Tuesday, October 16, 2018

Caitlin Johnstone is F'g brilliant

Lisa and the stranger. Oct. 16, 2018.


“That’s probably bad for the environment,” said a deep voice Lisa didn’t recognize.
She had just thrown a crumpled up piece of paper into the river, as she had countless times before. 
Environment’s fucked anyway,” said Lisa, turning her attention back to her writing pad without looking up. “If it makes you feel better though, they’re biodegradable papers containing sodium carboxyl methyl cellulose. They’re environmentally safe and dissolve almost instantly in cold water. I order ’em special.” 
She leaned back against her backpack and resumed writing. She remained acutely aware that the stranger hadn’t moved since speaking, but did her best to tune it out. It was broad daylight and there was a busy shopping center within earshot on the other side of the trees behind her; if this guy was a rapist or a serial killer then he probably wasn’t good at picking his moments. 
Still though, people usually left her alone when she was writing. There was absolutely nothing about her that said “Open for conversation, please engage freely” when she was immersed in the energy of a poem. The fact that he wasn’t moving on was becoming increasingly unnerving. 
“Yeah,” said the stranger softly. “Your environment is pretty fucked.” 
“What do you mean ‘my’ environment?” Lisa spat back tersely, finally throwing down her notepad and raising her head to face the intruder. 
The pen fell from her fingers. 
“Oh,” she said after a pause. 
She was not looking at a human face. Its eyes were massive, with no whites, and its head was shaped like an upside-down teardrop. It was wearing a baseball cap with the brim pulled low, and a black hoodie pulled tight enough to partially obscure its face. Two enormous, pale sets of eyelids blinked in silence as she stared in astonishment. 
“You’re not from around here,” she said. 
The stranger shook its head. 
“Can we talk?” it asked. 
“Uhh… sure,” she replied, and gestured to the grass beside her. The stranger took a seat and stared at the water. 
“Were you expecting me to freak out?” she asked.
“No. I have a feel for people.” 
“You can read minds?” 
“Not without a lot of technology I wasn’t able to bring with me on this trip. Reading human minds is generally pretty uncomfortable anyway. I just kinda get a feel for everyone’s personal essence.” 
“What’s mine like?” 
“Open. Open and clean.” 
“Oh. So like, are you going to ask me to take you to my leader or something?” 
“Who? Trump? What the fuck could I learn from that dipshit?” 
“Ha! Good point I guess. So you’re here to learn? You guys are watching us and researching us and stuff?” 
“Nah, not us guys. My people don’t care about Earth much. Life here isn’t expected to last much longer, so it’s generally seen as a waste of time. I’m here sightseeing on my lonesome.” 
“Shit,” Lisa said, her eyes downcast. “So we don’t make it after all.” 
“Well, hey, we don’t know. We can’t time travel or predict the future with any degree of certainty or anything. It’s just that once life evolves to a certain point of complexity it tends to wipe itself out, and you guys are at about the point in development where that tends to happen. If you make it through to the other side of the challenges you’re facing you’ll eventually attract the interest of the others, but if we spent all our time buzzing around the universe talking to every organism that evolves the capacity for abstract thought we’d just waste a lot of time and experience a lot of heartache when they kill themselves off. It’s not easy getting to know a whole world and then watching it die, you know? We’re a very emotionally advanced species, and watching an entire planet obliterate itself after you’ve become emotionally invested in it is just devastating.” 
“Well why can’t you help us??” Lisa retorted after listening to the stranger’s words in steadily growing outrage. “You know what we need! Clean energy! Sustainable living technology! Hell, anything that lets us live without having to strip the earth bare to survive! Why don’t you pricks just give it to us??” 
“Look, first of all I’m not in charge, okay? I’m just one dude and I can’t just go around doing whatever I want. We have laws, we respect sovereignty. Secondly, think about what you’re saying. You’re obviously someone who understands humans fairly well; what do you think happens if we hand over our tech to you right now while you’re all running around exploiting and killing each other all the time?” 
Lisa opened her mouth to respond, then closed it. She drew her knees up to her chest and sat hugging her legs. 
“We’d just use it to kill ourselves faster,” she replied after a long pause. 
“It’s not like we haven’t tried,” responded the stranger. “The last civilization we gave it to wiped out its entire star system. Everything gone in a giant blue flash, poof! Because they almost immediately figured out how to turn it into a weapon. If they don’t turn it into a weapon then one of them figures out how to control all the tech for themselves and enslaves the entire planet until they all become a bunch of mindless drones and stop developing, which is even shittier to watch. Until a species has matured psychologically and emotionally to the point where it’s not murdering and exploiting everything all the time, giving it advanced technology is like handing the detonator of a nuclear bomb to a toddler.” 
