What Makes John Carpenter’s The Thing So Effing Scary? – tor.com

Some masterpieces of cinema are simply doomed at the box office and destined to be savaged by critics. Very often the culprit is bad timing, or a weak marketing effort, or internal disputes at the studio. All three of those played a role in the brutal reception that greeted John Carpenters The Thing (1982), which is today recognized as one of the most effective, shocking, and suspenseful horror movies of all time.

I saw this movie at far too young an age (thanks, Mom and Dad!), and I was puzzled to find that the TV Guide description gave it a measly two out of four stars. In the ensuing years, I learned that the failure of this film left the brilliant Carpenter almost completely disillusioned with Hollywood, which drastically altered his career trajectory. Both the snooty film critics and the major horror magazines of the time decried The Things nihilism and barf bag special effects. The sci-fi magazine Cinefantastique posed the question, Is this the most hated movie of all time? Christian Nyby, the director of the 1951 version, bashed Carpenters remake. Even the beautiful minimalist score by Ennio Morricone was nominated for a Razzie.

I realize that everyone had their stated reasons for not liking the film at first, but here is my grand unified theory to explain their massive error in judgment: the film was just too effing scary. It hit all of the major pressure points of fear, tweaking the amygdala and triggering a response so palpable that many viewers could only look back with disgust. And if that were not enough, The Things meditation on despair was simply too much for audiences and critics. Its bleak, uncertain ending, a harbinger of death on a scale both small and large, was too much to handle. I cant think of another mainstream blockbuster that even attempted such a thing, before or since.

It took a long time, a lot of introspection, and a lot of grassroots enthusiasm to rehabilitate the films reputation. Now that weve all had a chance to gather ourselves and process whats happened, here are some of the key elements of horror that work a little too well in The Thing. Spoilers are ahead, obviously, but 2022 marks the fortieth anniversary of the film, so its well past time to knock this one off your list.

Fear of the Unknown and the Incomprehensible

The Thing opens with an absurd image, with no explanation or context. A helicopter flies over a wintry landscape, chasing a husky as it sprints across the snow. A man leans out of the side of the chopper, firing at the dog with a rifle. He desperately shouts in Norwegian to the pilot, imploring him to keep following. Panting, the husky arrives at an American research outpost, where the scientists and the support staff are baffled by the commotion. The weirdness escalates when the chopper lands, and the rifleman continues to chase the dog, firing wildly and screaming in what sounds to the Americans like gibberish. He tries to toss a hand grenade, but his errant throw destroys the helicopter, killing the pilot. Seconds later, a security officer shoots and kills the Norwegian, and the inhabitants of the camp gather round the body, confounded by what theyve witnessed. In the background, the husky behaves like a normal dog.

Right from the beginning, we are trapped in a state of bewilderment alongside the characters. Rather than pursuing a mystery after a crime takes place, the mystery is thrust upon us. And from there, the unknown mutates into the incomprehensible. Later that night, we see the dog in its true form: a shape-shifting creature from the worst nightmares of cosmic horror. Gelatinous, gooey, tentacled, pulsing, and asymmetrical. A completely alien organism that can mimic other living things that it touches.

When we see the alien parasite moving from dog to human, a new kind of terror emerges. The half-formed imitations have an uncanny valley quality to them, forcing us to stop and try to grasp what were looking at. In one of many scenes cut from network TV airings of the film, the character Windows (Thomas G. Waites) enters a room to find Bennings (Peter Maloney) half-naked, covered in a viscous fluid, and wrapped in squirming tentacles. Whether this is an emerging clone or a person being digested is left to the viewers imagination. Later, the crew catches up with the Benning-thing. He unfolds his arms to reveal two pulpy stalks, while emitting an eerie howling noise. Horrified, the men burn the creature alive.

Oh, but it gets even worse. We discover that the cloned bodies can adapt when threatened. A mans chest bursts open to reveal a gaping, fanged mouth. Another mans head splits apart, forming a pincer-like weapon. Granted, there are a few shots in which the otherwise brilliant effects by Rob Bottin look fakeyet even those images still trigger our revulsion. They remind me of a similar scene in Aliens (1986), when the facehuggers try to latch onto Ripley and Newt. One of the spider-like creatures is tossed aside, only to flip right-side up again. It looks like a toybut it works! Its a broken toy from hell that keeps juddering about even after the batteries have been pulled!

Many fans of The Thing blame its box office failure on Steven Spielbergs E.T., which dominated 1982. The friendly alien in that movie resembled a child, with its big eyes and dopey grin. In contrast, The Thing toyed with the incomprehensible. To this day, I wonder: how many people ended up watching it simply because E.T. was sold out? Those viewers must have been the most appalled.

Fear of the Other

Im writing in 2021, which requires me to compare our current real-world predicament with The Things depiction of infection, quarantine, and paranoia. The critic Gene Siskelwho defended the movie against his colleague Roger Ebertnoted the Cold War mentality of the script, with its fears of infiltration and assimilation. Both are on display in a scene in which the head scientist Blair (Wilford Brimley) runs a computer simulation showing how quickly the alien could mimic the entire crew, which places a ticking clock on the action.

Yet as grim as this movie gets, the humans do not outright betray one another. Nor does anyone go Full Brockman, conceding defeat to curry favor with the enemy. Ironically, the people who go too far to fight the Thing are Blair, the smartest guy in the room, and MacReady (Kurt Russell), the films protagonist by default. In some ways, MacReadys actions are similar to the drastic unilateral decisions that Ben has to make in Night of the Living Dead (1968). In his desperation to survive, MacReady assumes control by threatening to destroy the entire camp with dynamite. From there, he establishes a mini-dictatorship, with round-the-clock surveillance of the crewmembers, along with a blood test to prove who is infected and who is safe. When the gentle Clark (Richard Masur) tries to resist, MacReady shoots him dead, only to discover later that the man he killed was still human. By then, MacReady is so focused on the task at hand that he moves on, shoving poor Clark out of his mind, his own dehumanization complete. And despite that effort, MacReadys plan goes sideways when the test succeeds in revealing the Thing. Now exposed, the creature reverts to its transitional form, killing a member of the crew. After all of that sacrifice, all that setting aside of morality and trust, they achieve nothing.

Suspense: a sidenote

While many of the scares come as a shock, the aforementioned blood test builds the tension slowly in a scene that is a masterwork in suspense. While cornered, desperate, and fighting off hypothermia, MacReady uses a flamethrower to keep the others at bay. He forces them to cut themselves with scalpels and drain some of their blood into petri dishes. One by one, he applies a hot needle to each dish. His theory is that the blood of the Thing will react when threatened, thus revealing the host. The red-hot needle touches the first dish, and the blood squelches the heat. As MacReady works his way through each of the samples, we grow accustomed to the squeaking sound it makes each time, accompanied by the howling wind outside.

As we allow ourselves to hope that we might make it through the scene without any further mayhem, Carpenter misdirects our attention by having Garry (Donald Moffat)the outposts security officerstart an argument with MacReady. This is pure nonsense, Garry says. Doesnt prove a thing. With the needle in one hand, and a petri dish in the other, MacReady reminds Garry of why hes the most suspicious person in the group. Well do you last, MacReady says. Which makes us anticipate the moment when we can finally prove that Garry is the Thing.

And then the needle touches the sample, belonging to an eccentric but relatively quiet man named Palmer (David Clennon). And all hell breaks loose. The blood instantly turns into a bloody tentacle, squealing in agony as it tries to escape the heat. Palmer mutates into what could be described as a giant walking mouth, its teeth snapping like a bear trap, while MacReady and Windows scramble to burn him with their flamethrower. But its too late. By the time they dispatch him with fire and explosives, another person is dead, another wing of the outpost is destroyed, and the paranoia intensifies.

Fear of Isolation

Heres another reason why watching The Thing in 2021 may be tough. The characters are stuck together in close quarters and cut off from the rest of the world. Even before the mayhem begins, we catch glimpses of how the routine is slowly becoming unbearable. MacReady destroys a computer chess game when he loses, claiming that the computer somehow cheated. Many of the characters self-medicate, with J&B Whiskey as the painkiller of choice. Others have been watching VHS tapes of the same TV shows over and over, apparently for months on end. It helps that Carpenter prefers to shoot in a widescreen format, which allows him to cram more people into the frame, making some of the interior shots downright claustrophobic.

The walls close in tighter once the danger becomes real. Blair, who realizes early on that they are all doomed, destroys the communication equipment and sabotages the vehicles. No one can leave, and no one can call for help. The remaining crew is on their own, holed up in a building that will be their tomb. With no Netflix!

In a strange bit of dark humor, we see Blair again after his meltdown, and after the crew has locked him a separate building. Im all right, he insists. Im much better and I wont harm anybody. While he rambles, a hangmans noose dangles behind him. No one comments on it. Its just there to remind us that Blair the rational scientist has carefully weighed his options while isolated in this meat locker.

Fear of Nature

Even if it had no alien in it, The Thing reminds us of how powerless we are in the face of nature. A major plot point involves a storm pummeling the outpost. Despite the weather, the characters insist on taking their chances indoors. I can easily imagine them many months earlier, sitting through some tedious orientation for their jobs, in which a trainer explains to them all the ghastly ways that hypothermia and frostbite can shut down their bodies and scramble their minds.

There are other ways in which the film invokes our fears of the natural world. On several occasions, the Thing mimics the animals that have terrorized our species. The petri dish monster strikes outward like a viper. A severed head sprouts legs and crawls about like a spider. Near the climax of the film, the Thing takes on a shape that resembles a snake or a lizard. The original script and storyboards included an even more elaborate final boss, which would incorporate several icky animals. Part squid, part insect, part rabid dog. The films budget would not allow it. But by then, it makes no difference. A mere glimpse of the monster is enough to conjure more frightening shapes lodged in our imagination.

And Finally, Fear (and Acceptance) of Certain Doom

The Thing is the first of Carpenters Apocalypse Trilogy, which continues with Prince of Darkness (1987) and concludes with In the Mouth of Madness (1994). All three films combine Lovecraftian cosmic horror with late twentieth-century concerns about societal breakdown and World War III. Together, these themes and images explore the erosion of order and identity, leading to the end of all things. The Thing can be said to represent the unstoppable forces of the universe that have no concern for human well-being. As many critics have noted, it is never made clear what exactly the Thing wants. It may in fact be such a mindless, viral organism that it doesnt even know its an alien once the imitation is complete. No one can bargain or plead with such an entity, in the same way we cannot reason with the forces that may lead to our extinction.

