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Daily Archives: May 4, 2020
Yes, Russia Could Have Beaten NATO in a War (Until This Happened) – The National Interest
Posted: May 4, 2020 at 4:07 am
Key point:Moscow long had the advantage of proximity and of being a massive landpower. Here is how technological investments began to improve Washington's chances if the Cold War went hot.
Arecent RANDwargameon a potential Russian offensive into theBalticsbrought talk of a new Cold War into sharp focus. The game made clear that NATO would struggle to prevent Russian forces from occupying theBalticsif it relied on the conventional forces now available.
This first appeared earlier in 2017 and is being reposted due to reader interest.
Recommended:Russia'sBattlecruisersCould Be a Super Weapon
Thesewargameshave great value in demonstrating tactical and operational reality, which then informs broader strategic thinking. In this case, however,the headlines generatedby the game have obscured more about the NATO-Russian relationship than they have revealed. In short, the NATO deterrent promise has never revolved around a commitment to defeat Soviet/Russian forces on NATOs borders. Instead, NATO has backed its political commitment with the threat to broaden any conflict beyond the war that the Soviets wanted to fight. Today, as in 1949, NATO offers deterrence through the promise of escalation.
Recommended:A Hypersonic Arms Race is Coming.
The Early Years
Lets be utterly clear on this point; from the creation of NATO until the1970s, Western military planners expected the Warsaw Pact to easily win a conventional war in Europe. Conventionalwarfightingplans by the major NATO powers often amounted, almost literally, to efforts to reach the English Channel just ahead of the tanks of the Red Army. NATO expected to liberally use tactical nuclear weapons to slow the Soviet advance, an action which would inevitably invite Soviet response (the Soviets also prepared for this dynamic).
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The belief that NATO would lose a conventional conflict did nothing to contradict the notion that NATO could play a valuable role in deterring war. For one, NATO could certainly make things more difficult for the Soviet Union; overwhelming combined British-German-American forces would prove far more costly than defeating a West Germany that stood alone. Moreover, by triggering an expansion of the war NATO could create costs for the Soviets in other parts of the world. Overwhelming NATO superiority at sea and in long-rangeairpowerwould prove devastating for Soviet interests outside of Eurasia, even if the Soviets prevailed on the Central Front.
Most importantly, the threat that France, Britain and the United States would launch strategic nuclear strikes on the Soviet Union in response to a successful conventional assault was supposed to give Moscow pause. Even if an American President refused to exchange Berlin for New York, the Soviets would have to worry about the rest of NATOs nuclear deterrent.
Active Defense/AirLandBattle
Theexpectation that NATO could defeatthe Warsaw Pact in battle only emerged after the Yom Kippur War. In that conflict, precision-guided conventional munitions exacted such a toll on advancing forces (both in theGolanand in Sinai) that American military planners began to believe that they could stop a Soviet attack. Drawn up in defensive positions that would channel oncoming Red Army armor into large kill zones, NATO forces could sufficiently blunt and disrupt a Soviet advance, and prevent the collapse of positions within Germany. The defense would buy time for NATO to transit additional forces and equipment from the United States to Europe, to carry out in depth attacks against Warsaw Pact logistical and communications centers in Eastern Europe, and to attack Soviet interests in the rest of the world.
After 1982,AirLandBattle would return maneuver to the battlefield, as American commanders grew more confident of their ability to defeat the Red Army in a fluid engagement. Cooperation between the Army and the Air Force would allow attacks all along the depth of the Soviet position, turning the formidable Red Army (and its Eastern European allies) into a chaotic mess. At the same time, the U.S. Navy prepared to attack directly into the Soviet periphery withairstrikesand amphibious assaults, as well as into the cherished bastions of the Soviet boomer fleet. None of this depended on the protection of any given piece of NATO territory; planners accepted that the Soviets could make at least some gains at the beginning of any plausible war scenario.
In this context, news that Russia could win a localized conventional conflict against small NATO nations on its border becomes rather less alarming than it sounds at first blush. Apart from (perhaps) a brief window of vulnerability in the1990s, Russia has always had the capacity to threaten NATO with conventional force. Indeed, NATO did not even begin to plan for the conventional defense of theBalticsuntil well after their accession, on the belief that the faith and credit of the alliance, and in particular its ability to retaliate against Soviet interests in the rest of Europe, would prove a sufficient deterrent.
The RANDwargamesuggests that Russia could take theBaltics, and perhaps hold them, for a while. Moscow would begin to pay costs very early in any conflict, however, as NATO forces moved againstKaliningrad,Transnistriaand other Russian holdings. The Russian Navy would likely come under severe attack from NATO submarines and aircraft. Long range strikes would debilitate much of the rest of Russias air force and air defense network. In short, Russia could grab theBaltics, but only at a cost vastly in excess of the value of holding onto them. This is how NATO conducted deterrence in 1949, and its how NATO does deterrence today.
Robert Farley, a frequent contributor to theNational Interest, is author ofThe Battleship Book. He serves as a Senior Lecturer at the Patterson School of Diplomacy and International Commerce at the University of Kentucky.
This first appeared earlier in 2017 and is being reposted due to reader interest.
Image: Reuters
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NATO prepares operation to respond to second wave of Covid-19, – Stoltenberg – 112 International
Posted: at 4:07 am
NATO begins preparations for an operation to respond to the second wave of Covid-19 coronavirus that is expected this fall. The respective decision was made by the Alliance ambassadors last week, as they convened for a secret conference with NATO Secretary General Jens Stoltenberg.
Spiegel wrote that, quoting the official.
"A most coordinated response to the second wave of coronavirus is a litmus paper for trust and unity in the Alliance", Stoltenberg said.
The operation plan is supposed to be developed under the supervision of Ted Walters, the US Air Force General and the NATO Supreme Allied Commander in Europe. It foresees improved personal protection for the Alliance staff, as well as more effective assistance for NATO partner countries. The Alliance is also supposed to develop the long-term Action Plan to respond to the pandemic.
The first document on the NATO response to a new spell of Covid-19 should be reealed during the next sessions of Defense Ministers of Alliance member states in late June.
Earlier, Stoltenberg claimed that the Alliance considered additional support for Ukraine within the comlpex assistance package.
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NATO prepares operation to respond to second wave of Covid-19, - Stoltenberg - 112 International
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Could COVID-19 Be A Galvanizing Force NATO Needs? – The Organization for World Peace
Posted: at 4:07 am
COVID-19 or otherwise known as the Coronavirus, continues to spread across the world at an alarming rate. The global pandemic, as it was declared by the World Health Organization (WHO), has caused a monumental shift in the world economy, national border controls, healthcare, and way of life. NATO responded to these challenges by immediately supporting the needs of member countries through the transport of resources and personal protective equipment (PPE), border crossings, disinfection of public areas, and logistics coordination. The organization has many agencies and tools in place to respond to crises, including a global pandemic.
NATO is utilizing its Euro-Atlantic Disaster Response Coordination Centre (EADRCC), the NATO Support and Procurement Agency (NSPA), and Strategic Airlift International Solutions (SALIS) programs to respond to the needs of member countries facing PPE shortages, logistics support for key supplies, reinforcement of medical teams, and overall coordination of national responses to the COVID-19 crises. NATOs response and the support shown by member countries will either highlight the cracks in the alliance or develop greater solidarity.
The EADRCC, NSPA, and SALIS response units have been responding to national shortages and other needs of NATO members and are seeing an unprecedented amount of bi-lateral support. In this last month, Turkey has provided medical supplies and PPE to the United Kingdom; Luxembourg donated over 1,400 kilos of PPE to health personnel in Spain; Hungary and Slovenia provided 300,000 masks and protective suits to North Macedonia; The Netherlands transported PPE and supplies to Montenegro following their request for assistance through EADRCC; and Poland sent a medical mission to the United States to provide additional assistance.
Lieutenant General Rittiman from NATO commented on the solidarity shown between countries, We are in this crisis together. By leveraging NATOs experience conducting strategic coordination with multiple partners, we are enhancing the ongoing combined actions of our Allied forces. In a further display of solidarity and force, NATO continues to conduct joint training exercises. Last week Belgian, German, Lithuanian, and Polish aircraft fighters and transport aircraft completed live training flights in international airspace over the Baltic Sea. Despite the amount of bilateral support, many experts have called into question the leadership issues and long term challenges NATO faces and will continue to face after the COVID-19 pandemic.
Like all countries and alliance structures alike, NATO is facing unprecedented pressure resulting from the COVID-19 pandemic. NATO relies heavily upon leadership from the U.S. as the worlds largest military power, however, U.S. President Donald Trumps America first policies has led to a lack of leadership. Furthermore, the U.S. has been the hardest hit country by COVID-19 with nearly one million cases, which may further exacerbate nationalist sentiments.