“Well, like, what the hell man? Why the fuck are you even here then? Is this how you get your little Martian jollies, cruising around to inferior civilizations and gloating about how we’re all gonna die? 
“No.” 
“I get it, okay! Ha ha, we’re stupid monkeys and you have giant brains, ha ha ha! As your chosen ambassador to our species, I thank you for smugly monologuing at me about how un-evolved and stupid we all are and invite you to smugly float on back to your other lightbulb-headed friends and high-five each other about how awesome you are. High-four, sorry.” 
“That’s not what this is. I’m really sorry for upsetting you. I didn’t come here to monologue at you, I’m only telling you stuff because you’re asking me questions and I don’t want to be rude. I approached you to ask you questions.” 
“Oh,” said Lisa, her irritation subsiding. “Okay. What questions?” 
“I want to know what it’s like. For you, personally. What’s it like living on this planet? What’s it like being born and growing up here? What’s it like walking around on this dirt day after day and interacting with all the people and plants and animals here? What’s it like being human, and living among humans your whole life?” 
“Those… aren’t very scientific questions,” said Lisa. 
“I’m not a scientist,” said the stranger. 
“Oh. Sorry. For assuming.” 
“It’s okay.” 
“Right. Well, hmm. Let me think.” 
The stranger leaned in intently. She realized that its enormous eyes, which she’s initially taken for black, were actually a very deep, dark purple beneath a transparent outer lens. 
“Umm… well… I guess I don’t know any different so it’s hard to say…” 
“Try. Just let the words come together. You can’t get it wrong.” 
“Well I guess you’ll never know if I don’t get it right, will you?” Lisa murmured thoughtfully, and then burst out laughing. 
“What?” The stranger seemed taken aback by the sound. 
“Ha well, I was just trying to think about how to describe here and getting all worried about getting it wrong, and then it struck me that that’s probably the most human experience of all.” 
“Getting it wrong?” 
“Umm, no, more like being worried about getting it wrong. I live my whole life trying not to get it wrong, worrying if I got it wrong in the past, hoping I won’t get it wrong in the future. It’s a very human thing to do. It’s like our favorite hobby, even though we all hate it.” 
“You worry that you got it wrong in the past? Weird.” 
“Huh?” said Lisa sobering up a little. 
“Well you obviously didn’t get it wrong in the past, cuz you’re still here. So you can’t have gotten it that wrong.” 
“Yeah, I guess so. Well, anyway, it doesn’t seem to matter, we all know it’s stupid but we do it anyway. We worry about getting it wrong. I’d feel scared not to!” 
“Because why?” 
“Because what if something went wrong!?” 
“So it’s like… like a superstition practice? Like something you do in your mind to ward off bad luck?” 
Lisa was about to protest but the words wouldn’t come. She gaped for a moment before breaking into a giggle. 
“You’re cute. That’s cute. That’s cute and probably true!” she said. The stranger did a little bow. She laughed again. 
“What else? What’s your favorite thing about living on earth?” it said, leaning in so close that Lisa could see herself reflected in its eyes. 
“Well, uhhh, gosh. So much stuff. Like the animals are really cool!” 
“You guys have such a weird relationship with animals. The house pet thing is a trip.” 
“The house pet thing?” 
“Like, you have them. I don’t generally see that in other civilizations. You build these anti-nature fortresses called houses to keep the animals out, and then you go Uh-oh, there aren’t any animals in here! And you bring some in to live with you.” 
“Ha! Yeah, we do that with plants too.” 
“So you like the animals here? Which are your favorite?” 
“Humans.” She said with feeling after a pause. 
“Humans. Really. Tell me more about that.” 
“Well…” she looked sideways to the sky. 
“They’re, I mean, we’re really fragile. Anyone could crunch down on my finger easier than a carrot at any moment. But for some reason they don’t, for some reason we’re all super tender with each other’s fragile bits whether they’re body parts or mind parts. We carry each other’s wounds. Well, for the most part anyway. We try not to hurt them because we know what it is to hurt and we don’t want to do that to someone else. That’s really beautiful, don’t you think?” 
The stranger nodded in agreement. 
“And when we’re young, we really should still be in the womb. Like we haven’t developed like other animals have at birth, so we’re basically fetuses in baby blankets and everyone tiptoes around us and carries us real careful because our little skulls are still soft and you can see our hearts beating through our fontanelles. And at the end of our lives too, we can lose everything, even our personalities, and our loved ones will still wheel us around and be careful with our soft bits and even when our minds are gone and our body is just a home where we used to live, they are careful with us because this body is where someone they love dearly once resided. I mean, really, we’re so fucking sweet. 