At the end of the film, the hopelessness of it all leaves the lone survivors, MacReady and Childs (Keith David), sharing the bleakest drink in the history of cinema. Though the monster has seemingly been defeated, the entire camp is left burning, and neither man knows if the other is infected. As they both acknowledge, they are in no condition to fight anymore. Their best bet is to doze off as the fires burn out and never wake up again. Why dont we just wait here for a little while, see what happens? MacReady suggests. What else can they do?

As they take their last sips of J&B, Morricones score begins again, with a piece titled Humanity, Part II. The thudding sound resembles a heart beating. Is this a defiant assertion of humanity, or the final pumps of blood? Or are we hearing an imitation, mimicked by an incomprehensible force that has no regard for human life?

A Legacy of Fear

Nostalgia for 1980s popular culture has certainly helped to renew interest in films like The Thing. Still, theres something special about this particular movie, something that helped it rise from the ashes of its initial failure. While a film like The Day After (1983) was scary enough to change our defense policy, its specificity to the nuclear arms race makes it more of an artifact of that era. In contrast, the fears invoked by The Thing are figurative, visceral, and universal, and can be applied more easily to any point in history, from the Cold War to the pandemic and political strife of the 2020s. In another generation, I expect people to rediscover it once more, applying it to whatever keeps them up at night. And they will continue the debates about which characters were infected when, whether the infected characters even know that theyre the Thing, and whether the alien is truly dead or merely hiding in that final scene. In the end, the film leaves its paranoia with us. Were infected, and the safe world weve tried to build for ourselves will never look the same.

Robert Repino (@Repino1) grew up in Drexel Hill, Pennsylvania. After serving in the Peace Corps in Grenada, he earned an MFA in Creative Writing at Emerson College. He works as an editor for Oxford University Press, and occasionally teaches for the Gotham Writers Workshop. Repino is the author of the middle grade novel Spark and the League of Ursus (Quirk Books), as well as the War With No Name series (Soho Press), which includes Mort(e), Culdesac, DArc, and Malefactor.

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What Makes John Carpenter's The Thing So Effing Scary? - tor.com

Revisit Day of the Dead for a Reminder That Sometimes Zombies Deserve to Win – Gizmodo Australia

Today marks the debut of Day of the Dead, a new Syfy TV series that takes inspiration from George A. Romeros 1985 zombie classic of the same name. At this years San Diego Comic-Con, the shows creators explained that the series set during the first 24 hours of a zombie apocalypse will pay homage to the film but will mostly strive to tell its own story. Those are agreeable enough terms because theres no such thing as too much horror on TV. But using the name Day of the Dead while not really resembling Day of the Dead in story or tone feels a bit duplicitous. On the other hand, Day of the Dead really needs no improvement or update.

Though its traditionally been the least-vaunted entry in Romeros trilogy that also includes Night of the Living Dead and Dawn of the Dead, Day of the Dead still holds up as an excellently tense, extremely gory (Tom Savinis genius strikes again, with an assist from Greg Nicotero among others) example of how nihilism and, in a weird way, hope can somehow coexist in a single story. Shifting from the Pittsburgh environs of Romeros first two zombie films, Day of the Dead takes place in Florida evidenced by the opening scenes helicopter fly-over of a beachy town populated by zombified tourists and at least one giant alligator. But there are no tropical dreams for protagonist Sarah (Lori Cardille), only persistent nightmares, since the horror of being alive during an undead takeover is only slightly greater than the circumstances of her survival. As part of a team of scientists trying to figure out how to cure or eradicate the zombie problem, Sarahs the sole woman living in an underground missile silo amid a few colleagues and a group of military men led by the macho Captain Rhodes (Joseph Pilato). The soldiers were originally tasked with protecting the researchers but have gotten more foul-mouthed, racist, controlling, leering, and trigger-happy as the weeks pass.

Even more than Romeros first two Dead films, Day of the Dead explores the existential dread that comes with wondering if you and the (mostly awful) people youre surrounded with are all that remains of your species. The initial panic of losing supremacy on the food chain has long since subsided; now, everyone just is teetering on the edge of exhaustion. Sarah is the most practical member of the group, insisting on rules and procedures the military guys dont bother to follow half the time which is worrisome, because many of them pertain to the zombies they keep corralled for use in experiments, as well as the wild mob of undead that hungrily paws at their perimeter fence.

Sarahs also the most level-headed among the science team, which is led by the increasingly unhinged Dr. Logan (Richard Liberty). Hes earned the nickname Frankenstein with good reason again, all praise to Savini and his creatively disgusting ways with dripping entrails, exposed brains, and severed heads but his quest to figure out why zombies become zombies gets sidetracked when he realises one of the undead in his care, dubbed Bub (Sherman Howard), is more self-aware than the rest. A scrap of civility and normalcy comes in the form of helicopter pilot John (Terry Alexander) and radio operator Bill (Jarlath Conroy), who mostly keep to themselves Johns point of view is that maybe humans arent supposed to understand whats happening, except that it might have to do with punishment from an angry god but become Sarahs allies when all-out chaos descends on their makeshift community.

As Day of the Dead progresses, it becomes clear that the clashing points of view (kill the zombies; study, cure, and/or train the zombies; flee to an island and escape the zombies) are whats going to tear the group apart at least, until the zombies themselves get a chance to handle that in a more literal sense. Sarah tries to reason with everybody Maybe if we tried working together we could ease some of the tensions! but the only creatures in Day of the Dead who are truly working together are the ones trying to devour human flesh. Its no new revelation that the movie is about humans losing their humanity as zombies discover theirs; civil behaviour is what distinguishes us from the lower forms is one of the last lucid things that Dr. Logan says.

Theres no doubt what Romeros meaning is and his movie remains potent not just because of the loving attention it gives to special effects involving throats being ripped out and heads being ripped off, but because of the question at its core: is humanity even worth saving? Should it step aside for these new apex predators, who are obviously thriving? Though Sarah, John, and Bill make it difficult to declare that total extinction is the right answer, the rest of the characters suggest that maybe the zombies are doing us a favour. It seems unlikely that the Day of the Dead TV show, which appears to be a bit lighter in tone (though its worth noting it doesnt look like it skimps on the gore), will follow that same path. But considering the state of the real world in 2021, maybe itll stay true to Day of the Deads not-so-subtle implication that humankind is getting precisely what it deserves.

Day of the Deadwill air on SBS in Australia.

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Revisit Day of the Dead for a Reminder That Sometimes Zombies Deserve to Win - Gizmodo Australia

‘I Know What You Did Last Summer’ Has Nudity and Drugs NowBut No Hook – The Daily Beast

Ill say this for Amazons soft reboot of I Know What You Did Last Summer: it wastes no time letting viewers know what kind of show theyre in for. Perched atop a cliff with a pensive but disaffected look on her face, lead actress Madison Iseman speaks in perfect, self-serious monotone: Im sure youre sitting there right now thinking you know who you are, who your friends are, she says. I thought I knew. I was wrong.

Screenwriter Kevin Williamson set the bar for a generation of meta-horror imitators to come with his Scream screenplay, but his nautical 1997 follow-up cast its net in a more conventional pond. A loose adaptation of Lois Duncans 1973 novel, the predictable teen slasher generally left critics cold, but it understood what its audience wanted and delivered without overthinking. With its creatively-staged kills and impeccable cast of young, tri-nonymous idolsSarah Michelle Gellar, Jennifer Love Hewitt, Freddie Prinze Jr.I Know What You Did Last Summer sank its hook deep into the 90s mall rat demographic.

This new teen drama, on the other hand, is committing the cardinal sin for young people in any era: Its trying way too hard.

The basic premise of this I Know What You Did Last Summer remains largely the same: A carful of rowdy teens, vehicular manslaughter, and a cover-up that backfires when the group begins receiving ominous messages from an unknown witness to their crime who begins killing them one by one. The killer could be their not-so-dead victim, a stranger, or perhaps evengasp!one of them.

In a twist on the original formula, however this series revolves around a pair of twin sistersAllison and Lennon. The two share a complicated relationship: Their mother died by suicide when they were young, and while Lennon moved on quickly (on the surface, at least), Allison remains depressed and misanthropic.

Isemanwho, coincidentally, might just be this generations closest Sarah Michelle Gellar doppelgngerplays her characters with impressive distinction. The actresss face almost seems to change shape from one character to the next, molded by expressions that belong either to one twin or the other. Unfortunately, her accomplishment is not enough to save this dour slog, which takes itself way too seriously.

Like the 1997 film, this I Know What You Did Last Summer is a loose adaptation of its source materialbut unlike the film, which at least grounded itself in the likability of its megawatt leads, the series gives us pretty much nothing to root for. There is no unassuming Jennifer Love Hewitt in stacked necklaces here, no spiky-haired Freddy Prinze Jr. fisherman with a heart of gold. In this version everyone is equally rotten and deluded, from the Insta-addicted Margot (Brianne Tju) to the mopey, moralistic fuckboy Dylan (Ezekiel Goodman).

As the series progresses, it diverges further and further from the 1997 films premise. The four episodes made available to critics for review, all of which debut on Friday, introduce a mystery that will likely dominate the shows plot for the remainder of the season. So far, however, this project feels like a shallow echo of things that have come before, conspicuously dropping slang like sus and merc to prove its Teen bona fides. Its Riverdale without the camp, bedazzled in Euphoria makeup.

In this version everyone is equally rotten and deluded, from the Insta-addicted Margot (Brianne Tju) to the mopey, moralistic fuckboy Dylan (Ezekiel Goodman).

Truthfully, Sam Levinsons drugged-out HBO show appears to have inspired more than just I Know What You Did Last Summers makeup. Drug use is equally central here, albeit Special K instead of heroin, and nudityboth male and femaleis equally pervasive, as is a certain nihilism were meant to believe is generational. Theres a sex scene with full-frontal nudity, and the shows premiere includes a penis in profile. All of these choices feel designed to capture both the viral success and the pearl-clutching controversy Euphoria has engendered.

As far as TV reboots of popular franchises go, I Know What You Did Last Summer is far from egregious. It wisely avoids merely rehashing its predecessor and includes some delightfully bizarre twistslike a certain parents relationship with a certain public servant, which I wont spoil hereand even manages a few creative kills, although none so far that feel as memorable as those in Williamsons film. Still it feels hollowits plot in search of purpose, its characters starved for even an ounce of depth. Maybe this really is what Teens These Days wantbut if theres one thing adolescents have always been pretty good at, its knowing when theyre being pandered to.