Others worry smaller states will look to China rather than the U.S. for support, which may strengthen Chinas economy and overall global presence further threatening the NATO global hegemony. Longer term effects may also include significantly reduced defense budgets as many domestic governments have to divert spending to support the many unemployed citizens and struggling economy. Will the unprecedented challenges of the COVID-19 pandemic galvanize NATO allies and create greater solidarity and cooperation or will the pressures face create irreparable damage in the alliance?
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Could COVID-19 Be A Galvanizing Force NATO Needs? - The Organization for World Peace
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NATO-backed group admits it doesnt care about Orbans disregard for Western values, so long as Hungary helps oppose Russia – RT
Posted: at 4:07 am
NATOs self-described mission as an expression of the Transatlantic communitys common democratic values has always provoked eye-rolling in Moscow. Now a former US ambassador to the alliance has confirmed Russian assumptions.
While Russia has always contended that the most important quality for European members is that they are willing to subjugate themselves to Washingtons control, NATO styles itself as a protector and promoter of democracy and freedom. An alliance of like-minded nations dedicated to upholding Western values on both sides of the Atlantic. Meanwhile, in Eastern Europe, membership has been seen as a prerequisite for inclusion in the Western family itself.
Alas, for NATO to exist, it needs an enemy, whether real or imagined, and Russia is the chosen adversary. This has created a bizarre situation where due to the desire to join the West a number of states have signed up for the club despite having no ax to grind with Moscow.
In Russia, to be blunt, NATO is viewed as a vehicle to serve American geopolitical interests and allow Washington to extend its armed forces ever closer to Russian borders. Experts and officials in Moscow also like to point out that its other function is as a money-spinner, as it ties most European countries to the US military-industrial complex.
To support NATOs narrative, various branches of the US state, and the US/UK arms industry, spend a lot of cash on various think tanks. Their primary mission is to cultivate ties with influential elites across Europe and push pro-NATO messaging, especially in newer member states.
The most (in)famous is probably the Atlantic Council, but Washington and Warsaw-based CEPA is its little brother. The pressure group is funded by the US State Department, regime-change specialists the National Endowment for Democracy, arms makers Lockheed Martin, Raytheon, and Bell Helicopters, as well as NATO itself. Its also curiously supported by the Hungarian American Coalition and the Hungary Initiatives Foundation. Both of these receive financing from the government in Budapest.
This is where it gets interesting. CEPA claims its mission is to promote a politically free Europe with close and enduring ties to the United States. Its advisory councilincludes folks like Madeleine Albright, Anne Applebaum, Carl Bildt, and Toomas Hendrik Ilves, who have spent years jabbering on about liberal democracy.Meanwhile, some of its more prominent lobbyists such as Alina Polyakova, Edward Lucas, and Brian Whitmorehave built careers on attacking growing illiberalism in Europe. Of course, back when Russia was perceived to be at the vanguard of the drift.
However, now that Viktor Orbans Hungary has very deliberately positioned itself as the leader of the illiberal movement, CEPA appears to have made a stunning about-face. This week, it enlisted none other than Kurt Volker the former White House point man on Ukraine to defend Budapests policies.
Much of the criticism of Hungary and of Prime Minister Viktor Orban strikes me as shallow, he wrote, under the lede Western Allies Should Stop Carping and Focus on Shared Values and Interests. Volker then launched into a passionate defense of Orbans system, neglecting to mention that even Americas heavily politicized Freedom House NGO believes Hungary can no longer be considered to be a free country.
We need allies, Volker states, clearly admitting that Hungary being on Americas side is more important than NATOs usual high-minded rhetoric.
The cynicism is stunning, exposing CEPA for what it really is: A shoddy money racket, shouting about values while, in reality, offering pay-for-play to its funders. This, once again, exposes the rot at the heart of the think tank movement, a grubby industry that has both infiltrated and corrupted US/UK media.
CEPAs acquiescence to Budapests agenda is clearly fueled by the funding it takes from Hungarian government-funded bodies. Indeed, this cash infusion even saw Rka Szemerknyi, Hungarys former ambassador to Washington an Orbn appointee appointedexecutive vice-president of the pressure group.
Outfits like CEPA throw shade at Russia constantly over its refusal to follow Western norms, ignoring the fact Russia was expected to westernize without the prospect of Western integration. Yet, countries such as Poland and Hungary which have been allowed to join institutions like the European Union and NATO (and get huge amounts of money to boot) are backsliding but are handed free passes. Thats because this isnt about values, its about geopolitics and financial gain.
Hungarys political system is Hungarys own business. Indeed, much like in Russia (where the Communists are second to United Russia), the main opposition party (nationalist Jobbik) is even more anti-Western than the government (Fidesz). The hypocrisy here entirely belongs to CEPA.
Indeed, it may even be a welcome bit of honesty from the US foreign policy elite which Volker clearly represents as a career member of the swamp.
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The statements, views and opinions expressed in this column are solely those of the author and do not necessarily represent those of RT.
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If Trump launched nukes, could we stop him? Germanys SPD clashes with coalition allies over NATO nuclear sharing – RT
Posted: at 4:07 am
Germanys participation in the NATO nuclear sharing initiative only increases the risk of catastrophic miscalculations, since Berlin has no real influence over Washingtons foreign policy decisions, a top Social Democrat argued.
The Pentagons latest Nuclear Posture Review and the development and deployment of low-yield tactical nukes makes it increasingly clear that the US administration no longer sees them as purely defensive weapons of deterrence, said Rolf Mutzenich, the chairman of the SPD parliamentary groupthat is allied with Chancellor Angela Merkels ruling conservatives.
Does anyone really think that if Donald Trump were planning a nuclear assault that he would be held back by Germany just because were transporting a few warheads?
Hisstrong opposition to the continued presence of American nukes on German soil was shared by both SPD co-leaders, Norbert Walter-Borjans and Saskia Esken, who reiterated their firm stance against any nuclear weapons deployment, sharing and use.
Senior coalition partners immediately accused the SPD of populism, with CDU lawmaker Patrick Sensburg expressing concern that statements like this undermine NATO solidarity and partners trust in Germanys ability to fulfil its future role within the Transatlantic security apparatus.
The SPD is in total nirvana about security policy the American nuclear weapons serve above all to protect us.
The opposition in the meantime accused the ruling CDU/CSUSPD coalition of damaging Germanys reputation with their ongoing quarrel, which, according to the Free Democratic Party (FDP) defense affairs spokeswoman, Marie-Agnes Strack-Zimmermann, sends the wrong signal at the wrong time. She also reiterated the original justification for hosting the nukes, claiming that some control is better than nothing at all.
It is naive to believe that Germany would have the same influence on NATOs nuclear strategy if US nuclear weapons were withdrawn.
The US has had an estimated 100 nuclear weapons deployed in Belgium, the Netherlands, Italy, and at Buechel Air Base in Germany since the Cold War. The debate over the nuclear sharing arrangement heated up recently as Berlin seeks to replace its aging fleet of Tornado jets, capable of delivering American bombs, with either Eurofighter Typhoons or US-made Boeing F-18s.
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Entheogen – Wikipedia
Posted: at 4:06 am
Psychoactive substances that induce spiritual experience
An entheogen is a psychoactive substance that induces alterations in perception, mood, consciousness, cognition, or behavior[1] for the purposes of engendering spiritual development in sacred contexts.[2] The religious, magical, shamanic, or spiritual significance of entheogens is well established in anthropological and modern contexts; entheogens have traditionally been used to supplement many diverse practices geared towards achieving transcendence, including divination, meditation, yoga, sensory deprivation, asceticism, prayer, trance, rituals, chanting, hymns like peyote songs, drumming, and ecstatic dance.
The neologism entheogen was coined in 1979 by a group of ethnobotanists and scholars of mythology (Carl A. P. Ruck, Jeremy Bigwood, Danny Staples, Richard Evans Schultes, Jonathan Ott and R. Gordon Wasson). The term is derived from two words of Ancient Greek, (ntheos) and (gensthai). The adjective entheos translates to English as "full of the god, inspired, possessed", and is the root of the English word "enthusiasm." The Greeks used it as a term of praise for poets and other artists. Genesthai means "to come into being." Thus, an entheogen is a drug that causes one to become inspired or to experience feelings of inspiration, often in a religious or "spiritual" manner.[3]
Entheogen was coined as a replacement for the terms hallucinogen and psychedelic. Hallucinogen was popularized by Aldous Huxley's experiences with mescaline, which were published as The Doors of Perception in 1954. Psychedelic, in contrast, is a Greek neologism for "mind manifest", and was coined by psychiatrist Humphry Osmond; Huxley was a volunteer in experiments Osmond was conducting on mescaline.
Ruck et al. argued that the term hallucinogen was inappropriate owing to its etymological relationship to words relating to delirium and insanity. The term psychedelic was also seen as problematic, owing to the similarity in sound to words pertaining to psychosis and also due to the fact that it had become irreversibly associated with various connotations of 1960s pop culture. In modern usage entheogen may be used synonymously with these terms, or it may be chosen to contrast with recreational use of the same drugs. The meanings of the term entheogen were formally defined by Ruck et al.:
In a strict sense, only those vision-producing drugs that can be shown to have figured in shamanic or religious rites would be designated entheogens, but in a looser sense, the term could also be applied to other drugs, both natural and artificial, that induce alterations of consciousness similar to those documented for ritual ingestion of traditional entheogens.