“We hug when we’re happy, we hug when we’re sad, and we jump up and down and shake our asses when music plays. I mean, we make music. How cool is that? We played around with wood and strings and bone and rock until we made contraptions that made buzzes that sounded good in our earflaps. We play all the time! We love to play with all sorts of things. We make toys that sound good and look good and feel good and make us fly through the air for hours at a time. No other animal does shit like that. 
“We’re really fun. We find smells we like and make them into oils that we put on our bodies so we smell like a piece of candy. We put paint on our faces and flowers in our hair to go and stand in a field and listen to humans play with the contraptions that make pleasant buzzes in our earflaps. Sometimes the noises remind us of when someone hurt our tender bits, and we hold hands with the person next to us and let water fall out of our eyeballs until the hurt goes away again. I mean, if you saw an animal in the wild like that, you would think it was the cutest fucking thing ever.” 
“And we love helping. Sometimes late at night when I can’t sleep I watch videos of accidents or disasters just to watch people spring into action. Sometimes the nicest thing you can do for someone is let them help you. People really love to be useful. It’s nourishing in a way that I can’t really put words to. It’s just nice to be needed, you know? And you know what, sometimes I wonder… ” Lisa stopped for a second and looked at the stranger. 
“Go on..?” it said. 
“Well I just wonder sometimes if… well if… if the challenges… if what you say is coming is coming… ” 
“Yes?” The stranger prompted. 
Well I wonder if it would be the best thing to have it all turn to shit,” she tumbled out nervously, biting her lip. 
“Like, not kill us, but have all the systems collapse. Doomsday. Armageddon. End of days shit, you know what I mean?” 
“How do you think that would go down?” it asked. 
“Well, like… I don’t buy all the dystopia stories that we read and watch. I just don’t buy it. If there was a massive catastrophe today and everyone had to live by their wits, we wouldn’t dissolve into a Mad Max hellscape where it was every man for himself. That just wouldn’t happen. In an emergency situation, people aren’t like that. Emergencies bring out the best in people. They help each other as much as they can. They can’t do enough to help. I’ve seen it over and over. After a tsunami or a hurricane or whatever, people won’t sleep until they know everyone is safe and accounted for. They will travel miles to help someone. And I think we all know that deep inside us. I think maybe that’s why… ” 
She paused and sent a blank piece of paper drifting into the river current. 
“That’s why what?” 
“Well sometimes I wonder if we’re trying to force it. Everyone’s sick of the money game, it’s made us crazy and turned everything bad, and maybe subconsciously we want to get back to a time where plain old goodwill is the currency again. Like, a time when you share whatever you have and be grateful for whatever comes your way and enjoy building a new world together. A reset.” 
She looked over to the stranger and smiled sadly. “Sometimes I wonder if deep down, that’s all we really want.” 
“That’s… very beautiful,” said the stranger. “So hey, look at that. Maybe humanity makes it through after all. Maybe your species is one of the rare exceptions.” 
The alien face and its mannerisms were unknown to her, but Lisa had noticed a distinct shift in demeanor as she’d been speaking. 
“My turn to ask a question,” she declared. 
“I don’t have a lot of time.” 
“Oh come on, you can’t just visit a girl from the other side of the galaxy and tell her she can’t ask questions! I’m the one who’ll have to live the rest of her life knowing she met an actual, literal space alien and never asked him stuff. What do you have to do that’s so important? Gotta go ghetto rig a ‘phone home’ machine with a Speak & Spell?” 
“I don’t even know what that is. Look, fine, ask your question.” 
“What’s your actual deal, anyway? Nothing you’ve said about what you’re doing here makes any sense. You’re really curious about humans and you ask a bunch of questions about us, but you said you’re not here for scientific research. You also said your kind doesn’t like interacting with civilizations at our stage of development because it’s too painful watching them self-destruct after you get to know them, but, I mean, here you are. You are here, getting to know us. Why?” 
“Well, it’s… it’s kind of my thing,” the stranger replied. “A very long time ago I noticed that there are all these worlds and civilizations blossoming and extinguishing themselves all across the universe, and nobody really cares. A populated planet that wipes itself out is of no use to science, and because they destroy themselves before they can mature it’s not like they make for particularly stimulating conversation-” 
“Gee thanks,” interrupted Lisa. 
