos belli, pecuniam infinitam: “The sinews of war [are] unlimited money. The concept has been seconded by others worldwide, including the ancient Maya, whose city-states lived in a continuous state of war as their kings strove to control trade between the coast and the highlands, and Cardinal Richelieu many centuries later: “Gold and money are among the chief and most necessary sources of the state’s power… a poor prince would not be able to undertake glorious action.”

That truism, combined with the universal lust for dominance, has historically been, and remains, at the heart of wars. It’s not inedible philosophical, economic or political mantras. It’s about having others do that which the powerful don’t like or want to do – menial chores, raising their own children, personally caring for their aging parents. Enter slaves, surfs, the destitute and the homeless, powerless human beings without a decisive voice with which to reform the pecking order. By the same token, given the state of today’s technology, those at the top have the means to divvy the world’s resources and to keep everyone else from having a “place in the sun”, as Kaiser Wilhelm might say.

Today’s weapons of mass destruction combined with the instantaneous accessibility to heretofore classified information means that the genie is out of the bottle. Case in point, North Korea, India, Pakistan and Israel, none of which existed as independent nations prior to 1945, are now nuclear-armed. And Iran certainly has the knowhow and raw materials to follow suit should they choose that path. That is the first powder keg.

The second powder keg is a sudden acute and uncontrollable confrontation between the U.S. and China, one where neither backs down from their attempt to become –and remain – “primus inter pares”, first among equals. And Taiwan is ground zero at the end of a short fuse, just waiting for a flame.

Enter climate change, impervious to human machinations, aspirations, suffering and quarrels. It may in fact be our way out, but only if we grasp the lifeline it’s throwing to us.

A Suggested Solution

These observations revolve around the premise that a nation with a dominant currency, effectively rules the world. Indeed, as noted earlier, that is a historical fact.

Since ancient times monetary systems were backed either by silver or gold. In fact, silver was much more widespread, from the Sumerians (3000 BC) until 1873. In the 16th century vast deposits of silver were discovered at the Cerro Rico in Potosí, Bolivia. That spawned an international silver standard in conjunction with Spanish pieces of eight. These coins played of international trading currency for nearly four hundred years. In 1821, following the independence of the Spanish colonies, and with it, the loss of the silver stream to Spain and thence to Europe, Great Britain formalized the gold standard and introduced it to its colonies. With the exception of China, most of the world followed suit over the next 35 years. By 1935 China and the rest of the world had abandoned the silver and gold standards, respectively, and introduced fiat currencies pegged to the pound sterling or the U.S. dollar. In the U.S., from 1792 to 1834 silver served as the primary backing. That year it began transitioning to a gold standard following the demonetization of silver in 1873. Note that these events took place as a result of the loss of the silver stream from Bolivia and Mexico to Spain. In 1933 Franklin Delano Roosevelt confiscated all privately held gold. From 1933 to 1971 the dollar remained on a quasi-gold standard, meaning that each unit of currency was convertible into a specific amount of gold. As a result, the government had to hold enough gold reserves to back this currency. In 1971 Richard Nixon abandoned the dollar’s convertibility to gold and converted it to fiat currency – essentially backed by nothing.

Today all currencies, including the dollar, are fiat. However, the dollar has managed to retain its position as reserve currency of the world, as outlined above. There was a time when American industrial prowess was unmatched. This was particularly acute following World War II, when much of Europe and Japan were in ruins. As a result, the dollar was backed by America’s surplus economy. But that is no longer so. In 1960 U.S. GDP represented 40% of global GDP. By 2014 it had been cut in half. It is safe to say that the dollar’s dominance is not because they can be redeemed by American-manufactured goods. It’s because oil is priced in dollars. As a result, nations who need to buy oil, which are almost all, need to buy dollars to pay for it. That creates quasi-infinite demand and attracts capital to the U.S. stock market. Ironically, it also contributes to the trade deficit because it simultaneously allows the U.S. economy to pay for anything made anywhere with fiat currency and the federal government to spend beyond its means.