Entheogens have been used by indigenous peoples for thousands of years. Some countries have legislation that allows for traditional entheogen use. However, in the mid-20th century, after the discovery of LSD, and the intervention of psychedelic therapy, the term entheogen, invented in 1979, later became an umbrella term used to include artificial drugs, alternative medical treatment, and spiritual practices, whether or not in a formal religious or traditional structure.
R. Gordon Wasson and Giorgio Samorini have proposed several examples of the cultural use of entheogens that are found in the archaeological record.[7][8] Hemp seeds discovered by archaeologists at Pazyryk suggest early ceremonial practices by the Scythians occurred during the 5th to 2nd century BCE, confirming previous historical reports by Herodotus.[9]
There now exist many synthetic drugs with similar psychoactive properties, many derived from the aforementioned plants. Many pure active compounds with psychoactive properties have been isolated from these respective organisms and chemically synthesized, including mescaline, psilocybin, DMT, salvinorin A, ibogaine, ergine, and muscimol.
Semi-synthetic (e.g., LSD) and synthetic drugs (e.g., DPT and 2C-B used by the Sangoma) have also been developed. Alexander Shulgin developed hundreds of entheogens in PiHKAL and TiHKAL. Most of the drugs in PiHKAL are synthetic.
Entheogens used by movements includes biotas like peyote (Native American Church), extracts like ayahuasca (Santo Daime, Unio do Vegetal), the semi-synthetic drug LSD (Neo-American Church), and synthetic drugs like DPT (Temple of the True Inner Light) and 2C-B (Sangoma[11]).
Both Santo Daime and Unio do Vegetal now have members and churches throughout the world.
Psychedelic therapy refers to therapeutic practices involving the use of psychedelic drugs, particularly serotonergic psychedelics such as LSD, psilocybin, DMT, mescaline, and 2C-i, primarily to assist psychotherapy.
MAPS has pursued a number of other research studies examining the effects of psychedelics administered to human subjects. These studies include, but are not limited to, studies of ayahuasca, DMT, ibogaine, ketamine, LSA, LSD, MDE, MDMA, mescaline, peyote, psilocybin, Salvia divinorum and conducted multi-drug studies as well as cross cultural and meta-analysis research.[12]
Alcohol has sometimes been invested with religious significance.
In ancient Celtic religion, Sucellus or Sucellos was the god of agriculture, forests and alcoholic drinks of the Gauls.
Ninkasi is the ancient Sumerian tutelary goddess of beer.[13]
In the ancient Greco-Roman religion, Dionysos (or Bacchus) was the god of the grape harvest, winemaking and wine, of ritual madness and ecstasy, of merry making and theatre. The original rite of Dionysus is associated with a wine cult and he may have been worshipped as early as c. 15001100 BCE by Mycenean Greeks. The Dionysian Mysteries were a ritual of ancient Greece and Rome which used intoxicants and other trance-inducing techniques (like dance and music) to remove inhibitions and social constraints, liberating the individual to return to a natural state. In his Laws, Plato said that alcoholic drinking parties should be the basis of any educational system, because the alcohol allows relaxation of otherwise fixed views. The Symposium (literally, 'drinking together') was a dramatised account of a drinking party where the participants debated the nature of love.
In the Homeric Hymn to Demeter, a cup of wine is offered to Demeter which she refuses, instead insisting upon a potion of barley, water, and glechon, known as the ceremonial drink Kykeon, an essential part of the Eleusinian Mysteries. The potion has been hypothesized to be an ergot derivative from barley, similar to LSD.[14]
Egyptian pictographs clearly show wine as a finished product around 4000 BCE. Osiris, the god who invented beer and brewing, was worshiped throughout the country. The ancient Egyptians made at least 24 types of wine and 17 types of beer. These beverages were used for pleasure, nutrition, rituals, medicine, and payments. They were also stored in the tombs of the deceased for use in the afterlife.[15] The Osirian Mysteries paralleled the Dionysian, according to contemporary Greek and Egyptian observers. Spirit possession involved liberation from civilization's rules and constraints. It celebrated that which was outside civilized society and a return to the source of being, which would later assume mystical overtones. It also involved escape from the socialized personality and ego into an ecstatic, deified state or the primal herd (sometimes both).
Chgyam Trungpa Rinpoche introduced "Mindful Drinking" to the West when he fled Tibet.[16][17]
Many Christian denominations use wine in the Eucharist or Communion and permit alcohol consumption in moderation. Other denominations use unfermented grape juice in Communion; they either voluntarily abstain from alcohol or prohibit it outright.[citation needed]
Judaism uses wine on Shabbat and some holidays for Kiddush as well as more extensively in the Passover ceremony and other religious ceremonies. The secular consumption of alcohol is allowed. Some Jewish texts, e.g., the Talmud, encourage moderate drinking on holidays (such as Purim) in order to make the occasion more joyous.[citation needed]
Bah's are forbidden to drink alcohol or to take drugs, unless prescribed by doctors. Accordingly, the sale and trafficking of such substances is also forbidden. Smoking is discouraged but not prohibited.
Any substances that cause intoxication are forbidden in Islam in any quantity.[18] The sale of the same is not looked upon favorably, but is not forbidden if no other livelihoods are available.
Entheogens have been used by individuals to pursue spiritual goals such as divination, ego death, egolessness, faith healing, psychedelic therapy and spiritual formation.[19]
"Don Alejandro (a Mazatecan shaman) taught me that the visionary experiences are much more important than the plants and drugs that produce them. He no longer needed to take the vision-inducing plants for his journeys."[20]
There are also instances where people have been given entheogens without their knowledge or consent (e.g., tourists in ayahuasca),[21] as well as attempts to use such drugs in other contexts, such as cursing, psychochemical weaponry, psychological torture, brainwashing and mind control; CIA experiments with LSD were used in Project MKUltra, and controversial entheogens like alcohol are often mentioned in context of bread and circuses.
The Native American Church (NAC) is also known as Peyotism and Peyote Religion. Peyotism is a Native American religion characterized by mixed traditional as well as Protestant beliefs and by sacramental use of the entheogen peyote.
The Peyote Way Church of God believe that "Peyote is a holy sacrament, when taken according to our sacramental procedure and combined with a holistic lifestyle".[22]
Black shamanism is a kind of shamanism practiced in Mongolia and Siberia. It is specifically opposed to yellow shamanism, which incorporates rituals and traditions from Buddhism.[23][24] Black Shamans are usually perceived as working with evil spirits, while white Shamans with spirits of the upper world.[25]
In some areas, there are purported malevolent sorcerers who masquerade as real shamans and who entice tourists to drink ayahuasca in their presence. Shamans believe one of the purposes for this is to steal one's energy and/or power, of which they believe every person has a limited stockpile.[26]
Many Christian denominations disapprove of the use of most illicit drugs. The early history of the Church, however, was filled with a variety of drug use, recreational and otherwise.[27]
The primary advocate of a religious use of cannabis plant in early Judaism was Sula Benet, also called Sara Benetowa, a Polish anthropologist, who claimed in 1967 that the plant kaneh bosm - mentioned five times in the Hebrew Bible, and used in the holy anointing oil of the Book of Exodus, was in fact cannabis.[28] The Ethiopian Zion Coptic Church confirmed it as a possible valid interpretation.[29]The lexicons of Hebrew and dictionaries of plants of the Bible such as by Michael Zohary (1985), Hans Arne Jensen (2004) and James A. Duke (2010) and others identify the plant in question as either Acorus calamus or Cymbopogon citratus.[30] Kaneh-bosm is listed as an incense in the Old Testament.
Rabbi Zalman Schachter-Shalomi (founder of Jewish Renewal) and Richard Alpert (later known as Ram Dass) were influential early Jewish explorers of the connections between hallucinogenics and spirituality, from the early 1960s onwards.
It is generally held by academics specializing in the archaeology and paleobotany of Ancient Israel, and those specializing in the lexicography of the Hebrew Bible that cannabis is not documented or mentioned in early Judaism. Against this some popular writers have argued that there is evidence for religious use of cannabis in the Hebrew Bible,[31][32] although this hypothesis and some of the specific case studies (e.g., John Allegro in relation to Qumran, 1970) have been "widely dismissed as erroneous, others continue".[33]
According to The Living Torah, cannabis may have been one of the ingredients of the holy anointing oil mentioned in various sacred Hebrew texts.[34] The herb of interest is most commonly known as kaneh-bosm (Hebrew: -). This is mentioned several times in the Old Testament as a bartering material, incense, and an ingredient in holy anointing oil used by the high priest of the temple. Although Chris Bennett's research in this area focuses on cannabis, he mentions evidence suggesting use of additional visionary plants such as henbane, as well.[35]
The Septuagint translates kaneh-bosm as calamus, and this translation has been propagated unchanged to most later translations of the old testament. However, Polish anthropologist Sula Benet published etymological arguments that the Aramaic word for hemp can be read as kannabos and appears to be a cognate to the modern word 'cannabis',[36] with the root kan meaning reed or hemp and bosm meaning fragrant. Both cannabis and calamus are fragrant, reedlike plants containing psychotropic compounds.