“Present company excluded of course. But it’s generally kind of like what hanging out with a house pet would be like for you. It’s not worth the hassle of traveling across the galaxy far removed from where all the cool stuff is happening just to go hang out with a hamster, especially if you know the hamster’s probably just gonna commit harakiri any minute now.” 
“I mean, it’s like that for them,” the stranger hastened to add as Lisa’s expression grew increasingly appalled. 
“Not for me. Never has been. What I’m trying to say is, I’ve never been able to ignore the beauty of civilizations at this point in development. They crackle with a white hot spiritual energy that’s unlike anything else you’ll ever encounter anywhere. The exuberance of exploding technological and cultural innovation coupled with the steadily growing realization that it’s completely unsustainable to continue living as they’ve been living, the thrill of a completely unprecedented world paired with the white-knuckled terror of seeing it gasping its last breaths, the last-minute shift in collective consciousness as the advanced species makes one last Hail Mary pass at rescuing itself, the regret, the goodbyes, the last flickers of the last life forms as the final curtain is drawn on that world forever. 
“There’s just absolutely nothing like a world when it’s facing the great test. There’s always chaos, there’s usually violence, but there’s also something that kicks in when it dawns on a species that it’s signed its own death warrant by destroying its ecosystem or inventing doomsday weapons. A sudden pivot toward humility as they realize that they’d always had the freedom to pass the great test if they’d just done things a bit differently, starting a bit sooner. It almost always happens like that, and yes, it’s the most painful, heartbreaking thing you can possibly experience if you make yourself a part of it. But it’s also the most beautiful thing in the universe. 
“So I do make myself a part of it. I move around, speaking to the organisms who will speak with me, asking them questions and learning what their time here has been like, familiarizing myself with each world’s unique little facets. And, when it all starts falling apart, I stay. I stay fully present for all of it. I don’t hold back any part of myself, any part of my guts. I feel it all. I watch the final thrust toward survival, I listen to the screams, I feel every little bit of the anguish of a dying world, and I wave goodbye forever. But it didn’t die alone. It didn’t die unwitnessed. It didn’t die unmet. I met it. I experienced its beauty. And then I try my best -I always fail but I try my very, very best- to convey that beauty to the others.” 
“Artist,” said Lisa, suddenly aware that tears were streaming down her face. 
“You’re an artist.” 
The stranger nodded. 
“Like me,” she said. 
“Like you,” said the stranger. 
They stared at each other for a moment. 
“It’s my turn to ask a question,” the stranger said softly. 
“Okay,” Lisa sniffled. 
“Why do you sit here day after day writing poems and throwing them into the water?” 
“I guess… maybe kinda for the same reason you zip around having love affairs with dying worlds?” 
“Say more?” 
“I just, well, at a certain point I realized that most of the beauty happening in this world is coming and going almost completely unwitnessed and unappreciated, and it doesn’t even bother anybody. The silly things a crow does to amuse itself when all its food-finding is done. The way the sun bounces off the pieces of a broken beer bottle. Or like, our dreams. Have you ever watched humans trying to tell each other about their dreams? The way the other person reacts most of the time you’d think they were trying to stick needles in their face. Nobody wants to hear about anyone else’s dreams, but every night there are seven billion of us cranking out these weird, wonderful tapestries that only we ever get to see. Seven billion movie theaters playing a different movie every single night, and nobody will even let you tell them a bit about one of them. 
“I’ve always loved poetry, and I used to try to write things that other people could appreciate, so that we could share that one flash of a perspective together in that moment. But at some point I realized that I was excluding almost the entire world of beauty just to focus on that little tiny slice that people appreciate and relate to enough for one of my poems to dance around between their ears in an enjoyable way. It has to have some kind of egoic relevance to them or it might as well be nothing, and most of life doesn’t care about anyone’s ego. Trying to share art that people don’t relate to is like trying to tell someone your dream; almost all the beauty happening in our world is beauty that people don’t care about. To let all these unwitnessed, unappreciated aspects of life slip by uncelebrated and un-honored feels… I dunno, sacrilegious I guess. But I also don’t want to fill up my apartment with thousands of poems nobody will ever care about and have some well-meaning relative print up a bunch of worthless vanity publisher books with my name on them after I die which everyone will feel guilty about not reading. 
“So whenever I get time I come here and I scribble something about whatever’s majesty is jumping out at me, and then I send it off to disappear into the water. That way I don’t wind up with a bunch of worthless papers cluttering up my life, and there’s one less part of this nonstop explosion of miracles that I have to let slip by uncelebrated.” 
So very much slips by,” said the stranger. 