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'I Know What You Did Last Summer' Has Nudity and Drugs NowBut No Hook - The Daily Beast

Benefits of Genetic Engineering – Biology Wise

Genetic engineering process manipulates the DNA sequence to create a new one. The write-up focuses on the various benefits of genetic engineering.

The genes present in the body of all living organisms helps determine the organisms habits. Genetic engineering is defined as a set of technologies that are used to change the genetic makeup of cells and move the genes from one species to another to produce new organisms. The techniques used are highly sophisticated manipulations of genetic material and other biologically important chemicals.

What are the Benefits of Genetic Engineering Genetic engineering in its present form has been around for approximately 25 years. It has also been a very widely debated topic from its beginning in 1970s. There are many social consequences that are associated with genetic engineering, that makes the overall risk or benefit assessment very complicated. The benefits of genetic engineering in each field is mentioned below.

Human Cloning: Almost everyday, a scientist makes a new breakthrough in the field of human engineering. Mammals have been successfully cloned and the human genome project has been completed. This is pushing the scientists all over the world to research many different facets of human genetic engineering. These researches have allowed a better understanding of DNA and its role in medicine, pharmacology, reproductive technology and various other fields. The scientists at Roslin Institute in Scotland, cloned an exact copy of a sheep, named Dolly. Newly created animals by the process of genetic engineering are known as xenographs.

Medical Treatment: In humans, the most promising benefit of genetic engineering is gene therapy which is the medical treatment of a disease wherein the defective genes are repaired and replaced or therapeutic genes are introduced to fight the disease. Over the past decade, many autoimmune and heart diseases have been treated using gene therapy. Certain diseases like the Huntingtons disease, ALS and cystic fibrosis is caused by defective genes. There is hope that a cure for such diseases can be found by either inserting the corrected gene or modifying the defective gene. Eventually, the hope is to completely eliminate genetic diseases and also treat non-genetic diseases with appropriate gene therapy. The latest research in the field makes it possible to repair or grow new muscle cells when they are not working or are damaged.

Pharmaceuticals: Thanks to genetic engineering, the pharmaceutical products available today are far superior to their predecessors. These new products are created by cloning certain genes. Some of the prominent examples are the bio-engineered insulin which was earlier obtained from sheep or cows and the human growth hormone which was earlier obtained from cadavers. New medicines are being made by changing the genetic structure of the plant cell.

Pregnancy Cases: Genetic engineering is also a boon for pregnant women who can choose to have their fetuses screened for genetic defects. These screenings can help the parents and doctors prepare for the arrival of the child who may have special needs during or after the delivery. A possible future benefit of genetic engineering which is very eagerly awaited is that a fetus with a genetic defect could be treated with genetic therapy even before it is born. Research is going on for gene therapy for embryos before it is implanted into the mother via in-vitro fertilization. The latest term coined is Designer Babies wherein the couple can actually choose the features of the baby to be born!

Agriculture: The field of agriculture too greatly benefits from genetic engineering which has improved the genetic fitness of various plant species. The common benefits are increase in the efficiency of photosynthesis, increasing the resistance of the plant to salinity, drought and viruses and also reducing the plants need for a nitrogen fertilizer. The latest research at Cornell University is to map the Oat crop so that extra nutrients can be added to the sequence and the make the crop healthier. Similar research is done with the Soya crop as well.

Here is a list of some of the most upfront benefits of genetic engineering:

The pros of genetic engineering are far too many to list. But it is important to understand the boundaries to which the human race can push itself and stop before man starts playing the role of God.

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Benefits of Genetic Engineering - Biology Wise

Mars Facts | Temperature, Surface, Information, History …

Key Facts & Summary

Mars has been observed by many different cultures from around the world since hundreds of years. Because of this it is impossible to credit anyone with its discovery, Mars being easily visible with the naked eye.

Observations date back to ancient Egyptian astronomers in the 2nd millennium BCE while Chinese records about the motions of Mars appeared before the founding of the Zhou Dynasty in 1045 BCE.

Detailed observations were made even by the Babylonians who developed arithmetic techniques to predict the future position of the planet while the ancient Greeks developed a geocentric model to explain the planets motions.

To the ancient Romans, the planet Mars was symbolic of blood and war, the equivalent of the Greek god of war Aries. In the 16th century, Nicolaus Copernicus proposed a heliocentric model for the Solar System in which the planets follow circular orbits around the Sun.

Johannes Kepler revised this creation, yielding an elliptic orbit for Mars that more accurately fitted the observational data. In 1610, Galileo Galilei first observed Mars with a telescope and within a century, astronomers discovered several features of Mars and determined the planets rotational period and axial tilt.

The idea of life on Mars started a long time ago, and in a way this helped fuel the drive for searching it upon Mars. Since 1877 onward, it was mistakenly thought that water was found on Mars and later the idea of life became popularized among the public.

Percival Lowell believed he could see a network of canals on Mars but they were proved to be optical illusions. Since then, many more details about the planet were gathered both exciting and disappointing, and the presence of todays robots on the planet are a testament of the will of the people who wish to finally find a trace of life on Mars, even if it means finding evidence of past life.

It is hypothesized that the Solar System formed from a giant rotating ball of gas and dust known as the pre-solar nebula. Much of it formed the Sun while more of its dust went on and merged to create the first proto-planets. Mars was one of these planets and after the gravity pulled enough swirling gas and dust, it became the fourth planet from the Sun.

Mars is about 227.9 million km / 141.6 million mi or 1.5 AU away from the Sun. It takes sunlight about 13 minutes to reach Mars. The diameter of Mars is 6.779 km or 4.212 mi, slightly more than half the size of Earth.

In a way, its diameter is about the width of the continent of Africa. Marss mass is 6.42 x 1023kilograms, about 10 times less thanEarth and avolumeof 1.6318 x 10 km (163 billion cubic kilometers) which is the equivalent of 0.151 Earths. Its entire surface area is similar to that of all the Earths continents combined

One rotation/day on Mars is completed within 24.6 hours while a whole trip around the Sun or year, is completed within 669.6 days.

Mars has a relatively pronouncedorbital eccentricityof about 0.09. Of the seven other planets in the Solar System, onlyMercuryhas a larger orbital eccentricity. It is known that in the past, Mars had a much more circular orbit. At one point, 1.35million Earth years ago, Mars had an eccentricity of roughly 0.002, much less than that of Earth today.

It is believed that the closest distance between Earth and Mars will continue to mildly decrease for the next 25.000 years.

Marss axis of rotation is tilted 25.2 degrees similar to Earth which has an axial tilt of 23.4 degrees. It has seasons though they last longer than on Earth since Mars takes longer to orbit the Sun. The seasons vary in length due to Marss elliptical, egg-shaped orbit around the Sun.

It is estimated that Mars has a dense core with a radius between 930-1.300 miles / 1.500 2.100 kilometers. It is made up primarily of iron and nickel with about 16-17% sulfur. The iron sulfide core is thought to be twice as rich in lighter elements then Earths core.

The core is surrounded by a silicate mantle which formed many tectonic plates and volcanic features on the planet that now appear to be dormant.

Besides silicon and oxygen, the most abundant elements in Martian crust are iron, magnesium, aluminum, calcium and potassium, an average thickness of the planets crust has been estimated to be about 50 km / 31 mi, with a maximum thickness of 125 km / 78 mi. In comparison, Earths average crust is about 40 km / 25 mi.

It is estimated that Mars lost its magnetosphere around 4 billion years ago. A possible reason for this is because of numerous asteroid strikes and the solar wind interacting directly with the Martian ionosphere, lowering the atmospheric density by stripping away atoms from the outer layer.

The atmosphere of Mars consists of about 96% carbon dioxide, 1.93% argon and 1.89% nitrogen, along with traces of oxygen and water. It is quite dusty. Recently methane has also been detected in the atmosphere, values of which indicate an active source of gas that should be present be it biological or non-biological.

If Mars had an Earth-like orbit, its seasons would be similar to Earth's because itsaxial tiltis similar to Earth's. Spring in the northern hemisphere (autumn in the southern) is the longest season lasting 194 days. Autumn in the northern hemisphere (spring in the southern) is the shortest at 142 days. Northern winter (southern summer) lasts 154 days while northern summer (southern winter) lasts 178 days.

On average, thetemperatureonMarsis about -80 degrees Fahrenheit / -60 degrees Celsius. In winter, near the polestemperaturescan get down to -195 degrees F / -125 degrees C. Mars has the largestdust stormsin the Solar System, reaching speeds of over 160km/h (100mph). These can vary from a storm over a small area, to gigantic storms that cover the entire planet. They tend to occur when Mars is closest to the Sun, increasing global temperature.

Though it is often referred to as the Red Planet, Mars actually has many colors. At the surface colors such as brown, gold and tan are present. Its surface is the same size as Earths dry lands combined, even though it is two times smaller.

Mars has many evidences of a watery past, with ancient river valley networks, deltas and lakebeds, as well as rocks and minerals on the surface that could only have formed in liquid water. Some features suggest that Mars experienced huge floods about 3.5 billion years ago.

Though liquid water cannot exist on the surface of Mars due to low atmospheric pressure, which is less than 1% that of Earths, except for short periods, the volume of water ice caps appear to be made largely out of water with a volume of water ice enough to cover, if melted, the entire planetary surface to a depth of 11 meters or 36 ft.

There are landforms visible that strongly suggest that liquid water has existed on the planets surface like hematite concretions (image above), or the Maadim Vallis, a valley of about 700 km / 430 mi thought to have been carved by flowing water long ago.

Near the northern polar cap is the 81.4 km / 50.6 mi wide Korolev Crater, where it was found to be filled with about 2.200 cubic km / 530 mi of water ice.

There are two permanent polar ice caps on Mars. During winter, the poles lay in continuous darkness and causing depositions of 25-30% of the atmosphere into slabs of carbon dioxide dry ice.

When they are exposed again to sunlight the carbon dioxide sublimates and sometimes create water-ice clouds. Both polar caps consist primarily of water ice, about 70%.

The dichotomy of Martian topography is striking, northern plains flattened by lava flows contrast with the southern highlands, pitted and cratered by ancient impacts.

Mars is scarred by a number of impact craters: a total of 43,000 craters with a diameter of 5km (3.1mi) or greater have been found. The largest confirmed of these is theHellas impact basin, a lightalbedo featureclearly visible from Earth.

The volcano Olympus Mons, is an extinct volcano in the vast upland region Tharsis, which contains several other large volcanoes. Olympus Mons is however the greatest, in fact it is the largest volcanoe detected in the entire Solar System, it has about three times the height of Mount Everest.