In his research, Professor Dan Merkur points to significant evidence of an awareness within the Jewish mystical tradition recognizing manna as an entheogen, thereby substantiating with rabbinic texts theories advanced by the superficial biblical interpretations of Terence McKenna, R. Gordon Wasson and other ethnomycologists.
The historical picture portrayed by the Entheos journal is of fairly widespread use of visionary plants in early Christianity and the surrounding culture, with a gradual reduction of use of entheogens in Christianity.[37] R. Gordon Wasson's book Soma prints a letter from art historian Erwin Panofsky asserting that art scholars are aware of many "mushroom trees" in Christian art.[38]
The question of the extent of visionary plant use throughout the history of Christian practice has barely been considered yet by academic or independent scholars. The question of whether visionary plants were used in pre-Theodosius Christianity is distinct from evidence that indicates the extent to which visionary plants were utilized or forgotten in later Christianity, including heretical or quasi- Christian groups,[39] and the question of other groups such as elites or laity within orthodox Catholic practice.[40]
According to R.C. Parker, "The use of entheogens in the Vajrayana tradition has been documented by such scholars as Ronald M Davidson, William George Stablein, Bulcsu Siklos, David B. Gray, Benoytosh Bhattacharyya, Shashibhusan Das Gupta, Francesca Fremantle, Shinichi Tsuda, David Gordon White, Rene de Nebesky-Wojkowitz, James Francis Hartzell, Edward Todd Fenner, Ian Baker, Dr. Pasang Yonten Arya and numerous others." These scholars have established entheogens were used in Vajrayana (in a limited context) as well as in Tantric Saivite traditions. The major entheogens in the Vajrayana Anuttarayoga Tantra tradition are cannabis and Datura which were used in various pills, ointments, and elixirs. Several tantras within Vajrayana specifically mention these entheogens and their use, including the Laghusamvara-tantra (aka Cakrasavara Tantra), Samputa-tantra, Samvarodaya-tantra, Mahakala-tantra, Guhyasamaja-tantra, Vajramahabhairava-tantra, and the Krsnayamari-tantra.[41][self-published source?] In the Cakrasavara Tantra, the use of entheogens is coupled with meditation practices such as the use of a mandala of the Heruka meditation deity (yidam) and visualization practices which identify the yidam's external body and mandala with one's own body and 'internal mandala'.[42]
It has also been proposed by Scott Hajicek-Dobberstein that the Amanita muscaria mushroom was used by the Tantric Buddhist mahasiddha tradition of the 8th to 12th century.[43]
In the West, some modern Buddhist teachers have written on the usefulness of psychedelics. The Buddhist magazine Tricycle devoted their entire fall 1996 edition to this issue.[44] Some teachers such as Jack Kornfield have acknowledged the possibility that psychedelics could complement Buddhist practice, bring healing and help people understand their connection with everything which could lead to compassion.[45] Kornfield warns however that addiction can still be a hindrance. Other teachers such as Michelle McDonald-Smith expressed views which saw entheogens as not conductive to Buddhist practice ("I don't see them developing anything").[46]
Santo Daime is a syncretic religion founded in the 1930s in the Brazilian Amazonian state of Acre by Raimundo Irineu Serra,[47] known as Mestre Irineu. Santo Daime incorporates elements of several religious or spiritual traditions including Folk Catholicism, Kardecist Spiritism, African animism and indigenous South American shamanism, including vegetalismo.
Ceremonies trabalhos (Brazilian Portuguese for "works") are typically several hours long and are undertaken sitting in silent "concentration", or sung collectively, dancing according to simple steps in geometrical formation. Ayahuasca, referred to as Daime within the practice, which contains several psychoactive compounds, is drunk as part of the ceremony. The drinking of Daime can induce a strong emetic effect which is embraced as both emotional and physical purging.
Santo Daime churches promote a wholesome lifestyle in conformity with Irineu's motto of "harmony, love, truth and justice", as well as other key doctrinal values such as strength, humility, fraternity and purity of heart. The practice became a worldwide movement in the 1990s.
Unio do Vegetal (Portuguese: Centro Esprita Beneficente Unio do Vegetal [stw ispiit benefist uniw du veetaw]; or UDV) is a religious society founded on July 22, 1961 by Jos Gabriel da Costa, known as Mestre Gabriel. The translation of Unio do Vegetal is Union of the Plants referring to the sacrament of the UDV, Hoasca tea (also known as ayahuasca). This beverage is made by boiling two plants, Mariri (Banisteriopsis caapi) and Chacrona (Psychotria viridis), both of which are native to the Amazon rainforest.
In its sessions, UDV members drink Hoasca Tea for the effect of mental concentration. In Brazil, the use of Hoasca in religious rituals was regulated by the Brazilian Federal Government's National Drug Policy Council on January 25, 2010. The policy established legal norms for the religious institutions that responsibly use this tea. The Supreme Court of the United States unanimously affirmed the UDV's right to use Hoasca tea in its religious sessions in the United States, in a decision published on February 21, 2006.
Entheogens also play an important role in contemporary religious movements such as the Rastafari movement and the Church of the Universe.
Some religions forbid, discourage, or restrict the drinking of alcoholic beverages. These include Islam, Jainism, the Bah' Faith, the Mormons, the Seventh-day Adventist Church, the Church of Christ, Scientist, the United Pentecostal Church International, Theravada, most Mahayana schools of Buddhism, some Protestant denominations of Christianity, some sects of Taoism (Five Precepts and Ten Precepts), and Hinduism.
The Pali Canon, the scripture of Theravada Buddhism, depicts refraining from alcohol as essential to moral conduct because intoxication causes a loss of mindfulness. The fifth of the Five Precepts states, "Sur-meraya-majja-pamdahn verama sikkhpada samdiymi." In English: "I undertake to refrain from meraya and majja (the two fermented drinks used in the place and time of writing) to heedless intoxication." Although the Fifth Precept only names a specific wine and cider, this has traditionally been interpreted to mean all alcoholic beverages. Technically, this prohibition does not include light to moderate drinking, only drinking to the point of drunkenness. It also doesn't include other mind-altering drugs, but Buddhist tradition includes all intoxicants. The canon does not suggest that alcohol is evil but believes that the carelessness produced by intoxication creates bad karma. Therefore, any drug (beyond tea or mild coffee) that affects one's mindfulness be considered by some to be covered by this prohibition.[citation needed]
Entheogens have been used in various ways, e.g., as part of established religious rituals, as aids for personal spiritual development ("plant teachers"),[48][49] as recreational drugs, and for medical and therapeutic use. The use of entheogens in human cultures is nearly ubiquitous throughout recorded history.
Naturally occurring entheogens such as psilocybin and DMT (in the preparation ayahuasca), were, for the most part, discovered and used by older cultures, as part of their spiritual and religious life, as plants and agents that were respected, or in some cases revered for generations and may be a tradition that predates all modern religions as a sort of proto-religious rite.
One of the most widely used entheogens is cannabis, entheogenic use of cannabis has been used in regions such as China, Europe, and India, and, in some cases, for thousands of years. It has also appeared as a part of religions and cultures such as the Rastafari movement, the Sadhus of Hinduism, the Scythians, Sufi Islam, and others.
The best-known entheogen-using culture of Africa is the Bwitists, who used a preparation of the root bark of Tabernanthe iboga.[50] Although the ancient Egyptians may have been using the sacred blue lily plant in some of their religious rituals or just symbolically, it has been suggested that Egyptian religion once revolved around the ritualistic ingestion of the far more psychoactive Psilocybe cubensis mushroom, and that the Egyptian White Crown, Triple Crown, and Atef Crown were evidently designed to represent pin-stages of this mushroom.[51] There is also evidence for the use of psilocybin mushrooms in Ivory Coast.[52] Numerous other plants used in shamanic ritual in Africa, such as Silene capensis sacred to the Xhosa, are yet to be investigated by western science. A recent revitalization has occurred in the study of southern African psychoactives and entheogens (Mitchell and Hudson 2004; Sobiecki 2002, 2008, 2012).[53]
Among the amaXhosa, the artificial drug 2C-B is used as entheogen by traditional healers or amagqirha over their traditional plants; they refer to the chemical as Ubulawu Nomathotholo, which roughly translates to "Medicine of the Singing Ancestors".[54][55][56]
Entheogens have played a pivotal role in the spiritual practices of most American cultures for millennia. The first American entheogen to be subject to scientific analysis was the peyote cactus (Lophophora williamsii). For his part, one of the founders of modern ethno-botany, the late-Richard Evans Schultes of Harvard University documented the ritual use of peyote cactus among the Kiowa, who live in what became Oklahoma. While it was used traditionally by many cultures of what is now Mexico, in the 19th century its use spread throughout North America, replacing the toxic mescal bean (Calia secundiflora). Other well-known entheogens used by Mexican cultures include the alcoholic Aztec sacrament, pulque, ritual tobacco (known as 'picietl' to the Aztecs, and 'sikar' to the Maya (from where the word 'cigar' derives)), psilocybin mushrooms, morning glories (Ipomoea tricolor and Turbina corymbosa), and Salvia divinorum.