This against a backdrop of the rise of China, whose GDP measured in terms of PPP (purchasing power parity) has overtaken the U.S. In his book The Thucydides Trap: Are the U.S. and China Headed for War? Graham Allison shows that in 12 of 16 past cases in which a rising power has confronted a ruling power, the result has been bloodshed. The similarity between the naval rivalry between Great Britain and Germany just prior to World War I, when the latter’s GDP surpassed the former, and between the U.S. and China today, when the latter’s navy and GDP, as measured by purchasing parity, have overtaken the U.S. World War I resulted in the death of 8.5 million soldiers from wounds or disease. It also laid the foundation for World War II, the end of European global domination, the disintegration of the British and French empires, and ushered in a new world order characterized by America’s overwhelming economic domination which is now coming to an end. The question is whether a terminal war can be avoided.

The way to do that is to negotiate an irrevocable agreement to create a neutral, unbiased mechanism to distribute wealth equitably among nations and individuals. Only that would preclude any one nation to reach, by whatever means, Cicero’s critical threshold of ‘pecuniam infinitam with which to attempt to dominate the world. This does not mean that richer nations and individuals would transfer wealth to the poor. Rather, it would create a pathway whereby emerging economies would gradually achieve parity in purchasing power. One way to do so is to design and adopt a formula that would use per capita production of green and/or white hydrogen to determine the exchange rate of all national currencies. Thus, regardless of population or territorial size, all countries would the means to eventually achieve economic and financial independence. One variation of this criterion is explained here.

North America’s (discarded) Water Project

In 1961 Ralph Parsons, a prominent engineer based in Los Angeles, devised a continental-scale project called the North American Water and Power Alliance (NAWAPA). Though it was never built, memory of its scale and purpose – to end Southern California droughts forever – remains a beacon of inspiration.

“Water is now our number one continental problem and must be solved on a continental scale,” he declared. “The North American Water and Power Alliance will take advantage of the geography and climatology of the North American Continent, utilizing the excess water of the high yield watersheds of the far northwestern land masses by distributing it to the water deficient areas of Canada, the United States, and northern Mexico in sufficient quantities to assure adequate water supplies [for] the next one hundred years or more.”

NAWAPA proposed to tap Alaska’s Yukon River and British Columbia’s Peace and Fraser rivers and store most of their water in a 500-mile (805 kilometers) valley running the length of British Columbia. By way of comparison, Lake Mead on the Colorado River is 112 miles (180 kilometers) when full. A network of 369 individual dams, canals, pipelines, tunnels and pumping stations would send fresh water 2,000 miles (3,219 kilometers) east to the Great Lakes and to the inland Pacific Northwest, the Great Basin, Southern California, the desert Southwest, and northern Mexico. Worth noting, the Panamint Reservoir on the map includes Death Valley.

Parsons and his staff estimated the cost would not exceed $200 billion (in 1961 dollars) over 30 years ($2,140,000,000,000, or $2.14 trillion in 2025 dollars). NAWAPA would move 158 million acre-feet (194.9 cubic kilometers) to the three countries, more than 10 times the annual flow of the Colorado River. The Southwest would become an oasis, the Great Basin would turn into productive farmland, the hydroelectric dams would generate electricity, their reservoirs would create a new tourism-oriented industry, people would flock to the new economy, and property values, buoyed by new spectacular views without the inconvenience of rain and higher demand, would improve.

Sen. Frank “Ted” Moss, a Democrat from Utah, introduced a measure, co-sponsored by Sen. Robert F. Kennedy, to refer the matter to the U.S. – Canadian International Joint Commission, an organization that dealt with shared waters.

Canadians, passionately protective of their water, viewed the project as an infringement of their sovereignty disproportionately designed for the benefit of the United States. To make a long story short, the plan died with Parson’s passing in 1974.

Today climate change is exacerbating the problem: enormous wildfires, longer-lasting droughts, skyrocketing property insurance, rapidly depleting aquifers, and the specter of declining food production threaten the country’s economy at a time when the ballooning federal deficit has all but paralyzed the government’s ability to act.

Paths to Insolvency

It is a wise rule and should be fundamental in a government disposed to cherish its credit, and at the same time to restrain the use of it within the limits of its faculties, “never to borrow a dollar without laying a tax in the same instant for paying the interest annually, and the principal within a given term; and to consider that tax as pledged to the creditors on the public faith.” On such a pledge as this, sacredly observed, a government may always command, on a reasonable interest, all the lendable money of their citizens, while the necessity of an equivalent tax is a salutary warning to them and their constituents against oppressions, bankruptcy, and its inevitable consequence, revolution.