“Right? I mean, look at you. Today I met a space alien. Nobody will ever believe me if I tell them about it, so I won’t, and I’m sure you knew that, which is why you felt comfortable coming up and telling me the secrets of the universe and stuff. You’re just like one of my poems; you come in, you express something weird and wonderful, then you’re gone forever. Except instead of dissolving in the water you’re going to buzz off in a flying saucer or some shit.” 
“Portal.” 
“Portal, excuse the hell outta me. The miracles rush in, we honor them as best we can, and they rush right on out. That’s my point.” 
“Can I try?” asked the stranger, pointing to her pen and writing pad. 
“Be my guest man, least I can do after you had the decency not to anally probe me.” 
“Gross,” said the stranger, and started writing. Lisa watched in silence as it scratched away at the paper for a few minutes, then tore it off the pad and began crumpling it up. 
“Wait!” said Lisa. “You don’t wanna share?” 
“I… okay,” said the stranger, handing her the paper. “But please understand this is not anywhere remotely close to my first language.” 
“Shush. Lemme read.” 
Some humans throw pennies into the water
because they have wished for miracles.
She throws poems into the water
because the miracles dance between her ears.
And now the river is full of pennies and poems,
and we are all getting older,
and the shadows are getting long.
The stars swirl in clusters
like the eddies on the water,
and I am swirling with them
wherever the current goes.
Maybe they will get their miracle.
Maybe the miracles dance only between her ears.
But her soft brown eyes will live in me
until the river carries us all
to wherever it is going,
and the pennies and poems twirl
with the galaxies.
 
“I love it. I really, really love it. Thank you.” 
“Can I throw it in now?” 
“Yeah. You can throw it in.” 
“I have to go now.” 
“I know. You’ve got a lot of mellow humans to sneak up on and chat with before we all nuke ourselves.” 
“Thank you for talking to me.” 
“Oh, hey, you me too. Thank you for this.” 
The stranger placed both hands on its chest, and she did the same. She watched it turn and walk away, disappearing into the grove of trees. She picked up her pen. 
A man from another world visited me today,
and then he was gone.
And hell, fuck me,
I just realized
I never even asked him his name.
Damn.
And there you go, Lisa,
worrying you’ve somehow gotten it wrong
in a world on the brink of armageddon.


Ha! 
She set the paper down flat in the water and watched it disintegrate as it flowed away.


The Screens. Oct. 22, 2018.


We are surrounded by screens full of voices that are always lying to us, and experts wonder why we’re so crazy and miserable all the time. 
The screens tell us, “This is a perfectly normal and sane way of doing things. It is perfectly normal and sane to strip the earth bare and poison the air and the water in an economic system which requires infinite growth on a finite planet. People who say otherwise are raving lunatics!” And the social engineers wonder why there’s increasing disaffection and alienation among the populace. 
The screens tell us, “Just spend your time in this world turning the gears of the machine and you will be happy. The machine is your friend. The machine takes care of you. Work hard pulling its levers and greasing its cogs until you are old and you will gain satisfaction,” and then they wonder why we’re all gobbling up antidepressants like candy. 
The screens tell us, “We need to drop explosives on Nation X because they need Freedom and Democracy™. We know we said that about Nation Y and Nation Z and that went terribly wrong, but that’s because it wasn’t managed properly. Trust that it is good and proper for the citizens of Nation X to be killed with bombs and bullets,” and then they wonder why people keep snapping and committing mass shootings. 
The screens tell us, “You are crazy and stupid if you want a functioning healthcare system. Are you trying to put our billionaires and military out of business?” and then they wonder why people are becoming paranoid and angry. 
The screens tell us, “Look at that gibbering maniac trying to get a third party up and running in the most powerful nation in the world! Only someone who is deeply awful and defective would believe that the two party system isn’t serving us,” and they wonder why everyone feels disempowered and unheard. 
The screens tell us, “Of course this is the way things are; it’s the only way things could ever be. Anyone who would try to change any part of this is either mentally ill or a Russian propagandist,” and they wonder why people shut down and numb themselves with opiates. 
The screens tell us, “Everything is great. Everyone is doing fine. Everyone is happy. Look how happy everyone is on this sitcom. If you aren’t happy like that, it’s not because of the machine, it’s because of you. People need to be protected from your insanity. You mustn’t be allowed on any screens. You need to be silenced on social media. Trust us. Don’t trust yourself. Don’t trust that growing, gnawing sense that everything is fake and everything you’ve been taught is a lie. We have never lied to you. We have never been caught red-handed deceiving you and then acted like nothing happened. We have never gaslit you. You are misremembering things because you are confused. Shut up. You are dangerous. Shut up. You are foolish. Shut up. You are insane. The machine is sanity. The machine is freedom. Everyone is equal here. Everyone matters. Everyone gets a voice. Except you.” And the social engineers wonder why people are trusting them less and less. 