Datura wrightii is sacred to some Native Americans and has been used in ceremonies and rites of passage by Chumash, Tongva, and others. Among the Chumash, when a boy was 8 years old, his mother would give him a preparation of momoy to drink. This supposed spiritual challenge should help the boy develop the spiritual wellbeing that is required to become a man. Not all of the boys undergoing this ritual survived.[57] Momoy was also used to enhance spiritual wellbeing among adults. For instance, during a frightening situation, such as when seeing a coyote walk like a man, a leaf of momoy was sucked to help keep the soul in the body.
The indigenous peoples of Siberia (from whom the term shaman was borrowed) have used Amanita muscaria as an entheogen.
In Hinduism, Datura stramonium and cannabis have been used in religious ceremonies, although the religious use of datura is not very common, as the primary alkaloids are strong deliriants, which causes serious intoxication with unpredictable effects.
Also, the ancient drink Soma, mentioned often in the Vedas, appears to be consistent with the effects of an entheogen. In his 1967 book, Wasson argues that Soma was Amanita muscaria. The active ingredient of Soma is presumed by some to be ephedrine, an alkaloid with stimulant properties derived from the soma plant, identified as Ephedra pachyclada. However, there are also arguments to suggest that Soma could have also been Syrian rue, cannabis, Atropa belladonna, or some combination of any of the above plants.[citation needed]
Fermented honey, known in Northern Europe as mead, was an early entheogen in Aegean civilization, predating the introduction of wine, which was the more familiar entheogen of the reborn Dionysus and the maenads. Its religious uses in the Aegean world are bound up with the mythology of the bee.
Dacians were known to use cannabis in their religious and important life ceremonies, proven by discoveries of large clay pots with burnt cannabis seeds in ancient tombs and religious shrines. Also, local oral folklore and myths tell of ancient priests that dreamed with gods and walked in the smoke. Their names, as transmitted by Herodotus, were "kap-no-batai" which in Dacian was supposed to mean "the ones that walk in the clouds".
The growth of Roman Christianity also saw the end of the two-thousand-year-old tradition of the Eleusinian Mysteries, the initiation ceremony for the cult of Demeter and Persephone involving the use of a drug known as kykeon. The term 'ambrosia' is used in Greek mythology in a way that is remarkably similar to the Soma of the Hindus as well.
A theory that natural occurring gases like ethylene used by inhalation may have played a role in divinatory ceremonies at Delphi in Classical Greece received popular press attention in the early 2000s, yet has not been conclusively proven.[58]
Mushroom consumption is part of the culture of Europeans in general, with particular importance to Slavic and Baltic peoples. Some academics consider that using psilocybin- and or muscimol-containing mushrooms was an integral part of the ancient culture of the Rus' people.[59]
It has been suggested that the ritual use of small amounts of Syrian rue is an artifact of its ancient use in higher doses as an entheogen (possibly in conjunction with DMT containing acacia).[citation needed]
John Marco Allegro argued that early Jewish and Christian cultic practice was based on the use of Amanita muscaria, which was later forgotten by its adherents,[60]but this view has been widely disputed.[61]
In general, indigenous Australians are thought not to have used entheogens, although there is a strong barrier of secrecy surrounding Aboriginal shamanism, which has likely limited what has been told to outsiders. A plant that the Australian Aboriginals used to ingest is called Pitcheri, which is said to have a similar effect to that of coca.Pitcheri was made from the bark of the shrub Duboisia myoporoides. This plant is now grown commercially and is processed to manufacture an eye medication.There are no known uses of entheogens by the Mori of New Zealand aside from a variant species of kava,[62] although some modern scholars have claimed that there may be evidence of psilocybin mushroom use.[63] Natives of Papua New Guinea are known to use several species of entheogenic mushrooms (Psilocybe spp, Boletus manicus).[64]
Kava or kava kava (Piper Methysticum) has been cultivated for at least 3000 years by a number of Pacific island-dwelling peoples. Historically, most Polynesian, many Melanesian, and some Micronesian cultures have ingested the psychoactive pulverized root, typically taking it mixed with water. In these traditions, taking kava is believed to facilitate contact with the spirits of the dead, especially relatives and ancestors.[65]
Studies such as Timothy Leary's Marsh Chapel Experiment and Roland R. Griffiths' psilocybin studies at Johns Hopkins have documented reports of mystical/spiritual/religious experiences from participants who were administered psychoactive drugs in controlled trials.[66] Ongoing research is limited due to widespread drug prohibition.
Notable early testing of the entheogenic experience includes the Marsh Chapel Experiment, conducted by physician and theology doctoral candidate, Walter Pahnke, under the supervision of Timothy Leary and the Harvard Psilocybin Project. In this double-blind experiment, volunteer graduate school divinity students from the Boston area almost all claimed to have had profound religious experiences subsequent to the ingestion of pure psilocybin. In 2006, a more rigorously controlled experiment was conducted at Johns Hopkins University, and yielded similar results.[67] To date there is little peer-reviewed research on this subject, due to ongoing drug prohibition and the difficulty of getting approval from institutional review boards.[68]
Furthermore, scientific studies on entheogens present some significant challenges to investigators, including philosophical questions relating to ontology, epistemology and objectivity.[69]
Article 32 of the Convention on Psychotropic Substances allows nations to exempt certain traditional uses of substances from prohibition:
A State on whose territory there are plants growing wild which contain psychotropic substances from among those in Schedule I and which are traditionally used by certain small, clearly determined groups in magical or religious rites, may, at the time of signature, ratification or accession, make reservations concerning these plants, in respect of the provisions of article 7, except for the provisions relating to international trade.
However, this exemption would apply only if the peyote cactus were ever explicitly added to the Schedules of the Psychotropic Convention. Currently the Convention applies only to chemicals. The Commentary on the Convention on Psychotropic Substances notes, however, that the plants containing it are not subject to international control:[70]
The cultivation of plants from which psychotropic substances are obtained is not controlled by the Vienna Convention.... Neither the crown (fruit, mescal button) of the Peyote cactus nor the roots of the plant Mimosa hostilis nor Psilocybe mushrooms themselves are included in Schedule 1, but only their respective principals, mescaline, DMT, and psilocin.
No plants (natural materials) containing DMT are at present controlled under the 1971 Convention on Psychotropic Substances. Consequently, preparations (e.g. decoctions) made of these plants, including ayahuasca are not under international control and, therefore, not subject to any of the articles of the 1971 Convention. -- International Narcotics Control Board (INCB), United Nations[71]
Between 2011 and 2012, the Australian Federal Government was considering changes to the Australian Criminal Code that would classify any plants containing any amount of DMT as "controlled plants".[72]DMT itself was already controlled under current laws. The proposed changes included other similar blanket bans for other substances, such as a ban on any and all plants containing mescaline or ephedrine. The proposal was not pursued after political embarrassment on realisation that this would make the official Floral Emblem of Australia, Acacia pycnantha (golden wattle), illegal. The Therapeutic Goods Administration and federal authority had considered a motion to ban the same, but this was withdrawn in May 2012 (as DMT may still hold potential entheogenic value to native and/or religious peoples).[73]
In 1963 in Sherbert v. Verner the Supreme Court established the Sherbert Test, which consists of four criteria that are used to determine if an individual's right to religious free exercise has been violated by the government. The test is as follows:
For the individual, the court must determine
If these two elements are established, then the government must prove
This test was eventually all-but-eliminated in Employment Division v. Smith 494 U.S. 872 (1990) which held that a "neutral law of general applicability" was not subject to the test. Congress resurrected it for the purposes of federal law in the federal Religious Freedom Restoration Act (RFRA) of 1993.
In City of Boerne v. Flores, 521 U.S. 507 (1997) RFRA was held to trespass on state sovereignty, and application of the RFRA was essentially limited to federal law enforcement. In Gonzales v. O Centro Esprita Beneficente Unio do Vegetal, 546 U.S. 418 (2006), a case involving only federal law, RFRA was held to permit a church's use of a DMT-containing tea for religious ceremonies.
Some states have enacted State Religious Freedom Restoration Acts intended to mirror the federal RFRA's protections.
Peyote is listed by the United States DEA as a Schedule I controlled substance. However, practitioners of the Peyote Way Church of God, a Native American religion, perceive the regulations regarding the use of peyote as discriminating, leading to religious discrimination issues regarding about the U.S. policy towards drugs. As the result of Peyote Way Church of God, Inc. v. Thornburgh the American Indian Religious Freedom Act of 1978 was passed. This federal statute allow the "Traditional Indian religious use of the peyote sacrament," exempting only use by Native American persons.