Thomas Jefferson, 1813

Those who propose additional (steep) deficit spending, and those who advocate draconian cuts because the debt is growing at an unsustainable rate are both correct. The former because tax revenue is too low to support the government’s national and global commitments; the latter because the growing debt is rapidly approaching the point where the bond market will not support it. Proof of that is that the interest rate the government is compelled to pay for its debt is increasing.

That the government has not announced a plan to balance the budget, which is the one sure way to halt deficit spending in its tracks, suggests that either (a) it doesn’t have one, or (b) it does but lacks the political support to enact it. Accordingly, option (c) is to let the drama play out on its own. Unfortunately, it’s already happened to other great powers that dominated the financial world before, and they’ve yet to recover their prominence.

Mechanics of a Nuclear War

On August 6, 1945 the United States dropped a uranium-based atomic bomb over Hiroshima, Japan. The bomb, which had an explosive yield equivalent to about 15,000 tons of TNT, exploded at an altitude of about 1,900 feet and instantly killed more than 80,000 people. In 1952 Edward Teller conceived, and Richard Garwin drew, the plans for a hydrogen bomb. The device used a fission bomb to trigger an uncontrolled, self-sustaining reaction causing hydrogen isotopes to fuse. Their prototype had an explosive power of 10.4 megatons, the equivalent of just over 1,000 Hiroshima bombs exploding simultaneously. On November 1, 1952, a bomb weighing around 80 tons (160,000 pounds) code named Ivy Mike was test-fired on Elugelab Island in the Marshall Islands. After the explosion, most of the island had disappeared; all that was left was a crater with a diameter of 2 miles (3.2 kilometers) and 180 feet (54.9 meters) deep.

To make a long story short, in 1952 there were 841 nuclear bombs. By 1967 the count had peaked at 31,255. In simple terms, a single Ivy Mike dropped on a mega city could instantly kill 10 million people. Today, should there be a full nuclear exchange between the U.S. and Russia, and perhaps even China, Armageddon would result. Hypersonic intercontinental missiles outfitted with multiple independently-targetable reentry vehicles (MIRVS), nuclear powered submarines equipped with similar missiles, and strategic bombers, the so-called strategic triad, can obliterate life as we know it.

A 1-megaton device, one-tenth Ivy Mike’s yield, would generate a fireball 180 million degrees Fahrenheit (about 100 million degrees Celsius). Within seconds, its diameter would encompass about 1 mile (1.6 kilometers) causing metals to melt or evaporate, concrete to explode, and transform living organisms, including humans, into carbon. One bomb. To put things into perspective, both the U.S. and Russia have thousands of such bombs ready to be delivered at a moment’s notice; and China is fast catching up.

And it doesn’t stop there. Today there are plans to deploy missiles permanently in orbit a few hundred miles above their intended targets, only a few minutes flight time away. Considering that the proliferation of such technology will almost certainly eventually spread to all nuclear-armed nations, a real Sword of Damocles is hanging over humanity.

There is no question that this can happen at any time and without warning. As for the probability, it’s extremely high, whether by accident, human error, miscalculation, or intentionally. In fact, already there have been at least 12 occasions when the world has come very close to nuclear war, among them:

  • In 1961 a malfunctioning switch in the US Strategic Air Command communications system led to a false alarm and a near miss.
  • In October 1962 the US and the Soviet Union became entangled in a confrontation involving Soviet nuclear missiles in Cuba.
  • In 1968 a B-52 carrying nuclear weapons crashed near Thule Air Base, prompting concerns about accidental nuclear use.
  • In 1973, during Arab-Israeli War, the US raised its DEFCON level.
  • In September 1983, a Soviet early warning system detected what appeared to be a US first-strike nuclear attack, but it was a false alarm due to a technical malfunction.

There are those among us who, consumed by hatred or ideology, would gladly trade their lives if they could only detonate a modern bomb in a perceived enemy’s megacity. That it has not yet happened does not mean it won’t. Accordingly, nuclear weapons must necessarily be ranked the greatest potential acute threat; and the only way to make sure they will never be used is by abolishing them -no exceptions. To paraphrase President Kennedy, “before they abolish us.” For that, all other converging issues must be simultaneously and satisfactorily resolved.