The screens tell us, “War is normal. Poverty is normal. Mass surveillance is normal. Censorship of dissenting ideas is normal. Mass media propaganda is normal. Escalating wealth and income inequality is normal. Escalating police militarization is normal. Escalating tensions between nuclear superpowers is normal. Looming ecological disaster is normal.” And people wonder why everything feels like a bubble balancing on a house of cards that was built on top of a ticking time bomb. 
The screens tell us, “Insane things are sane. Sane things are insane. Up is down. Black is white. War is peace. Freedom is slavery. Ignorance is strength. If you disagree, you are crazy. If you disagree, you are poison. Shut up. You will contaminate the herd. Shut up. You are garbage. Shut up. You are a disease. Shut up. Shut up. Shut up.” 
And the experts wonder why the old tricks are finding less and less psychological purchase. And we wonder why it is beginning to feel as though we are being startled out of a very long and horrible nightmare. And our rulers wonder, in their very few still and sincere moments, if it was wise to build their empire upon a sleeping giant.


On Biology, Brains and Human Suffering. Oct. 11, 2018.

Once upon a time, the first microorganisms appeared in our planet’s water, and then eventually got around to evolving into complex life forms. Those life forms ate each other and had sex with each other in a frenzied orgy of chaos, eventually schlepping their way out of the ocean and onto land so they could eat each other and have sex with each other on dry dirt. 
The organisms became more and more complex as they figured out better and better ways to eat each other and have sex with each other in the frenzied cacophony. Some of them said “screw this” and schlepped their way back into the ocean, and they got really big and evolved blowholes on the tops of their heads. Others evolved opposable thumbs for climbing up trees and, eventually, brains so large that they needed to be born while still completely helpless due to the massive size of their heads. Those brains are the most complex objects in the known universe to this day. 
That frantic explosion of biting and swallowing and ejaculating and birthing is where homo sapiens arrived on the scene. Running away from sharp teeth, trying to use those massive brains to figure out how to not get devoured by bigger, stronger organisms, sharpening sticks to poke at toothy monsters that tried to make food out of them, then poking each other with the sticks to try and steal each other’s food when times were lean, running, stabbing, biting, chewing, ejaculating, birthing, running stabbing biting chewing ejaculating birthing running stabbing biting chewing ejaculating birthing running stabbing biting chewing ejaculating birthing running stabbing biting chewing ejaculating birthing running stabbing biting chewing ejaculating birthing runningstabbingbitingchewingejaculatingbirthing, and then all of a sudden here we are in houses with cars trying to figure out why we can’t relax and enjoy the weekend. 
We are not surrounded by sharp-toothed mouths anymore. The hungry monsters who once hunted us are all dead or in zoos now. Nothing is trying to eat us. But we’re still running the same primal fear programs we had going when our evolutionary ancestors took those first cautious, perilous steps out of the trees. 
And why wouldn’t we be? We literally just stumbled out of the mad chaos of runningstabbingbitingchewingejaculatingbirthing. Scaled against the context of the greater history of life on this planet, it was just a blink of an eye ago that that was happening. Our bodies and brains are still biologically the same as they were back before nature was beaten into submission, back when we could still be eaten by giant toothy beasts at any moment. 
So we’re still doing what always used to work for us: trying to use these massive brains to find ways to minimize threats and find security. But the “threats” we target with this deeply ingrained survival habit are not saber-toothed cats and giant prehistoric bears, nor even an inability to find and obtain food; they’re abstract concepts like potential loss of social status, disapproval or disrespect from fellow humans, ideas about inadequacy and not living up to our potential, perseverating on memories about the past and fretting over imaginings about the future. 
Nearly all stress experienced by humans living in industrialized societies is a response to imaginary abstract concepts, not actual existential threats to their biology. The existential threats we do perceive are almost entirely illusory fabrications placed in our minds by the plutocrat-owned media in order to manipulate our thinking, buying, voting and behavior, like the notion that terrorists or Russians or Republicans/Democrats are going to destroy us any minute now. 
So here we are, living in a world wherein we are surrounded not by threats with sharp teeth and claws, but imaginary threats made entirely of abstract concepts. And what do we do to find safety in that sea of imaginary abstract conceptual threats? We try to use thinking to protect ourselves, which is kind of like trying to dry off using a fire hose while immersed underwater. 