Although entheogens are taboo and most of them are officially prohibited in Christian and Islamic societies, their ubiquity and prominence in the spiritual traditions of various other cultures is unquestioned. "The spirit, for example, need not be chemical, as is the case with the ivy and the olive: and yet the god was felt to be within them; nor need its possession be considered something detrimental, like drugged, hallucinatory, or delusionary: but possibly instead an invitation to knowledge or whatever good the god's spirit had to offer."[74]
Most of the well-known modern examples, such as peyote, psilocybin mushrooms, and morning glories are from the native cultures of the Americas. However, it has also been suggested that entheogens played an important role in ancient Indo-European culture, for example by inclusion in the ritual preparations of the Soma, the "pressed juice" that is the subject of Book 9 of the Rig Veda. Soma was ritually prepared and drunk by priests and initiates and elicited a paean in the Rig Veda that embodies the nature of an entheogen:
Splendid by Law! declaring Law, truth speaking, truthful in thy works, Enouncing faith, King Soma!... O [Soma] Pavmana (mind clarifying), place me in that deathless, undecaying world wherein the light of heaven is set, and everlasting lustre shines.... Make me immortal in that realm where happiness and transports, where joy and felicities combine...
[citation needed]
The kykeon that preceded initiation into the Eleusinian Mysteries is another entheogen, which was investigated (before the word was coined) by Carl Kernyi, in Eleusis: Archetypal Image of Mother and Daughter. Other entheogens in the Ancient Near East and the Aegean include the opium poppy, datura, and the unidentified "lotus" (likely the sacred blue lily) eaten by the Lotus-Eaters in the Odyssey and Narcissus.
According to Ruck, Eyan, and Staples, the familiar shamanic entheogen that the Indo-Europeans brought knowledge of was Amanita muscaria. It could not be cultivated; thus it had to be found, which suited it to a nomadic lifestyle. When they reached the world of the Caucasus and the Aegean, the Indo-Europeans encountered wine, the entheogen of Dionysus, who brought it with him from his birthplace in the mythical Nysa, when he returned to claim his Olympian birthright. The Indo-European proto-Greeks "recognized it as the entheogen of Zeus, and their own traditions of shamanism, the Amanita and the 'pressed juice' of Soma but better, since no longer unpredictable and wild, the way it was found among the Hyperboreans: as befit their own assimilation of agrarian modes of life, the entheogen was now cultivable."[74] Robert Graves, in his foreword to The Greek Myths, hypothesises that the ambrosia of various pre-Hellenic tribes was Amanita muscaria (which, based on the morphological similarity of the words amanita, amrita and ambrosia, is entirely plausible) and perhaps psilocybin mushrooms of the genus Panaeolus.
Amanita was divine food, according to Ruck and Staples, not something to be indulged in or sampled lightly, not something to be profaned. It was the food of the gods, their ambrosia, and it mediated between the two realms. It is said that Tantalus's crime was inviting commoners to share his ambrosia.
The legends of the Assassins had much to do with the training and instruction of Nizari fida'is, famed for their public missions during which they often gave their lives to eliminate adversaries.
The tales of the fida'is' training collected from anti-Ismaili historians and orientalists writers were confounded and compiled in Marco Polo's account, in which he described a "secret garden of paradise".[citation needed] After being drugged, the Ismaili devotees were said to be taken to a paradise-like garden filled with attractive young maidens and beautiful plants in which these fida'is would awaken. Here, they were told by an old man that they were witnessing their place in Paradise and that should they wish to return to this garden permanently, they must serve the Nizari cause[75](History of Nizari Ismailism). So went the tale of the "Old Man in the Mountain", assembled by Marco Polo and accepted by Joseph von Hammer-Purgstall (17741856), a prominent orientalist writer responsible for much of the spread of this legend. Until the 1930s, von Hammer's retelling of the Assassin legends served as the standard account of the Nizaris across Europe.[citation needed]
Many works of literature have described entheogen use; some of those are:
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Scientists Find New Way to Inject Plants With Medicine, And It May Help Save Our Crops – ScienceAlert
Posted: at 4:05 am
You may not think of plants as needing life-saving medicine, but that's sometimes the case when bugs and disease strike. Now, scientists have developed a super-accurate, highly delicate way of delivering drugs, and right where plants need them.
At the moment, plants can be sprayed with pesticides, which doesn't really penetrate to the roots, or they can be treated with large needles that aren't particularly precise, and tend to cause damage to the plants.
The new method makes use of microneedles or what the researchers are calling 'phytoinjectors', sitting on top of a silk-based biomaterial patch, which are able to hit a plant's circulatory system directly. Pesticides, in contrast, might travel between the root system and the leaves.
(Cao et al., Advanced Science, 2020)
As well as delivering medicine or nutrients to different parts of the plant, the new mechanism could also be used to take samples of a plant, which are then transferred to a lab for analysis, or even to edit DNA (something the team has successfully tried).
"We wanted to solve the technical problem of how you can have a precise access to the plant vasculature," says mechanical engineer Yunteng Caofrom MIT.
"You can think about delivering micronutrients, or you can think about delivering genes, to change the gene expression of the plant or to basically engineer a plant."
The motivation for the project came from the spread of the citrus greening disease across the US and other parts of the world, which threatens to flatten an industry worth $9 billion if a solution isn't found. Olives and bananas are other fruits under particular threat from disease across the world right now.
Previous work looking at the use of microneedles to deliver human vaccines was used as a starting point, with silk kept as the basis of the material holding the microneedles.
Silk is strong, doesn't cause a reaction in plants, and can be made degradable enough to get out of the way once the drugs have been delivered.
However, a lot also had to change compared to microneedles used on humans: plants have far less water available than the human body does, so the design had to be adapted.
The team of scientists was able to boost the silk's hydrophilicity (water-attracting capabilities), and come up with a new material more suited for plants.
"We found that adaptations of a material designed for drug delivery in humans to plants was not straightforward, due to differences not only in tissue vasculature, but also in fluid composition," says biologist Eugene Lim.
Tests of the material and its microneedled payload on tomato and tobacco plants showed that it could be successful as a drug delivery system. Fluorescent molecules were used to track the progress of the injection all the way from the roots to the leaves.
The system should adapt to other plants fairly easily, the researchers say, though scaling it up is going to prove more challenging. The work should prove useful for future projects though, both in delivering life-saving drugs to save plants from disease, and in engineering them to avoid disease in the first place.
"For the future, our research interests will go beyond antibiotic delivery to genetic engineering and point-of-care diagnostics based on metabolite sampling," says environmental engineer Benedetto Marelli.
The research has been published in Advanced Science.
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Scientists Find New Way to Inject Plants With Medicine, And It May Help Save Our Crops - ScienceAlert
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This Week’s Awesome Tech Stories From Around the Web (Through May 2) – Singularity Hub
Posted: at 4:05 am
FUTURE
Why the Coronavirus Is So ConfusingEd Yong | The Atlanticbeyond its vast scope and sui generis nature, there are other reasons the pandemic continues to be so befuddlinga slew of forces scientific and societal, epidemiological and epistemological. What follows is an analysis of those forces, and a guide to making sense of a problem that is now too big for any one person to fully comprehend.
Common Sense Comes Closer to ComputersJohn Pavlus | Quanta MagazineThe problem of common-sense reasoning has plagued the field of artificial intelligence for over 50 years. Now a new approach, borrowing from two disparate lines of thinking, has made important progress.
Scientists Create Glowing Plants Using Bioluminescent Mushroom DNAGeorge Dvorsky | GizmodoNewresearch published today in Nature Biotechnology describes a new technique, in which the DNA from bioluminescent mushrooms was used to create plants that glow 10 times brighter than their bacteria-powered precursors. Botanists could eventually use this technique to study the inner workings of plants, but it also introduces the possibility of glowing ornamental plants for our homes.
Old Drugs May Find a New Purpose: Fighting the CoronavirusCarl Zimmer | The New York TimesDriven by the pandemics spread, research teams have been screening thousands of drugs to see if they have this unexpected potential to fight the coronavirus. Theyve tested the drugs on dishes of cells, and a few dozen candidates have made the first cut.
OpenAIs New Experiments in Music Generation Create an Uncanny Valley ElvisDevin Coldewey | TechCrunchAI-generated music is a fascinating new field, and deep-pocketed research outfitOpenAI has hit new heights in it, creating recreations of songs in the style of Elvis, 2Pac and others. The results are convincing, but fall squarely in the unnerving uncanny valley of audio, sounding rather like good, but drunk, karaoke heard through a haze of drugs.
Neural Net-Generated Memes Are One of the Best Uses of AI on the InternetJay Peters | The VergeIve spent a good chunk of my workday so far creating memes thanks to this amazing website from Imgflip that automatically generates captions for memes using a neural network. You can pick from 48 classic meme templates, including distracted boyfriend, Drake in Hotline Bling, mocking Spongebob, surprised Pikachu, and Oprah giving things away.