Desertification

Desertification is the degradation of land in arid, semi-arid, and dry subhumid areas, leading to a reduction in biological productivity. It’s not the expansion of existing deserts, but rather the process by which fertile land becomes increasingly dry and unproductive. This process is often caused by a combination of natural factors like climate change and human activities like deforestation and unsustainable agriculture.

Key aspects of desertification:

Global issue:

Desertification affects large areas worldwide, impacting communities and ecosystems.

Reversible in some cases:

While some desertification is permanent, others are reversible with proper land management practices.

Consequences of desertification:

Reduced agricultural productivity:

Desertification can make it harder to grow crops, leading to food insecurity and economic hardship.

Loss of biodiversity:

As vegetation declines, animal habitats are destroyed, and species can become endangered.

Increased vulnerability to drought:

Desertified areas are more susceptible to prolonged droughts, which can exacerbate existing problems.

Social and economic consequences:

Desertification can lead to conflict over resources, migration, and poverty.

Addressing desertification:

Practices like crop rotation, terracing, and contour plowing can help to conserve soil and water.

Afforestation and reforestation:

Planting trees can help to restore vegetation cover and improve soil health.

Sustainable agriculture:

Using water-efficient irrigation techniques and avoiding overgrazing can reduce the risk of desertification.

Climate change mitigation: Reducing greenhouse gas emissions can help to mitigate the effects of climate change, which is a major driver of desertification.

Observations on the Central Bank

Facts

Question:

Is the Fed indirectly funded by taxpayers?

Answer:

The Fed is not directly funded by taxpayer dollars in the same way other government agencies are.

Instead, the Fed generates its own income through several sources:

  • Interest on Government Securities: The primary source of income for the Fed is the interest it earns on the U.S. government securities (like Treasury bonds) it acquires through open market operations.
  • Foreign currency investments: The Fed earns interest on investments in foreign currencies.
  • Interest on loans: Interest earned on loans extended to depository institutions, such as check clearing, funds transfers, and automated clearinghouse operations.

After covering its operating expenses, the Fed remits its excess earnings to the U.S. Treasury. This effectively reduces the federal budget deficit and national debt.

Therefore, while the Fed doesn’t receive direct funding from taxpayers through congressional appropriations, its operations are financed through activities that interact with U.S. financial system, and, indirectly, relate to government finances and the economy which taxpayers are a part of. Some sources suggest that the Fed’s securities purchase program, known as QE4, could potentially cost taxpayers in the form of unrealize losses.

Observations:

From 2008 to 2011, the Fed created as much new money as had entered the economy in the previous century. A subsequent decade of near zero interest rates followed which encouraged skyrocketing debt across the nation and the world. The Fed has been the anchor of a macroeconomy that has mostly benefited an elite that own or trade assets.

The Fed has paid interest on reserves; that encourages banks to profit by not lending capital to taxpayers who might need it to start or expand businesses or for any other reasonable purpose. The near-zero interest-rate policy it deployed discouraged savers and encouraged spenders which, in turn, excacerbated the trade deficit.

The System

“If current predictions of population growth prove accurate and patterns of human activity on the planet remain unchanged, science and technology may not be able to prevent either irreversible degradation of the environment or continued poverty for much of the world.”

Royal Society of London and U.S. National Academy of Sciences, 1992

The economic/financial system on which the world depends on for dear life is, in fact, an edifice. As such, like a house, it must necessarily have a foundation, or floor (for essential support), a roof (to safely store profits), and windows, to allow clean air and to break the monotony of incarceration. But it has no floor and no roof. Instead, it rejects the idea of a roof on grounds that perpetual exponential growth is possible, desirable and necessary. Indeed, by convention, gross domestic product (GDP) is measured in percentage terms, not fixed amounts. To illustrate, exponential growth produces doubling and redoubling and redoubling at variable points in time; lineal growth occurs when the increase is a constant amount over a given period of time. Thus, to accommodate the former, the edifice in which the tumorous accumulation must be stored cannot possibly have a roof: the pressure would simply pop it out with a bang, and it would continue to grow uncontrollably. By the same token, its growing weight would crush whatever unfortunate entities remain trapped at the base. The question is, at what point would this system implode of its own weight?

Exponential economic growth is not a natural occurrence in a finite world. It is entirely human-made, designed entirely to accommodate greed, ambition, and lust for power; a slippery slope to confrontations and conflict – in this day and age of weapons of mass destruction.