In this new world–this new world in which we are no longer a part of the food chain and can easily survive on entirely plant-based diets if we want to, this new world to which we have not yet really adapted–thought is usually the wrong tool for nullifying threats and finding peace and safety.  
It was an extremely useful tool for figuring out how to sharpen sticks to a point and fend off toothy monsters, for learning how to send sticks tipped with pointy stones flying through the air to impale prey, for learning how to grow edible plants in the soil, right up to the really fancy tricks like discovering how antibiotics can prevent pathogens from killing us. We evolved these brains to enable us to out-survive and out-thrive other competing organisms, in exactly the same way that porcupines evolved quills and chameleons evolved camouflage, and for the purpose of out-surviving and out-thriving other competing organisms our capacity for abstract thought has been extremely useful. 
But, as far as practical matters are concerned, that is all it has ever been useful for. It has not been useful for finding a way to relax and be at peace with our own existence in this universe. Hell, a common house cat, with a brain far less evolved and complex than our own, is able to abide in far more tranquility than we are with our full arsenal of language, history, culture and scientific know-how. The house cat doesn’t sit around worrying if it’s adequate. It doesn’t harbor seething resentment for years if someone doesn’t show it the right kind of attention at the right time. It doesn’t sit around perseverating on a cutting quip it could have said to someone at the right time if it had just been a little quicker on the comeback. It just is. 
And that’s really what we all want, deep down. We want to just be, the way every single other animal on this earth is able to just be. That’s all we’re ever seeking when we get sucked up into various kinds of addictions, when we fixate on the pursuit of fame or fortune, when we strive to win the approval of our fellow humans, when we scheme to get ahead, when we throw all that away in desperation and devote our lives to religion or spirituality. We’re ultimately just trying to get to some point where we can feel okay in these hairless ape bodies and relax and enjoy this breathtakingly beautiful planet of ours instead of being tormented by compulsive mental machinations. We’re just trying to be. 
So we set up these conceptual worlds for ourselves full of labels and descriptions and goals and problems in order to try and get to that point. We label the human organism “me” and build an entire conceptual framework full of strategies for funneling peace and contentment into that “me” character, on the unquestioned premise that we’ll have the same success with those strategies that our prehistoric ancestors had when they used abstract concepts to figure out how to sharpen sticks to protect themselves and learn which fruits are safe to eat. If I can just get to the point where I’m good enough and correct enough, if I believe the right thoughts and do the right things and accomplish the right accomplishments, then I’ll finally be okay. Then I can just be. 
That’s all we’re ever doing with the mental perseverations which cause us stress and suffering. But how crazy is that? How crazy is it to sit around frantically arranging abstract concepts in our minds, hoping to find the right arrangement someday that allows us to just be? Aren’t we being already? How could any amount of thinking and strategizing and scheming and arranging ever take us any closer to what’s already happening? Isn’t it weird to think that we can spend our entire lives working our butts off in the hope that one day we will have secured enough resources/ideas/approval/whatever to finally convince our brains that we are safe enough to enjoy a few moments of being before we die? 
This is why our species acts so nutty all the time. That’s why wars are fought when they don’t need to be and why we’re killing the very ecosystemic context we evolved in which we depend upon for survival instead of collaborating with each other and our environment to everyone’s benefit
We’ve thought up all kinds of convoluted explanations for why we act so crazy; it’s because people don’t agree with our political faction. It’s because of original sin. It’s because we’re just generally awful. It’s because of this or that minority group. But really the source of all our madness, when you boil it right down, is that we’re all trying to use mental strategies made of abstract concepts in order to feel okay, and it will never, ever work. We have an unexamined, ineffective coping strategy for dealing with our new, much safer world, and it keeps us in a state of stress and fear. This stress and fear is then used by clever humans to manipulate us into supporting political policies and behaviors which do not serve us. 
We’re in a clunky, awkward transition phase, like the evolutionary ancestors of whales probably were before they got that whole blowhole thing down, where we’re in a new safe world totally unlike the frantic runningstabbingbitingchewingejaculatingbirthing world of our ancestors, but we haven’t yet adapted to it. The clever humans are able to seize upon our confusion and manipulate us solely because we have not yet figured out that it’s safe to just be. 
Well, check it out my friend. That safety you seek is right here, right now. Look around you. Do you see any man-eating sharks? Is there a truck bearing down on you right now? Is there anything in your immediate vicinity that you need to run away from? 
No? Well then you are safe. Wahoo! You made it. You are free to just be. You have total permission. It’s okay, I promise. You can totally do this for the next few minutes and the world will not miss you. 