Can Genetic Engineering Bring Back the American Chestnut?Gabriel Popkin | The New York Times MagazineThe geneticists research forces conservationists to confront, in a new and sometimes discomfiting way, the prospect that repairing the natural world does not necessarily mean returning to an unblemished Eden. It may instead mean embracing a role that weve already assumed: engineers of everything, including nature.
Image credit:Dan Gold /Unsplash
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The Pandemic and America’s Response to Future Bioweapons – War on the Rocks
Posted: at 4:05 am
In the fall of 2011, Dr. Ron Fouchier developed one of the most dangerous viruses you can make. Fouchier, a Dutch virologist at the Erasmus Medical Center in Rotterdam, claimed that his team had done something really, really stupid and mutated the hell out of H5N1.At nearly the same time, Dr. Yoshihiro Kawaoka at the University of Wisconsin-Madison worked on grafting the H5N1 spike gene onto 2009 H1N1 swine flu, creating another transmissible, virulent strain.
Despite only 600 human cases of the H5N1 (bird flu) virus in the previous two decades, the exceptionally high mortality rate greater than 50 percent pushed the National Science Advisory Board for Biosecurity to block the publication of both teams research. After a heated debate in the scientific community, the World Health Organization deemed it safe to publish the findings. While Kawaokas paper appeared in the journal Nature, Fouchiers original study appeared in Science. Although both teams generated viruses that were not as lethal as their wild forms, critics worried that the papers would enable rogue scientists to replicate the manipulations and weaponize a more contagious virus.
While some arms control experts like Graham Allison believe that terrorists are more likely to be able to obtain and use a biological weapon than a nuclear weapon, others have dismissed bioweapons due to dissemination issues, exemplified in failed biological attacks with botulinum toxin and anthrax by the terrorist group Aum Shinrikyo. Furthermore, studies from the U.S. Office of Technology Assessment indicated that bioweapons could cause tens of thousands of deaths under ideal environmental conditions but would not severely undermine critical infrastructure. In 2012, Dr. Anthony Fauci, the longtime director of the National Institute of Allergy and Infectious Diseases, argued that the benefits in vaccine advancement from Fouchiers research outweighed the risks of nefarious use.
Today, however, Fauci is at the helm of Americas response to a global pandemic. Although the world has never experienced a mass-casualty bioweapons incident, COVID-19 has caused sustained, strategic-level harm. In the absence of a vaccine, it has killed more than 60,000 Americans and forced over 30 million Americans into unemployment. The isolation of large segments of society has crippled the economy and traditional sources of American power: domestically, cascading, second- and third-order effects plague critical national infrastructure; and internationally, power projection wanes, epitomized by the U.S. Navys sidelining of the USS Theodore Roosevelt.
While the SARS-CoV-2 virus that causes COVID-19 is not a bioweapon, technological advances increase the possibility of a future bioweapon wreaking similar strategic havoc. Specifically, advancements in genetic engineering and delivery mechanisms may lead to the more lethal microorganisms and toxins and, consequently, the most dangerous pandemic yet. Therefore, the United States should develop a new strategy to deter and disrupt biological threats to the nation.
Engineering the Next Pandemic
Although a bioweapon-induced pandemic seems unlikely in the short term, preparedness for future attacks begins with understanding the possible threat. According to the Centers for Disease Control, bioweapons are intentionally released microorganisms bacteria, viruses, fungi or toxins, coupled with a delivery system, that cause disease or death in people, animals, or plants. In contrast to other chemical, biological, radiological, or nuclear weapons, they have distinctive dangerous characteristics: miniscule quantities even 10-8 milligrams per person can be lethal; the symptoms can have a delayed onset; and ensuing waves of infection can manifest beyond the original attack site. The Centers for Disease Control grouped over 30 weaponizable microorganisms and toxins into three threat categories based on lethality, transmissibility, and necessity for special public heath interventions. While Categories A and B cover existing high and moderate threats, respectively, Category C focuses on emerging pathogens, like the Nipah virus and hantavirus, that could be engineered for mass dissemination. Historically, though, bioweapons were relatively unsophisticated and inexpensive when compared to chemical and nuclear production chains, which explains their protracted use.
One of the earliest examples of biological warfare occurred over 2,000 years ago, when Assyrians infected enemy wells with rye ergot fungus. In 1763, the British army presented smallpox-infested blankets to Native American during the Siege of Fort Pitt. During World War II, the Japanese army poisoned over 1,000 water wells in Chinese villages to study typhus and cholera outbreaks. In 1984, the Rajneeshee cult contaminated salad bars in Oregon restaurants with Salmonella typhimurium, causing 751 cases of enteritis. Most recently, Bacillus anthracis spores sent in the U.S. postal system induced 22 cases of anthrax and five deaths in 2001, and three U.S. Senate office buildings shut down in February 2004 after the discovery of ricin in a mailroom.
Despite this history of usage, the challenge of disseminating the biological agent has, thus far, meant that bioweapons attacks have not produced high casualties. Bioweapons can be delivered in numerous ways: direct absorption or injection into the skin, inhalation of aerosol sprays, or via consumption of food and water. The most vulnerable and often most lethal point of entry is the lungs, but particles must fall within a restrictive size range of 1 micrometer to 5 micrometers to penetrate them. Fortunately, most biological agents break down quickly in the environment through exposure to heat, oxidation, and pollution, coupled with the roughly 50 percent loss of the microorganism during aerosol dissemination or 90 percent loss during explosive dissemination.
The revolution in genetic engineering provides a path for overcoming delivery issues and escalating a biological attack into a pandemic. First, tools for analyzing and altering a microorganisms DNA or RNA are available and affordable worldwide. The introduction of clustered regularly interspersed short palindromic repeats (CRISPR) a technique that acts like scissors or a pencil to alter DNA sequences and gene functions in 2013 made biodefense more challenging. Even as experienced researchers struggle to control clustered regularly interspersed short palindromic repeats and prevent unintended effects, malevolent actors with newfound access can attempt to manipulate existing agents to increase contagiousness; improve resistance to antibiotics, vaccines, and anti-virals; enhance survivability in the environment; and develop means of mass production. Infamously, Australian researchers in 2001 endeavored to induce infertility in mice by inserting the interleukin-4 gene into the mousepox virus. Instead, they inadvertently altered the virus to become more virulent and kill previously vaccinated mice, insinuating that the same could be done with smallpox for humans.
Moving one step further, genetic engineering raises the possibility of creating completely new biological weapons from scratch via methods similar to the test-tube synthesis of poliovirus in 2002. It is, thankfully, hard to use this process to create agents that can kill humans. However, genetic engineering can be used to create non-lethal weapons that, when coupled with longer-range delivery devices, could kill crops and animals, and destroy materials fuel, plastic, rubber, stealth paints, and constructional supplies that are critical to the economy.
Skeptics might question why a rational adversary would risk creating and employing bioweapons that are unpredictable and relatively hard to deliver to a target. First, some potential terrorists are irrational in the sense that death does not deter their service to a higher purpose; or, they may simply show a willingness to carry out orders from a state sponsor or a lack of concern for public opinion. Second, future state aggressors might genetically engineer a vaccine to immunize their populations prior to unleashing a bioweapon so that the attack would only be indiscriminate within targeted nations. Third, the unprecedented harm done by COVID-19 demands a transformation of 9/11-era priorities to recognize that preparing for domestic threats like pandemics will be far greater concerns for most Americans than threats from foreign adversaries. Bioweapons combine the worst of these national and international threats.
Ultimately, for a bioweapon attack to turn into a pandemic like the SARS-CoV-2 virus, three initial conditions must be met: first, the microorganism or toxin must not have an effective remedy available; second, it must be easily transmittable; and third, it must be fatal for some victims. Whereas a number of natural-born microbes satisfied these conditions in the past, it is possible for a genetically engineered bioweapon to have the same strategic impact in the future.
Prepare for the Worst
John Barrys The Great Influenza: The Story of the Deadliest Pandemic in History provides insight into what the world might look like in the approaching age of biological attacks. It portrays how researchers failed to counter the 1918 flu strain while it spread to one-third of the global population. With a mortality rate of approximately 20 percent, the Spanish flus viral mutations proved especially fatal for military members with strong immune systems. Young people with previous exposure to milder flu strains likely suffered from immunological memory, which prompted a dysregulated immune response to the 1918 strain. At the time of the books publication in 2004, President George W. Bush took notice.
In a November 2005 speech at the National Institutes of Health, with Fauci notably in attendance, Bush warned, If we wait for a pandemic to appear, it will be too late to prepare. And one day many lives could be needlessly lost because we failed to act today. Similarly, the government should prepare now to respond to a future bioweapon attack whether from terrorism or interstate warfare. This preparation ought to proceed along three categories of action: deterrence, disruption, and defense.