The large canyon,Valles Marinerisalso known as Agathadaemon in the old canal maps, has a length of 4,000km (2,500mi) and a depth of up to 7km (4.3mi). The length of Valles Marineris is equivalent to the length of Europe and extends across one-fifth the circumference of Mars. By comparison, theGrand Canyon is only 446km (277mi) long and nearly 2km (1.2mi) deep. Valles Marineris was formed due to the swelling of theTharsisarea, which caused the crust in the area of Valles Marineris to collapse.

It is 10 times longer and 10 times wider than the Grand Canyon. Mars also has sand on its surface, made up from basaltic rock, thus having a grey color.

When the wind blows, dunes are created including series of parallel ridges in crater floors, also horseshoe-shaped dunes are created. Mars also has dust devils, towering vortices of wind similar to tornadoes. When the dust devils blow the red dust around on the greyish basaltic plains, they can leave behind complex and beautiful curlicues.

Mars actually has avalanches. Cliffs towering above the surface that hold different materials can be dislodged in the spring when carbon dioxide thaws, creating tremendous cascades of rock and dust.

Mars has only 2 known moons named Phobos and Deimos after the horses that pulled the chariot of the god of war Mars. They are very small though, Phobos has a diameter of about 25 km or 15.5 mi, while Deimos just 15 km or 9.3 mi. They look very much like asteroids and it is strongly believed that they have been captured by Mars gravity from the nearby asteroid belt.

Phobos orbits Mars only 6.000 km or 3.728 mi over the surface, moving so rapidly in its orbit that it orbits faster than Mars rotates. Tides from Mars are also altering its orbit, slowly lowering Phobos closer and closer to the surface. It is believed that in a few million years Phobos will drop low enough that it will actually enter the atmosphere and impact the surface.

On June 7, 2018, NASA announced that theCuriosityrover had discoveredorganic compoundsin sedimentary rocks dating to three billion years old, indicating that some of the building blocks for life were present.

In July 2018, scientists reported the discovery of a sub-glacial lake on Mars, the first known stable body of water on the planet. It sits 1.5km (0.9mi) below the surface at the base of thesouthern polar ice capand is about 20km (12mi) wide. Out of all the planets in the Solar System, Mars appears to have the highest change of having life forms but still the conditions are harsh enough that nothing should be able to survive there, perhaps only beneath the surface.

Still, regardless of its habitability now, Mars was definitely once a planet filled with oceans and the right conditions of life. Most people would be happy if we could only find evidence of life that may have existed on the Red Planet.

Future astrobiology missions are planned, including theMars 2020andRosalind Franklinrovers. They have the mission to take soil samples and return them to Earth for further analysis. If we look into Marss history, it is one of the most actively observed planets in the Solar System and chances are it will remain so for a long time.

There are many plans for Mars, including terraforming and sending people on it, but it remains to be seen, hopes are high and missions continue.

- Mars is the most intensely studied planet with observations dating back to 4.000 years ago.

- It is about 50% farther from the Sun than Earth.

- Perhaps second only to Venus when it comes to visits, Mars has been visited over 16 times over about 39 attempts with the first successful mission happening in 1965 with the Mariner 4 spacecraft flyby.

- If you weigh 100kg on Earth, on Mars your weight would be 38kg.

- Mars is the outermost terrestrial planet, outside Earths orbit.

- Theoretically, Mars is populated by robots since we sent so many there.

- Mars has captured our imagination so much, that it has spanned countless adaptations on TV, literature and it may as well be the most popular planet after Earth.

- On Mars the Sun appears about half the size as it does on Earth.

- Pieces of Mars have fallen to Earth. Scientists have found tiny traces of Martian atmosphere within meteorites violently ejected from Mars, then orbiting the solar system amongst galactic debris for millions of years, before crash landing on Earth.

- A year on Mars is almost twice as long as a year on Earth.

- It would take more than six Mars to fill the volume of Earth.

- Almost 7 million Mars can fit in the Sun.

- The Mars One project hopes to colonize the Red Planet, beginning in 2022.

[1.] Wikipedia

[2.] NASA

[1.] https://upload.wikimedia.org/wikipedia/commons/0/02/OSIRIS_Mars_true_color.jpg

[2.] https://en.wikipedia.org/wiki/Heliocentrism#/media/File:Heliocentric.jpg

[3.] https://en.wikipedia.org/wiki/File:Mars,_Earth_size_comparison.jpg

[4.] https://en.wikipedia.org/wiki/File:Marsorbitsolarsystem.gif

[5.] https://sites.google.com/site/missiontomarsatvssec/home/mission-background-briefing-students/earth-vs-mars/structure-of-the-earth

[6.] https://en.wikipedia.org/wiki/File:USGS-MarsMap-sim3292-20140714-crop.png

[7.] https://en.wikipedia.org/wiki/File:Spirit_Mars_Silica_April_20_2007.jpg

[8.] https://en.wikipedia.org/wiki/File:Nasa_mars_opportunity_rock_water_150_eng_02mar04.jpg

[9.] https://en.wikipedia.org/wiki/Ma%27adim_Vallis

[10.] https://en.wikipedia.org/wiki/File:Perspective_view_of_Korolev_crater.jpg

[11.] https://en.wikipedia.org/wiki/File:Martian_north_polar_cap.jpg

[12.] https://en.wikipedia.org/wiki/File:PIA23304-Mars-ImpactCrater-Sep2016-Feb2019.jpg

[13.] https://en.wikipedia.org/wiki/File:Olympus_Mons_alt.jpg

[14.] https://en.wikipedia.org/wiki/Valles_Marineris#/media/File:Mars_Valles_Marineris.jpeg

[15.] https://www.theatlantic.com/science/archive/2016/05/mars-ice-age/484541/

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Live this week: Watch the 2021 International Mars Society Convention online – Space.com

Update for Oct. 17: The video feed above has been updated for Day 4 of the 2021 International Mars Society Convention.

The 24th Annual International Mars Society Convention begins Thursday (Oct. 14), and you can watch the whole thing online for free.

The Mars Society, a space advocacy group supporting the human exploration of Mars, will have virtual panels online between Thursday (Oct. 14) and Sunday (Oct. 17). Register here for your ticket (including an optional donation) and check out the full schedule at this link.

"The four-day online forum will bring together leading scientists, government policymakers, commercial space executives, and space advocates to discuss the latest scientific and technological developments and challenges related to the human and robotic exploration of Mars and the eventual human settlement of the Red Planet," the Mars Society said in a statement.

Presentations will take place over Zoom, while attendees and presenters can network over platforms including mobile app event platform Attendify, chat and collaboration tool Slack, and virtual networking and social virtual reality platform AltspaceVR by Microsoft.

Related: Behold! The 1st panorama of Mars from the Perseverance rover

According to the Mars Society, here are some of the highlights attendees can look forward to:

Follow Elizabeth Howell on Twitter @howellspace. Follow uson Twitter @Spacedotcomand on Facebook.

Correction: The Mars Society sent updated information to its initial press release indicating that the organization is now using AltspaceVR. The article has been updated to reflect this information.

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Live this week: Watch the 2021 International Mars Society Convention online - Space.com

Inside the Experiment to Create Mars on Earth – Smithsonian

When Cassandra Klos wasgrowing up in rural New Hampshire, it was easy to see the stars. She traced the constellations with her finger and imagined how it would feel to travel among them. As a college art student, she launched a photo project about Betty and Barney Hill, a New Hampshire couple who claimed to have been abducted by aliens.

Then Klos went on her first mission to Mars.

To be clear, no earthling has actually set foot on the red planet. NASA is hoping to send a crew there in the 2030s, as is China, and the private company SpaceX is working to establish a permanent Martian presence with starships ferrying humans back and forth to Earth. We dont want to be one of those single-planet species, SpaceX founder Elon Musk said in April, outlining the companys ambitions. We want to be a multi-planet species.

First, though, theres some figuring out to do. Designing the right spacecraft and living spaces is part of the challenge. There are also prosaic, but important, questions. How will people shower with a limited supply of water? What will it take to grow fresh greens to supplement the steady diet of dehydrated food? And with civilians from different backgrounds living together in close quarters, will Martian habitats end up resembling the set of Jean-Paul Sartres play No Exit, where hell is other people?

The two-week mission Klos joined in 2015 was designed to explore those kinds of questions. It took place at the Mars Desert Research Station in Utah, four hours south of Salt Lake City, but everyone spoke and acted as though they were actually on Mars. A group of six people lived in a two-story cylindrical building. The commander, a former member of the Army National Guard, kept the participants on a strict schedule of fixing electrical systems, taking inventory, tidying up the facilities and sampling the soil. Everyone was assigned a special role: Klos was to prepare reports to share with the public. The health safety officer kept tabs on the crews well-being, and the engineer monitored levels of carbon dioxide and solar power.

Before stepping outside in a spacesuit, Klos and the others had to get permission from mission control back on Earth (actually a coordinator stationed in a nearby town). That person would send information about the winds and weather, and determine how long each person could stay outside the base. Sometimes dust storms rolled in, cutting off the solar power supply just as they would on Mars. Klos was allowed to bathe only once a week, using a couple of buckets of water. She was enchanted.

This is not performance art, says Klos. These are real scientific endeavors. Sometimes people make the critique that were role-playing too much. But the goal is to really live the way people are going to live on Mars so scientists can figure out how to make it work when we get there.

There are about a dozen such habitats around the globe, hosting simulations that run anywhere from two weeks to a full year. One of these is run by NASAs Human Research Program at the Johnson Space Center in Houston. But other facilities are funded by private organizations. The Mars Society, established by Brooklyn-born aerospace engineer Robert Zubrin, operates the habitat in Utah, where Klos returned for another mission in 2017, and another in the Canadian Arctic. Klos also took part in a mission at the Hawaii Space Exploration Analog and Simulation, or HI-SEAS. The facility is run by the International MoonBase Alliance, a group founded by the Dutch entrepreneur Henk Rogers.

HI-SEAS is located on Hawaiis big island at 8,200 feet above sea level, on top of the active volcano Mauna Loa. NASAs Goddard Space Flight Center is collaborating with the facility to gather information about volcanic caves and the microbes that live in those Mars-like conditions. HI-SEAS is also studying the limitations of doing that kind of work while wearing heavy spacesuits. Its hard enough for astronauts to hold a screwdriver in a gloved hand while repairing the International Space Station, but if people are going to be clambering on Martian rocks looking for microbes, theyll need the right gear.