The argument that the enticement to accumulate unlimited wealth is the logical propellant that inspires and rewards those who create businesses – and therefore jobs – is fatally flawed. There’s a point where wealth is so abundant that it loses its luster. How much wealth do they want or require before their creativity dies? Similarly, shouldn’t scientists, researchers, archaeologists, historians, carpenters and electricians, among others, who perform invaluable specialized services, be guaranteed a minimum income, high enough to support themselves, so they can focus on what they do? Only societies can, should, and must decide.

This is not to suggest that wealth should be summarily and arbitrarily confiscated by a government, as in the defunct Soviet Union. Instead, models other than dictatorial corporations should be considered. One of them is Mondragon Corporation, the world’s largest worker cooperative. Headquartered in the Basque region of Spain, it has numerous subsidiaries in more than 150 countries, including the United States, China, France, Mexico and Brazil.  

China vs. U.S – PPP

GDP, or Gross Domestic Product, is calculating by summing up the total value of all final goods and services produced within a country’s borders during a specific period, typically a year or a quarter. There are three main approaches to calculate GDP: the expenditure approach, the income approach, and the production approach.

  1. Expenditure Approach

Formula: GDP = C + I + G (X-M), where:

C (Consumption) = private spending by households on goods and services;

I (Investment) = business spending on fixed assets (such as equipment and buildings), changes in inventories, and residential construction;

G (government spending) = government purchases of goods and services (i.e., education, defense);

(X – M) (Net Exports) : Exports (X) minus imports (M). Exports contribute to GDP as they are produced domestically but consumed abroad, while imports are deducted as they represent purchases of foreign goods and services.

  • Income Approach

Formula: GDP = Wages + Profits + Rent + Interest + Depreciation + Indirect Taxes

Wages: Compensation paid to employees.

Profits: Income earned by businesses after deducting costs.

Rent: Income earned from the use of property.

Interest: Income earned from lending or borrowing money.

Depreciation: The reduction in the value of assets due to wear and tear.

Indirect Taxes: Taxes levied on goods and services (e.g., sales tax).

  • Production Approach

Formula: GDP = Sum of Value Added by all producers in the economy, where

Value Added is the difference between the total value of output of a producer and the value of intermediate goods and services used in production.

Nominal vs. Real GDP:

GDP can be calculated in nominal terms (using current prices) or in real terms (adjusted for inflation). Real GDP is often preferred for comparing economic output across different periods because it removes the effects of price changes.

GDP at PPP:

Adjusts the nominal GDP by considering the cost of living and the prices of goods and services in each country. It essentially determines how much the same “basket of goods and services” would cost in each country.

PPP helps create a more accurate comparison of economic output across countries because it takes into account the relative cost of living and the purchasing power of each country’s currency. Without PPP, comparing nominal GDPs might be misleading, as a country with lower prices could appear to have a smaller economy than one with higher prices, even if the total production is similar.

The relative version of PPP is calculated with the following formula:

       P1

S =   ̶

      P2

Where:

S =   Exchange rate of currency 1 to currency 2

P1 = Cost of good X in currency 1

P2 = Cost of good X in currency 2

To make a meaningful comparison of prices across countries, a wide range of goods and services must be considered. However, the one-to-one comparison is difficult to achieve due to the sheer amount of data that must be collected and the complexity of the comparisons that must be drawn. To facilitate this comparison, the University of Pennsylvania and the United Nations joined forces to establish the International Comparison Program (ICP) in 1968.

Every few years, the World Bank releases a report that compares the productivity and growth of various countries in terms of PPP and U.S. dollars. Both the International Monetary Fund (IMF) and the Organization for Economic Cooperation and Development (OECD) use weights based on PPP metrics to make predictions and recommend economic policy. Some forex traders use PPP to find potentially overvalued or undervalued currencies. In addition, investors who hold stocks or bonds of foreign companies may use the survey’s PPP figures to predict the impact of exchange-rate fluctuations on a country’s economy and their investment.

Nominal GDP comparisons can be inaccurate because currencies may be manipulated. GDP by PPP, which is based on a basket of goods, can be a fairer comparison between countries. While not a perfect measurement tool, purchasing power parity allows for the possibility of price comparisons between countries with differing currencies. It’s used by many economists, international organizations, f

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