Deterrence
In the realm of biological warfare, the most effective way to save lives is to persuade an adversary that an attack will not succeed. Specifically, deterrence by denial makes the act of aggression unprofitable by rendering the target harder to take, harder to keep, or both. To this end, the United States can harden its biowarfare response by increasing interagency cooperation, wargaming the resulting plans, and compiling the materials required for their execution.
The Department of Defense the largest agency in the U.S. government is the logical choice to organize a whole-of-government approach to countering bioweapons. Last November, the Pentagon released the Joint Countering Weapons of Mass Destruction doctrine, which outlined how the military will synchronize its response with governmental stakeholders like the Director of National Intelligence, the United States Agency for International Development, the Department of Energy, and the Department of Health and Human Services. Partnerships, however, should expand beyond governmental agencies via a military joint task force with leadership from the medical community and information technology professionals. The Department of Homeland Security and Centers for Disease Control should coordinate with medical schools to incorporate more curriculum and periodic exercises on pandemic control and emergency response. Likewise, the Pentagon should develop best practices for establishing communications, sustaining services, and combatting disinformation during a pandemic.
While increased interagency cooperation will encourage more robust pandemic plans, wargaming is key to testing how such plans fare in a biowarfare crisis. Last September, the Naval War College in Newport, Rhode Island, ran a two-day wargame called Urban Outbreak 2019, in which 50 experts combatted a notional pandemic. Even though this scenario had a vaccine available from the start, the findings offer prescient insight into actions surrounding COVID-19 particularly that experienced leaders may display significant resistance when encountering first-time situations or prevent troops from interfacing with infected populations. Military and agency leaders should use wargames with worst-case, extraordinary bioweapons to recognize and overcome inherent biases while simultaneously brainstorming how to lower infection rates, implement quarantines, and communicate best practices to the public.
Wargaming should also help planners identify which materials require stockpiling ahead of the next pandemic. COVID-19, for example, exposed shortages of durable protective masks, hand sanitizer, antiseptic wipes, and surface cleaners. The 300,000 businesses that make up the defense industrial base should prepare for the research, production, and delivery of personal protective equipment whenever shortages arise. They should also expect to be tapped for antibiotic, vaccine, or anti-viral production, depending on the nature of the bioweapon.
Disruption
A pandemic is a lot like a forest fire, Bush said in his 2005 speech. If caught early it might be extinguished with limited damage. If deterrence fails, American policy should focus on the early detection and disruption of bioweapons. To achieve this goal, the United States can advocate for increased verification measures and high-performing information operations.
Although the Biological Weapons Convention went into force in 1975 and has 182 state parties, the treaty lacks verification procedures and merely prohibits the production, stockpiling, and transfer of biological agents for warfare purposes. Since the treaty permits defensive research, a major challenge is the dual-use nature of production chains, wherein the technology for allowable projects also supports harmful weapons. Given the complex and sensitive nature of vital biological research, the United States has chosen not to support the establishment of a verification agency for routine facility inspections. This choice stands in contrast to the American approach toward the Organization for the Prohibition of Chemical Weapons and the International Atomic Energy Agency, both of which have robust verification mechanisms. Without this accountability, however, the Soviet Union established the Biopreparat after signing the Biological Weapons Convention treaty, employing over 50,000 people to produce tons of anthrax bacilli, smallpox virus, and multidrug-resistant plague bacteria.
To assist with the early warning of bioweapon threats, the United States should improve its understanding of international biological facilities. For instance, International Gene Synthesis Consortium members use automated software and a common protocol to screen their customers, as well as synthetic gene orders with dangerous sequences from the Regulated Pathogen Database. Particular attention should be paid to biosafety level-4 and biosafety level-3 labs around the world, where human error has led to the unintentional escape of pathogens. The U.K. foot and mouth outbreak of 2007 was traced to a faulty waste disposal system at Pirbright Laboratory in Surrey. Additionally, SARS laboratory accidents occurred in China in 2004. Increasing the priority given to intelligence gathering and analysis related to bioweapons would be an important step in the right direction.
Defense
If the United States is unable to deter or disrupt a bioweapons attack, it should be prepared to execute a strong defense against it. First and foremost, the military ought to maintain the health of its servicemembers through a COVID-19-inspired operational plan for screening and quarantine. This plan would facilitate prompt and sustained emergency responses and combat operations, including key missions like strategic nuclear deterrent patrols. Domestically, the military will need to assist in civil support, law enforcement, border patrol, and the defense of critical infrastructure. Internationally, the Defense Department will serve as a logistics powerhouse.
At home, the armed forces have the manpower and experience to aid in a variety of national security sectors. In addition to the deployment of U.S. Navy hospital ships to New York City and Los Angeles during COVID-19, the National Guard has conducted drive-through testing, delivered water to vulnerable populations, and carried out state governors law enforcement orders for curfews and quarantines. For critical national infrastructure, the military will serve as first responders to newfound issues with electrical generation, water purification, sanitation, and information technology.
Abroad, the military could benefit from military-to-military planning and exercises with what former Supreme Allied Commander Europe Adm. (ret.) James Stavridis calls the equivalent of a North Atlantic Treaty Organization against pandemics. In the absence of this organization, the Air Force can coordinate logistics efforts to move overseas medical supplies to the United States and bring Americans home.
The United States should draw lessons learned from past international pandemic responses. The cholera outbreak among half a million Haitians following a 2010 earthquake demonstrated that the American military could work with international military counterparts to regenerate critical infrastructure in other countries. The Ebola outbreak in West Africa in 2014 extended that cooperation to nongovernmental organizations like the Red Cross, Doctors Without Borders, and Project Hope.
Successful military cooperation abroad will fulfill basic international needs and build trust for peaceful scientific cooperation, shifting the focus to future questions like whether the bioweapon is mutating, how environmental factors affect its spread, if infected people develop short- or long-term immunity, and which mitigation efforts are effective. Successful in-situ defense will fill interdisciplinary gaps in deterrence and disruption while a layered 3D approach will determine how well the world fares during the most dangerous pandemic yet.
Conclusion
The COVID-19 pandemic foreshadows how a future bioweapons attack would unfold without proper preparation. Planning for a bioweapons attack is incredibly difficult bioweapons can be delivered by states or terrorist groups, originate from existing agents or from scratch, and can be delivered in a number of different ways. While establishing a permanent military joint task force with appropriate funding is an achievable first step, combined efforts in deterrence, disruption, and defense are key in anticipating these variables of an attack and surviving it once unleashed.
Lt. Andrea Howard is a nuclear submarine officer aboard the USS Ohio. Following her graduation from the U.S. Naval Academy in 2015, she was a Marshall Scholar at the University of Oxford and Kings College London, where she focused on the intersection of technology, security, and diplomacy in weapons of mass destruction policy. Lt. Howard won the U.S. Naval Institutes 2019 Emerging and Disruptive Technologies Essay Contest and is a member of the Seattle Chapter of the Truman National Security Project.
Image: North Carolina Air National Guard (Photo by Tech. Sgt. Julianne Showalter)
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Blue-sky thinking for food production – Farm Weekly
Posted: at 4:05 am
WITH food security trending across social media sites, its important to take note of the blue-sky research being carried out in Australia to future-proof our food.
While panic buying and poor logistics have caused the majority of food shortages on Australian supermarket shelves, long-term climate trends and the commercial realities of needing to 'grow more with less' have been driving researchers toward altering the way plants grow at a fundamental level.
Despite the long-winded name, the Australian National University's (ANU) Australian Research Council Centre of Excellence for Transitional Photosynthesis has a rather straightforward mission - research the ways photosynthesis can be altered to increase yield in food crops.
Centre director and ANU professor Robert Furbank said photosynthesis, the process green plants use to convert sunlight into chemical energy, could give farmers the tools to increase crop production while battling with changes to the climate.
"Australian plant scientists are punching above their weight by participating in global, interdisciplinary efforts to find ways to increase crop production," professor Furbank said.
"We essentially need to double the production of major cereals before 2050 to secure food availability for the rapidly growing world population."
Initial outcomes from the research were recently published in the Journal of Experimental Botany.
Co-editor and ANU researcher professor John Evans said the publications showed how improving photosynthesis could benefit food production.
"We are working on improving photosynthesis on different fronts, from finding crop varieties that need less water, to tweaking parts of the process in order to capture more carbon dioxide and sunlight," professor Evans said.
"We know that there is a delay of at least a decade to get these solutions to the breeders and farmers, so we need to start developing new opportunities now before we run out of options."
Professor Evans said the research covers everything from genetic engineering to synthetic biology, working across crops such as wheat, rice and sorghum.
While the pay-off from this sort of 'blue-sky' research can be decades away, professor Furbank said it was important the research was conducted now.
"It is similar to finding a virus vaccine to solve a pandemic, it doesn't happen overnight.
"We know that Australia's agriculture is going to be one area of the world that is most affected by climate extremes, so we are preparing to have a toolbox of plant innovations ready to ensure global food security in a decade or so."
Professor Furbank said this was why long-term proactive funding for blue-sky research was needed.
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