The missions are open to people who have no background in science, engineering or astronaut training. After all, the goal is to send ordinary folks into space, so its worth finding out whether ordinary folks can coexist in Mars-like conditions here on Earth. Each two-story habitat at a simulation facility has usable floor space of only about 1,200 square feetthe size of two small apartments stacked on top of each otherwhich isnt much room for six people who cant just breeze out for a walk around the block.

To get a spot on a Mars or Moon simulation, you have to propose a project that the leaders believe is useful. One recent HI-SEAS participant focused on 3-D printing, looking at ways to create bricks out of volcanic rock. Another studied hydrogen fuel cells. Yet another tried out different methods for growing hydroponic lettuce. Many projects focus on psychological research, looking at how various foods, exercises and smells influence peoples moods while theyre crammed together in a pressurized capsule.

Preparations for Mars may prove to have benefits for life on Earth. Earlier research for space travel paved the way for medical advances such as magnetic resonance imaging (MRI). The data were gathering now about surviving on solar power, conserving water and growing plants in arid conditions could be useful here at home as our climate changes.

The director of HI-SEAS, the 32-year-old astrobiologist Michaela Musilova, says she makes an effort to assemble diverse crews, using the internet to recruit teachers, journalists and artists like Klos. On a mission Musilova led in the fall of 2020, she ended up with crew members who supported opposing candidates in the November presidential election. That made for very interesting dynamics, she says. But Musilova says her teams are most innovative when their members come from different backgrounds. The range of perspectives is great for problem-solving, and the variety of personal stories can help combat boredom. And people who are eager to spend time on Mars, simulated or otherwise, tend to have certain things in common, including a willingness to live with strangers in close quarters and an enthusiasm for future space explorations.

We all have our quirks, Musilova says. Were all going to make mistakes and annoy other people. But when someone is having a bad day, we go out of our way to cheer them up. When someone is being a pain in the ass, were able to have some empathy. If living together on Mars can make us into better versions of ourselves, that might be the greatest breakthrough of all.

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Inside the Experiment to Create Mars on Earth - Smithsonian

Mars opposition 2020: How to see the red planet shine …

Mars will bright and beautiful in the October 2020 night sky.

October 2020 is all about the glory of Mars as the glimmering red planet puts on a show in the night sky. We passed Mars' close approach to Earth on Oct. 6 and now we can look forward to Mars being in opposition Tuesday night.

Mars has a reputation as the "red" planet, but its color in the night sky is a little more on the Halloween side of the spectrum. It appears as a bright orange-red dot to the naked eye, like a little spot of glittering rust.

From the lab to your inbox. Get the latest science stories from CNET every week.

Mars' distinctive color is one clue you've found it in the dark. Look to the eastern sky to catch it rising at night. This is a great time for viewing the planet, partly because spotting it is so simple. It should be visible for most of the night.As NASA says, "Simply go outside and look up and, depending on your local weather and lighting conditions, you should be able to see Mars."

Check out our list of stargazing apps if you want some extra help with locating the planet.

When Mars and the sun line up with Earth in the middle, the red planet is said to be in opposition. This is a perfect time to track Mars' movement across the sky. It will rise in the east as the sun goes down, move across the sky and then set in the west as the sun comes up.

NASA describes opposition as"effectively a 'full' Mars." Tuesday, Oct. 13 is the time to enjoy opposition. You'll have to wait over two years for it to happen again.

The Virtual Telescope Project, which brings us live feeds of celestial events, will stream a Mars opposition viewing starting at 1 p.m. PT. on Oct. 13. It's a perfect way to enjoy the action without weather worries. For people in the US, it will give you a preview of what to look for after sundown.

The project expects this to be "the best observing conditions since July 2018."

"The racetrack model of planetary orbits explains why. Earth and Mars are like runners on a track. Earth is on the inside, Mars is on the outside,"NASA said in its What's Up blog for October. "Every 26 months, speedy Earth catches up to slower Mars and laps it. Opposition occurs just as Earth takes the lead."

Mars isn't the only show-off in the sky for October. You can alsolook forward to a rare Halloween blue moonwhen our lunar neighbor is full on Oct. 31. It's not spooky; it's boo-tiful.

Tuesday, Oct. 6 marked the close approach of Mars to Earth, but this entire month is still a good time to grab a telescope and get a little better look. Give a wave to NASA's Perseverance rover while you're at it. The vehicle is on track to reach the planet in February 2021.

NASA shared an artist's view of the Tuesday, Oct. 6 close approach compared with the last time it snuggled up in July 2018. The apparent sizes look very similar. This year, Mars had a minimum distance of 38.6 million miles (62 million kilometers), which is about 3 million miles farther away than in 2018.

This artist's view shows the apparent sizes of Mars during close approaches in 2018 and 2020.

Close approach may be over, but the planet is still plenty bright in the night, so get out and take a gander, or tune into the Virtual Telescope Project's live feed from the comfort of your computer.

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Mars opposition 2020: How to see the red planet shine ...

Sols 3272-3273: Emerging From the Shadows… NASA’s Mars Exploration Program – NASA Mars Exploration

The triangular shaped rock in the immediate foreground contains the crushed nodule targets Helmsdale Boulder Beds and the Crovie bedrock target. In the background, the slope is covered with grey float blocks similar to those being imaged by Mastcam. The pediment-capping rock is at the top of the image, just right of centre. This image was taken by Front Hazard Avoidance Camera (Front Hazcam) onboard NASA's Mars rover Curiosity on Sol 3270. Credits: NASA/JPL-Caltech. Download image

Curiosity went into hibernation for a few weeks, executing only routine environmental and radiation monitoring activities, while the Sun was positioned between us and Mars (conjunction). Today is our first day planning since Mars has emerged from behind the sun. Curiosity is healthy after her rest, and we wasted no time planning a multitude of science activities.

Prior to conjunction, Curiosity drove away from the Maria Gordon drill site to an area nearby that contained large (~6-7 cm across) resistant nodules (Helmsdale Boulder Beds). We deliberately drove over the nodules to crush them and expose their fresh interiors for examination by a number of the science instruments. The team is interested in determining the chemistry of the nodules relative to the flat bedrock. Why are they resistant? How does their composition compare to other nodules previously encountered, and what might this tell us about fluids that were present in these rocks? The workspace imaging that came down confirmed that we had successfully broken some of the nodules, such that we were able to make several observations just before conjunction. But we were not able to use the arm mounted APXS and MAHLI instruments; we did not want the arm left out over conjunction.

Today, we took advantage of pre-planning prior to conjunction to acquire APXS chemistry and MAHLI images on the crushed Helmsdale Boulder Beds. MAHLI will also image another fresh-looking nodule, Goose Stone. These observations will be complemented with ChemCam LIBS measurements and Mastcam images on the same crushed Helmsdale Boulder Beds target and the Crovie bedrock target. Looking further afield, Curiosity will image resistant, pediment-capping rock in the distance with ChemCam RMI and Mastcam. The pediment is a gently sloping surface that appears to cut across the underlying rocks that we are currently driving over. Mastcam will also image some grey float rocks that may be derived from those pediment-capping rocks.

We will also uplink several environmental observations including Mastcam images to detect changes in the unconsolidated sediment and wind activity while Curiosity has been parked in the same location for the last few weeks. Atmospheric observations are also planned to look for dust devils and to measure the opacity of the atmosphere.

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Sols 3272-3273: Emerging From the Shadows... NASA's Mars Exploration Program - NASA Mars Exploration

Mars transit in Libra 2021: Need to restore balance in relationships – Hindustan Times

In Vedic astrology, the transit of Mars is considered to be a significant phenomenon. Mars is the Chief Executing Officer (CEO) of the zodiac. Its power lies not so much in thinking, but executing things at breakneck speed. It is the catalyst that connects the static with the dynamic. In whichever zodiac sign it moves into, it brings about a strong sense of action and non-nonsense attitude relating to the aspects of life indicated by the particular zodiac sign as well as the signs that the planet influences.

On October 22, Mars will be moving from Virgo to Libra sign and will stay there till early hours of December 5. In Virgo, Mars was in the sign of its enemy, Mercury, while Libra is ruled by Venus, which shares a neutral relationship with the red planet. Libra is zodiacs natural sign of love, relationship and marriage. It is the sign of pleasure, balance, harmony and shows our desire to be appreciated and loved by others. Being a fiery planet, Mars presence in this sign will ignite our deep-seated emotions relating to love and affection, which, if not met, can become a bone of contention with those whom we love dearly. Whether we like it or not, we will be forced to exercise our decision-making skills to achieve what we desire.

The coming together of the two strong and enthusiastic elements indicates the perfect time to bring about balance in relationships and bring a much-needed spark to get things back on track when it comes to personal life.

Impact on zodiac signs

The transit is particularly favourable for Aries, Gemini, Cancer, Leo, Libra and Sagittarius signs. Here, Mars constructive energy will be at display which will lead to all-round prosperity. Relations with spouse and romantic partner will improve and bosses will be happy at workplace.

Three zodiac signs that need to be watchful in relationships are Taurus, Scorpio and Pisces. Mars transit in Libra activates the destructive energy of Mars for these signs which can lead to friction and disengagement.

Virgos need to be watchful about their words and choose them carefully else they can land in trouble. Capricornians will find it easy to execute pending work and will experience a new-found momentum in their life. Aquarians can plan to travel and look at restoring and improving their relationship with their siblings.

Neeraj Dhankher

(Corporate Astrologer, Founder - Astro Zindagi)

Email:info@astrozindagi.in, neeraj@astrozindagi.in

Url:www.astrozindagi.in

Contact: Noida: +919910094779

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Mars transit in Libra 2021: Need to restore balance in relationships - Hindustan Times

Thousands of tiny ice needles may explain mysterious stone patterns on Earth and Mars – Livescience.com

Some of the most breathtaking zen garden patterns on the planet owe their existence to an unlikely artist: thousands of tiny "ice needles." From swirls to circles to orderly rows, each delicate design is created when similarly-sized stones clump together across a landscape.

New research published Oct. 5 in the Proceedings of the National Academy of Sciences documents, for the first time, how ice needles create intricate patterns of stone in various landscapes. As ice needles freeze, they nudge small rocks to one side or another. Over time, the rocks become concentrated in one area, forming a design. The work confirms more than a century's worth of scientific speculation about the relationship between ice needles and stone patterns, said study coauthor Bernard Hallet, a geologist at the University of Washington. And it might shed light on the origins of an even more mysterious set of patterns ones found on Mars.

Related: Snowflake gallery: no two alike, of course

Ice needles form when there is an imbalance between the temperature of moist soil and the temperature of the air. At night, certain types of dirt "exhale", contracting with the drop in temperature. Simultaneously, water in the soil is drawn upward by capillary action, the molecules of water sticking to the sides of very narrow pores in the ground. But as this water rises and hits the frosty air, it turns to ice, freezing into a crystalline needle-like shape.

"Sometimes they are very striking," Hallet told Live Science. "And theyre quite common." If youve ever walked over "crunchy" ground early in the morning, youve probably crushed some ice needles without realizing it.

For a long time, scientists associated these tiny ice sculptures with the intricate patterns of lines and swirls that sometimes appear on pebbly ground, like the striped landscapes around Hawaii's volcanoes.

What they didnt know was exactly how ice was able to trace these designs without any intervention from living things. So they started investigating.

The researchers covered a flat 1 by 1 foot (.4 meter) square of soil with uniformly small, regularly spaced stones. Then they ran the patch through 30 freeze-thaw cycles, allowing ice needles to form and melt away. Slowly, almost imperceptibly, the rising and falling needles pushed the pebbles to one side, driven by tiny environmental imbalances, such as the landscape's slope. Because a pile of stones is heavier than a single pebble, ice needles aren't able to push the stones once they reach a high enough concentration. By the end of their experiments, the team noticed zen garden-like patterns beginning to form: stones on one side, and bare ground on the other.

"So this tendency for stones to move toward stony domains is a very, very strong one," said Hallet. Stones on flat ground tended to form loops and swirls, while stones on a gentle slope tended to organize into rows.

Not all soil is porous enough to form ice needles; generally, soils high in silt or organic matter work best, according to research published in the journal Arctic and Alpine Research. Similarly, not all climates will produce needle ice. It will only form in areas where the ground is moist and the air cools down rapidly.

Experts believe that a subtler version of this cycle may be behind the patterns on Mars examined by NASAs Curiosity rover. While the Martian atmosphere is very low in water, the Red Planets soil does show some evidence of tiny ice crystals, according to NASAs Kennedy Space Center. As this dirt heats up, it expands slightly, only to shrink again as it cools.

Though this process is much less dramatic than ice needles pushing aside stones, it can still cause tiny pebbles and dust to shift over time. On Earth, Hallet said, the fine patterns from such minute soil expansions and contractions might go unnoticed. But on Mars, "because theres so little going on except for the wind, we see these features."

Sadly though, science is yet to discover any Martian ice needles.

Originally published on Live Science.

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Thousands of tiny ice needles may explain mysterious stone patterns on Earth and Mars - Livescience.com

University of Regina team hoping to help send humans to Mars with new airlock prototype – CTV News

REGINA -

A team from the University of Regina, known as Celestial Labs, has created a national award-winning airlock prototype that they hope will allow humans to visit Mars in the future.

An airlock is a bridge between two environments that need to stay separate, Anwit Adhikari, the division head for structure and design at Celestial Labs, said. An airlock is essentially a small room that is attached outside the spacecraft so if youre trying to exit into the void of space or Mars, youd first enter [the airlock] and the doors would close, then youd open the other door an go outside, therefore keeping the atmosphere isolated.

The team had to consider a number of factors when building a structure for Mars. Those include, but are not limited to, a structure immune to radiation, wind loads, gravity, temperature and pressure.

This will be one of the first operational Martian airlock [prototypes] in Canadas history if we do it right, Adhikari said. I never thought we would get this far.

They also had to ensure the airlock would be safe for use on Mars.

Previous airlocks would just be inflatables because there was no gravity. Astronauts could essentially float outside, he said. Because Mars has a non negligible gravity, and astronauts will be walking in there, it needs to have a structure that can hold the shape of the airlock.

He said this airlock also has an electronic system that is as simple as possible because of radiation levels.

Finally, the fabric used for the airlock has to stand up to the environment. Mylar and aerogel are used for insulation purposes. The polymer being used to give the airlock structure inside is still private information to the team.

Celestial Labs first started working on the prototype in 2018, when the University of British Columbia announced a national competition to see which school could design and build the best airlock for Mars.

This was taken in light of the consideration the Elon Musk is planning to do a man mission to Mars in the next few years, Adhikari said.

The competition had two phases. The first was held in 2019 and was focused on design. In 2021, phase two focused on a built prototype. Celestial Labs from the University of Regina won both.

Im just really proud that a small group from an underdog university can beat all the big shots of the University of Waterloo and the University of Toronto, Samuel Reddekop, the chief of electronics design with Celestial Labs, said.

The team originally set out just to win the competition, but because of their years of work and success, their sights are now set even higher.

Because we designed the airlock with real constraints in mind, somewhere along the line we thought maybe this is a technology that the industry could appreciate or find use for, Adhikari said.

Within the next few months, the team will complete the prototype. They then plan to present it to industry professionals.

We dont expect that the whole airlock will be used by the industry, but we are hopeful that certain subsystems that we worked on for three years now will be applicable to certain aspects, he said. The most optimistic target would be that it would actually be used in Mars. We will work as hard as we can to get there, but in the event that that doesnt happen, we are hoping it will find some use in earth-like terrestrial applications.

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University of Regina team hoping to help send humans to Mars with new airlock prototype - CTV News

U of R team hoping to help bring humans to Mars with new airlock prototype – CTV News

REGINA -

A team from the University of Regina, known as Celestial Labs, has created a national award-winning airlock prototype that they hope will allow humans to visit Mars in the future.

An airlock is a bridge between two environments that need to stay separate, Anwit Adhikari, the division head for structure and design at Celestial Labs, said. An airlock is essentially a small room that is attached outside the spacecraft so if youre trying to exit into the void of space or Mars, youd first enter [the airlock] and the doors would close, then youd open the other door an go outside, therefore keeping the atmosphere isolated.

The team had to consider a number of factors when building a structure for Mars. Those include, but are not limited to, a structure immune to radiation, wind loads, gravity, temperature and pressure.

This will be one of the first operational Martian airlock [prototypes] in Canadas history if we do it right, Adhikari said. I never thought we would get this far.

They also had to ensure the airlock would be safe for use on Mars.

Previous airlocks would just be inflatables because there was no gravity. Astronauts could essentially float outside, he said. Because Mars has a non negligible gravity, and astronauts will be walking in there, it needs to have a structure that can hold the shape of the airlock.

He said this airlock also has an electronic system that is as simple as possible because of radiation levels.

Finally, the fabric used for the airlock has to stand up to the environment. Mylar and aerogel are used for insulation purposes. The polymer being used to give the airlock structure inside is still private information to the team.

Celestial Labs first started working on the prototype in 2018, when the University of British Columbia announced a national competition to see which school could design and build the best airlock for Mars.

This was taken in light of the consideration the Elon Musk is planning to do a man mission to Mars in the next few years, Adhikari said.

The competition had two phases. The first was held in 2019 and was focused on design. In 2021, phase two focused on a built prototype. Celestial Labs from the University of Regina won both.

Im just really proud that a small group from an underdog university can beat all the big shots of the University of Waterloo and the University of Toronto, Samuel Reddekop, the chief of electronics design with Celestial Labs, said.

The team originally set out just to win the competition, but because of their years of work and success, their sights are now set even higher.

Because we designed the airlock with real constraints in mind, somewhere along the line we thought maybe this is a technology that the industry could appreciate or find use for, Adhikari said.

Within the next few months, the team will complete the prototype. They then plan to present it to industry professionals.

We dont expect that the whole airlock will be used by the industry, but we are hopeful that certain subsystems that we worked on for three years now will be applicable to certain aspects, he said. The most optimistic target would be that it would actually be used in Mars. We will work as hard as we can to get there, but in the event that that doesnt happen, we are hoping it will find some use in earth-like terrestrial applications.

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Smokey Robinson and Kenny "Babyface" Edmonds Honored with Appearances from Bruno Mars, Demi Lovato, Boyz II Men, Charlie Wilson and More at…

LAS VEGAS, Oct. 18, 2021 /PRNewswire/ -- Keep Memory Alive's 25th annual Power of Love gala at Resorts World Las Vegas on Oct. 16 brought top talent Anthony Anderson, Tori Kelly, Kenny Loggins, Demi Lovato, Bruno Mars, Marilyn McCoo and Billy Davis, Jr., AJ McLean, Wanya Morris and Shawn Stockman from Boyz II Men, Jordin Sparks and Charlie Wilson together to honor legendary musicians Smokey Robinson and Kenny "Babyface" Edmonds and raise crucial funds and awareness for Cleveland Clinic Lou Ruvo Center for Brain Health.

Kenny "Babyface" Edmonds and Demi Lovato at Keep Memory Alive's 25th annual Power of Love gala. Credit Denise Truscello, Contributor, Getty Images for Keep Memory Alive

Also in attendance were "Bar Rescue" star Jon Taffer, jeweler Steven Lagos, Las Vegas Raiders owner Mark Davis and Patrn Spirits Co. Founder John Paul DeJoria.

Paying tribute to Edmonds' massive library of penned songs, Boyz II Men opened the show with a medley of "Water Runs Dry," "I'll Make Love to You" and "End of the Road," before Mars presented the award to Edmonds, calling him his mentor and hero. He shared advice Edmonds had given him for any time he's recording in the studio, to "make sure there's love in it." Keep Memory Alive Founder and Chairman Larry Ruvo thanked Edmonds for his dedicated support of Keep Memory Alive throughout the years.

Edmonds shared his personal tie to Keep Memory Alive, saying, "My mother was losing her memory in her last years and there's nothing more painful than to watch someone you love not remember you." He thanked Cleveland Clinic Lou Ruvo Center for Brain Health for the support and counsel and for "not just working to keep her memory alive, but to keep all of our memories alive." Boyz II Men returned to the stage with Lovato and McLean to perform a spectacular rendition of "Change the World."

After the lively performances, Anderson took the stage to present Robinson with his award. Dressed in a maroon floral print suit jacket, Robinson thanked guests and the performers, saying, "It's an incredible feeling to be up here tonight with my really good friends, most of whom I haven't seen in a long time." He shared his personal experience of dementia, remembering Bobby Rogers of The Miracles, "We were born on the same day in the same hospital and sang together for 12 years. Every year on our birthday, we would call each other. He passed away several years ago, and I called him the year he passed, and he had no idea who I was. It's a horrible disease." He expressed his appreciation for Keep Memory Alive, ending with a shout out to Babyface, saying "I am flattered and honored you are my brother."

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His tribute included performances of his many hits including "Who's Loving You" by Kelly, "Shop Around" by Loggins, "My Guy" by Sparks and "Cruisin'" by McCoo & Davis, Jr. to the delight of the audience. Wilson and Robinson duetted "All My Love," while fans cheered "Uncle Charlie." Robinson continued solo with "Being With You" and "Tracks of My Tears" before the entire cast rejoined him for "Get Ready" to close out the show.

Earlier in the evening, CEO & Chairman of Genting Berhad and developer of Resorts World K.T. Lim received a standing ovation when receiving the Keep Memory Alive Community Leadership award from Ruvo and Keep Memory Alive Vice Chairwoman and Co-Founder Camille Ruvo, who said, "Your avalanche of support from the beginning is because of the care you have given to us, and has allowed us to provide much needed resources for the caregivers who take care of the patients 24/7."

Chefs Wolfgang Puck and Bobby Flay prepared exquisite cuisine paired with wines from Southern Glazer's Wine and Spirits, followed by a showstopping dessert display from the Resorts World Las Vegas pastry team that featured a pineapple lychee bonbon, ube waffle basket and more. Flay posted to his Instagram that he was honored to be a part of the event and cook alongside his culinary idol, Puck.

Guests bid on exceptional experiences and items during the silent and live auctions including a private dinner with Jon Bon Jovi in East Hampton, an opportunity to announce the Las Vegas Raiders live draft pick alongside Mark Davis at the 2022 NFL Draft and a day of playing chess with Andrea Bocelli followed by attending one of his concerts.

The evening generated the majority of annual revenue for Cleveland Clinic Lou Ruvo Center for Brain Health to provide service, care and resources for patients and their caregivers in the fight against neurodegenerative disorders including Parkinson's, Alzheimer's and Huntington's diseases; multiple system atrophy; frontotemporal dementia and related disorders; multiple sclerosis and more.

For additional information visit keepmemoryalive.org. Follow Keep Memory Alive on Instagram @ccnevadakma, Twitter @ccnevadakma and facebook.com/ccnevadakma.

About Keep Memory Alive:Keep Memory Alive, whose mission is to provide enhanced treatment and ultimately cures for patients and their families suffering from neurocognitive disorders, raises awareness and funds in support of Cleveland Clinic Lou Ruvo Center for Brain Health. By supporting Keep Memory Alive and its fight against neurodegenerative diseases such as Alzheimer's, Huntington's, Parkinson's, ALS and memory disorders of all kinds, we can ensure progress towards better treatments and ultimately cures will occur in Las Vegas. For additional information, call (702) 263-9797 or visit keepmemoryalive.org.

About the Lou Ruvo Center for Brain Health:Cleveland Clinic Lou Ruvo Center for Brain Health, which opened in 2009, provides expert diagnosis and treatment for individuals and families living with Alzheimer's disease, Lewy body, frontotemporal and other dementias; Parkinson's and Huntington's disease, multiple system atrophy and other movement disorders; and multiple sclerosis. With locations in Cleveland, OH; Weston, Florida and headquarters in Las Vegas, Nevada, the center offers a continuum of care with no-cost opportunities for the community to participate in education and research, including disease prevention studies and clinical trials of promising new medications. An integrated entity, Keep Memory Alive, raises funds exclusively in support of the Nevada location. clevelandclinic.org/Nevada.

For photos and b-roll, please CLICK HEREMedia ContactsCarrie Giverson | Dawn Britt321563@email4pr.com 702.472.7692

AJ McLean, Smokey Robinson, Kenny "Babyface" Edmonds, Charlie Wilson, Kenny Loggins at Keep Memory Alive's 25th annual Power of Love gala.Photo credit Denise Truscello, Contributor, Getty Images for Keep Memory Alive

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Smokey Robinson and Kenny "Babyface" Edmonds Honored with Appearances from Bruno Mars, Demi Lovato, Boyz II Men, Charlie Wilson and More at...

This Atomic Clock Will Transform Deep Space Exploration – WIRED

James Camparo of the Aerospace Corporation thinks the drift of their clock is exceptionally low. These on-orbit frequency stability results are very encouraging for the technology, even though the clock did not operate in its optimal settings while in space, says Camparo, who holds a doctorate in chemical physics and was not involved in the study. He anticipates that during the next phase of the mission, the JPL team will achieve even lower frequency variations, further improving the clocks performance.

This kind of precision timing will be needed for future deep space missions. Currently, navigation in space actually requires all of the decisions to be made on Earth. Ground navigators bounce radio signals to a spacecraft and back, and ultraprecise clocks can time how long the round trip takes. This measurement is used to calculate information about position, speed, and direction, and a final signal is sent back to the space vessel with commands on how to adjust course.

But the time it takes to send messages back and forth is a real limitation. For objects near the moon, the two-way trip only takes a couple of seconds, Ely says. But as you travel further out, the time required quickly becomes inefficient: near Mars, the round trip time is about 40 minutes, and near Jupiter, this increases to about an hour and a half. By the time you travel all the way out to the current location of the Voyager, a satellite exploring interstellar space, he says, it can take days. Far out into the cosmos, it would be impractical and unsafe to rely on this method, especially if the craft was carrying people. (Currently, uncrewed missions, like the Perseverance rovers landing on Mars, rely on automated systems for navigation decisions that have to be made on short timescales.)

The solution, the JPL team says, is to equip the spacecraft with its own atomic clock and eliminate the need for ground-based calculations. The craft will always need to receive an initial signal from Earth, in order to measure its position and direction from a constant point of reference. But there would be no need to bounce a signal back, because the subsequent navigation calculations could be done in real time onboard.

Until now, this was impossible. Atomic clocks used to navigate from the ground are too bigthe size of refrigeratorsand current space clocks arent accurate enough to rely on. The JPL teams version is the first one thats both small enough to fit on a spacecraft and stable enough for one-way navigation to become a reality.

It may prove useful for ground travel too. On Earth, we use GPS, a network of satellites carrying atomic clocks that help us navigate on the surface. But according to Ely, these clocks arent nearly as stabletheir drift needs to be corrected at least twice a day to ensure a constant stream of accurate information for everyone on Earth. If you had a more stable clock that had less drift, you could decrease that kind of overhead, says Ely. In the future, he also imagines that a large population of humans or robots on the moon or Mars will need to have their own tracking infrastructure; a GPS-like constellation of satellites, equipped with tiny atomic clocks, could accomplish this.

Camparo agrees, and says the device could even be configured to use on ground stations on Mars or the moon. Its worth noting that when we consider space-system timekeeping, we often focus on the atomic clocks carried by the spacecraft, he says. However, for any constellation of satellites, there has to be a better clock at the satellite systems ground station, since this is how scientists monitor the accuracy of clocks in space.

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This Atomic Clock Will Transform Deep Space Exploration - WIRED

Mars families at odds over plans to build gas station near high school, middle school – WPXI Pittsburgh

MARS, Pa. Plans for a gas station to be built next to the Mars senior high school and middle school have parents aggravated.

Leaders are considering building either a GetGo or a Sheetz. The Sheetz could be built on one side of Route 228, but some parents told Channel 11 theyre worried about beer being sold so close to a school.

As for the GetGo, it could be built across the street where there are currently soccer fields.

The president of the Mars Area Soccer Club, Aaron Wollerton, said his group cant afford to lose those fields.

This season, the Mars Area Soccer Club has the largest enrollment we ever had in our 35 year history which is tremendous. But theres already a need for additional athletic facilities in our community and all of our youth sports leagues are already cramped. Things are in the works but property around here is expensive and it takes years to develop a playable field, Wollerton said.

Adams Township Manager Gary Peaco said the Board of Supervisors denied the GetGo late last month, but the company could appeal the decision. As for the Sheetz, the board is expected to make a decision on those plans later this month.

Other parents said theyre concerned about a gas station causing traffic issues on Route 228, especially in the morning and afternoon during arrival and dismissal.

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Mars families at odds over plans to build gas station near high school, middle school - WPXI Pittsburgh

Why Jacinda Arderns clumsy leadership response to Delta could still be the right approach – The Conversation AU

Leading people through the pandemic is clearly no easy task. But does the criticism currently directed at New Zealand Prime Minister Jacinda Ardern reveal a major misstep on her part, or something deeper about the nature of leadership itself?

Ardern has previously won widespread praise for her COVID-19 response and crisis communication, topping Fortune magazines worlds greatest leaders list in 2021.

Focused on minimising harm to both lives and livelihoods, her pandemic leadership has comprised three main strands: reliance on expert advice, mobilising collective effort and cushioning the pandemics disruptive effects.

These built the trust needed to secure high levels of voluntary compliance for measures designed to limit the spread of the virus.

Then came the Delta outbreak in mid-August, which sees Auckland still under lockdown measures nearly eight weeks later. Despite the efforts of many, elimination proved elusive a daunting reality that Ardern and her cabinet colleagues appear to have accepted.

This shift by Ardern, who engages deeply with the scientific evidence, has confused and angered many, even those who normally support her.

With vaccination rates climbing, in early October, Ardern announced the beginning of a gradual transition away from the established zero COVID strategy in favour of suppression of inevitable outbreaks.

Read more: Three reasons why Jacinda Ardern's coronavirus response has been a masterclass in crisis leadership

This included a three-step roadmap to guide Auckland carefully towards reduced restrictions. What criteria will be used to trigger movement through those steps, however, have not been specified.

Both the strategic shift and the roadmaps ambiguity have become the source of heated debate. But beyond merely choosing sides, how can we make sense of Arderns leadership at this point?

The pandemic presents a particular type of problem for political leaders, described as wicked or adaptive by leadership experts Keith Grint and Ronald Heifetz, respectively.

Basically, wicked or adaptive problems have complex and contentious causes, generating equally complex and contentious responses.

Their wickedness isnt fundamentally a question of morality, although they do typically entail making values-based choices. Rather, it refers to how difficult they are to contend with. Poverty, the housing crisis and climate change are other good examples of these kinds of problems.

Wicked/adaptive problems dont have clear boundaries, nor are they static. They have multiple dynamic dimensions. Their effects typically spill out into many parts of our lives and organisations, creating confusion, harmful consequences and disruption to established routines.

To make matters worse, there simply arent tried and trusted solutions that can resolve or dissolve such problems. Instead, they require leaders to accustom people to uncomfortable and disruptive changes to established ways of thinking and acting.

Unsurprisingly, many leaders avoid facing up to such difficulties, requiring as it does the cobbling together of a range of imperfect responses to ever-changing circumstances. It requires constant engagement, mobilising people to help craft a way forward.

Read more: Anniversary of a landslide: new research reveals what really swung New Zealand's 2020 'COVID election'

Leaders cant and dont have all the answers to such problems. Whatever answers they do have likely need to keep changing as things unfold. The best possible scenario is what Grint calls a clumsy solution a patchwork of adaptive initiatives that blunt the problems worst effects.

Only genuinely transformative change can truly overcome these wicked or adaptive problems in the long run.

In the meantime, clumsy leadership will typically trigger conflict between leaders and citizens (or employees in a work setting), and among those people too. There will be blame, recrimination, avoidance, denial, grief, what ifs and if onlys, as people struggle to deal with the changes needed.

Indeed, all these very normal responses have characterised much of the commentary about the Ardern governments decision to change tack.

That criticism, however, doesnt mean she has failed in her leadership responsibilities. Instead, she has required the population to face up to an adaptive challenge. Its unavoidably contentious and painful.

Read more: Phased border reopening, faster vaccination, be ready for Delta: Jacinda Ardern lays out NZ's COVID roadmap

For all that we can debate whether different decisions could or should have been made, the difficulties involved in facing the new reality are unavoidable.

To help people navigate this, Ardern is seeking to regulate distress, as Heifetz recommends. She has repeatedly assured people a cautious approach remains in place and has appeared not to have been distracted by the criticism.

Instead, she has stayed focused on mobilising the individual and collective effort to follow the rules and get vaccinated.

Read more: The COVID-zero strategy may be past its use-by date, but New Zealand still has a vaccination advantage

Wicked/adaptive problems are not amenable to resolution by way of quick, easy or elegant answers. They arent fixed by recourse to command and control, although some top-down decisions are needed.

They entail ambiguity and uncertainty, a constant piecing together of efforts to outflank, mitigate or adapt, giving rise to inevitably imperfect or clumsy solutions.

Asking people to adjust to efforts to achieve the least-worst outcome possible from a range of unpalatable options may not be the easiest path to political popularity. But it is arguably what responsible leaders do.

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Why Jacinda Arderns clumsy leadership response to Delta could still be the right approach - The Conversation AU

When will Aucklanders turn on Jacinda Ardern? – MacroBusiness

Like Australia, New Zealands COVID vaccination efforts have been spectacular.

As shown in the table below, 85% of the eligible (16+) population has received at least one vaccine dose, with 66% full vaccinated:

This has moved New Zealand from global vaccination laggard towards leader:

Auckland New Zealands largest city of 1.7 million people has been in lockdown for 63 days despite having only 1,736 community cases and Auckland being more highly vaccinated than New Zealand as a whole. 89% of the Greater Aucklands eligible population has received one vaccine dose and 70% are fully vaccinated.

Yet, despite the low active case numbers and Aucklands high vaccination rate, Prime Minister Jacinda Ardern yesterday announced that Auckland would remain in lockdown for another two weeks:

Ardern has not yet announced a specific point in vaccination levels where restrictions will be loosened, but has previously ruled out dropping public health measures before the country reaches 90%. She said on Monday afternoon that restrictions would be needed for a while longer to avoid a spike in cases

If we get this right, if we keep case numbers low while we vaccinate people then it makes it easier for us to keep control of Covid, while we ease restrictions in the future, and that is everyones goal, she said. The question for cabinet today has been how do we avoid a spike in case numbers, and hospitalisations, and protect vulnerable communities as much as possible in the coming weeks, while we keep lifting vaccination numbers.

There has only been two deaths in this outbreak out of more than 1700 cases. At what point will Aucklanders say enough is, enough and revolt against Jacinda Arderns draconian lockdown?

Residents of Auckland must be looking across the pond at Sydney and Melbourne and wondering what the hell is going on?

Leith van Onselen is Chief Economist at the MB Fund and MB Super. He is also a co-founder of MacroBusiness. Leith has previously worked at the Australian Treasury, Victorian Treasury and Goldman Sachs.

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When will Aucklanders turn on Jacinda Ardern? - MacroBusiness

Everyday activities won’t be available to the unvaccinated – Jacinda Ardern – RNZ

If you are not vaccinated, there will be everyday things you will miss out on, the prime minister says.

Prime Minister Jacinda Ardern says the framework will provide people with greater clarity moving forward. Photo: RNZ / Samuel Rillstone

A new Covid-19 response framework is being finalised and will be released on Friday, providing people with greater clarity, Jacinda Ardern said.

"It will become very clear to people that if you are not vaccinated there will be things that you miss out on, everyday things that you will miss out on," Ardern told Morning Report.

"It's about both rewarding people who have gone out and done the right thing but also keeping away people who are less safe."

She said by the time the framework is ready to move to, the government is confident vaccine certificates will be ready.

It's like an alert level system, she said.

"We've always said once we're vaccinated it will be different, so we need to therefore design what that looks like."

Ardern said the government is drawing some distinctions though, they don't want an environment where people can't access necessary goods and services to maintain their lives.

"We can't say someone can't get health services, medical needs, pharmacies, food."

The government is supporting providers who are providing incentives for people to get vaccinated, she said.

"Anything that they identify will work for their community has our backing."

Ardern said domestic travel is being looked at separately from the framework to be announced Friday, and work is being down to see if there is a way to safely allow movement.

"But that would have a number of checks around it - is there a way that we can use vaccine certificates but also acknowledge that even if you're vaccinated it is still possible for you to have asymptotic Covid."

The border is putting a lot of strain on Auckland the more time is it needed, she said.

"At the same time, the rest of New Zealand wants to remain... Covid free or be in the position to extinguish Covid cases as they arrive. So we've got to balance those two needs."

Epidemiologist Rod Jackson told Morning Report the government needs to go hard on those who just haven't yet got around to getting a vaccine - "With no jab, no job, no fun".

The second group of people who aren't vaccinated however, don't trust the system, he said.

"And for those we have to find the people that they trust.

"The only game in town is to buy time until we get everyone vaccinated."

The government has signalled a vaccination target will be part of the soon to be announced framework.

Jackson says if 95 percent of the population is vaccinated, there will be death, disease and hospitalisations for the last five percent.

"Those were the 5 percent who were the first to get Covid in Europe last year, those are where most of the deaths are, those are where most of the hospitalisations are...For the rest of us, we're all going to get Covid again.

He said people don't realise that.

"There's two ways to get vaccinated. You either get vaccinated by the virus, and that's brutal, one in 10 hospitalisations in this latest outbreak. If you get Covid after you've been vaccinated it will happen slowly because the vaccine is fantastic for dealing with severe disease but it only slows down infection."

Slowing down infection is the key problem a vaccinated population faces, he said.

"Because Covid spreads so rapidly, even if the vaccine has reduced your risk of going to hospital from one in 10 to one in 100. That is still one in 100 of a lot of people if Covid is spreading rapidly."

A flexible approach is needed, he said.

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Everyday activities won't be available to the unvaccinated - Jacinda Ardern - RNZ

Covid 19 Delta outbreak: Scathing feedback from experts on Jacinda Ardern’s traffic light system to replace alert levels – New Zealand Herald

Politics

15 Oct, 2021 04:00 PM4 minutes to read

Watch: Kiwis have smashed the government's 'Super Saturday' goal of 100,000 vaccine doses today - and Auckland should hit the 90 per cent first-dose target in the next five days.

Prime Minister Jacinda Ardern's office has been sent some heavily critical feedback on the Government's draft traffic light system, which is meant to replace alert levels when the population is highly vaccinated.

"Not fit for purpose" and "no consultation" were strong sentiments among the expert feedback for a new system that Ardern will reveal next week.

During a visit to Taranaki yesterday, she said the new system was about incorporating vaccination certificates into a framework of restrictions based on risk.

"How can we use vaccination as a way to give greater access to some of the things that have been high risk in the past?

"There has been consultation on it over the last couple of weeks."

That included a Zoom meeting on Thursday co-chaired by Professor Dame Juliet Gerrard, chief science adviser to the Prime Minister, and Professor Ian Town, chief science adviser at the Ministry of Health.

It included dozens of health experts including microbiologist Dr Siouxsie Wiles, developmental paediatrician Dr Jin Russell, GP Rawiri Jansen, Auckland University Associate Professor Collin Tukuitonga, Covid-19 modeller Professor Shaun Hendy, and epidemiologists Sir David Skegg, Professor Michael Baker, and Dr Rod Jackson.

The traffic light system aligns the level of risk to red, amber and green.

In the draft proposal, green is similar to level 1 settings but with mandatory vaccination requirements for large events - which Ardern has already said will be needed for summer festivals.

Amber is similar to level 2, where the virus is increasing in circulation and restrictions such as mandatory mask-wearing would be used. There would also potentially be a requirement for vaccinations at retail and hospitality businesses.

15 Oct, 2021 12:07 AMQuick Read

15 Oct, 2021 04:32 AMQuick Read

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Ardern has said the Government is yet to decide on whether to make vaccinations mandatory for the hospitality sector.

Red is similar to level 2.5, with some limits on gatherings and possibly further vaccination requirements for businesses.

Several people familiar with the Zoom call told the Weekend Herald that the general feedback was that the new system wasn't fit for purpose, and its usefulness was for a time when enough of the population was fully vaccinated - which could be months away.

That is considered to be the only scenario when lockdown restrictions, which were notably absent in the red settings, would no longer be needed.

It would then be premature to reveal it to the public if it wasn't going to be implemented for some time, the Weekend Herald was told, and if it was going to come into force sooner, then that would be risky.

Concerns were also raised around how flexible the system would be, and why it would be better to move to a system than was less nuanced that the current one, and which was also already well understood.

There were also questions around who had developed it.

Level 3 and 4 settings were mooted as still being a necessary part of the toolbox, given the possibility that a new variant might emerge that was resistant to vaccines.

The latest data shows 83 per cent of the eligible population across the country with a single dose, and 62 per cent fully vaccinated (and for Mori, 41 per cent) - well below what those figures need to be to safely jettison lockdown restrictions.

Ardern has previously talked about the ability to avoid level 3 restrictions if 90-plus per cent of the population were fully vaccinated.

The Government is understood to have sought independent expert advice on the public health strategies that should be pursued for a highly vaccinated population.

Cabinet will discuss the traffic light system on Monday, including when the right time would be to transition to the new system, and what the triggers would be to move between the different settings.

The new threshold for lockdown-type restrictions will also be discussed, given the increasingly vaccinated population.

Gerrard, who posted a photo of the Zoom meeting on Twitter, said that minutes for the meeting would be publicly available within a month.

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Covid 19 Delta outbreak: Scathing feedback from experts on Jacinda Ardern's traffic light system to replace alert levels - New Zealand Herald