Feel how you are gently secured to the planet’s surface by gravity. Feel how solid the ground is underneath you. Wriggle your bum deeper into your chair and take a big yawn in to your lungs. Move your body around and feel the delicious stretch in your muscles. Here we are, safe and sound. Think to yourself “If this isn’t nice, I don’t know what is.” 
The organism through whose eyes you are currently peering is already fully present. Being is happening currently. 
You have been searching for something you already possess, like a woman searching the entire house hunting for the hand bag she’s wearing over her shoulder. It is safe to settle into the amazing feat of evolutionary engineering that is your body and let being simply be. 
The old mental habits will keep churning for a while like the blades of a ceiling fan that has been switched off, but if you keep returning to the simple beingness of your own cells those habits will fall away, and you’ll be able to sit in your own presence like all the other organisms in the animal kingdom can. 
And the sooner we all do that, the sooner human thought can take on its rightful place as a useful tool that can be picked up when it’s useful and set down when it isn’t, and the sooner we can get along with the rest of the life here on this amazing blue planet.


Saturday, October 13, 2018

Orlov

The Truthers and the Fakers. Sep. 4, 2018.
Can truth be said to exist? Most of us certainly like to think that it does, and, furthermore, that we actually know something about it. We tend to prioritize knowledge over ignorance, and bridle at the idea that some of what we consider to be knowledge may be false rather than true. This seems justified: compared to false knowledge, it is certainly true that ignorance is bliss. But there are few avenues of escape that are open to us when we are confronted with the notion that most of what we know for sure “just ain’t so.” 
The most common avenue of escape, and also the least valid, is to indulge in a bit of ad hominem fallacy by claiming that the challenge to your treasured certainties is the wrong kind of challenge because it comes from the wrong sort of person. For example, these days, it doesn’t take much to run afoul of certain people, and to get them to label you as a “fascist racist misogynist homophobe.” Nor does it take much to cause certain other people to label you a “libtard.” And both of these groups would be only too happy to declare you to be “Putin’s troll” the moment you try to say anything vaguely positive about Russia. 
And the most valid avenue of escape is some sort of public trial. The least assailable of these are held in academic contexts, in the hard sciences, because natural laws are not amenable to political or social pressure. Courts of law, on the other hand, can be good or bad in battling false knowledge, depending on the political environment in which they operate, but all of them are at least forced to maintain appearances of adhering to the truth by following various rules that exclude hearsay, anecdotal evidence or evidence invalidated by a broken chain of custody. The recent trial in California, which concluded that Monsanto’s Roundup is indeed a carcinogen (no doubt causing Capt. Obvious to do a little happy dance) is a hopeful sign that some sort of justice can be served even in the face of relentless political pressure. 
And what’s worse than any court at all, with one exception, is the court of public opinion. How many reputations and careers have been ruined in the course of the recent sexual harassment hysteria, where self-declared victims lobbed accusations unsubstantiated by any evidence? Such “trials” are on par with those held by the Inquisition: if the witch drowns, she wasn’t a witch, sorry, too bad; if she floats, she is obviously a witch and is then burned at the stake.

... 
there is a larger context to consider, which is that of late in many instances the pursuit of truth has become rather beside the point. Numerous recent developments have made opinion all-important and actual knowledge of provable facts borderline irrelevant. These include: 
• Social and political alienation and polarization, driven by increasing wealth inequality and enforced diversity
• The automatic segregation and voluntary siloing of people in social media, which has made it fashionable for people to avoid being exposed to opinions that differ from theirs, to the point where some have started to take offense whenever this happens
• Plummeting educational standards where independent reasoning abilities are no longer even taught and where the rewards go to those who are able to regurgitate knowledge they have accepted unquestioningly.
• The slow agony of traditional print and broadcast media where rigorous fact-checking was once considered absolutely necessary but no longer is, and where now the overarching concern is to run stories that sell advertising
• The rise of blogging, where a few validated facts are easily drowned in a sea of opinion, where what is accepted as real is determined through a popularity contest, and where a typical response to public disagreement is “go get your own blog.” 
The endpoint of this process is now in sight: as a basis of reality, truth matters not at all. Reality still exists, but as an artificial construct, and is fractured, with different versions of reality tightly targeted to specific audiences that are receptive to one set of opinions and narratives while being easily outraged by all others. In such circumstances, appeals to truth-based knowledge start to seem quixotic—or even a matter of casting pearls before swine. 
... 
This may be disconcerting to some people, because inquiring minds want to know the truth, even if what drives them is idle curiosity. Besides, walking around after realizing that you’ve been lied to by people you were taught to trust, and that you are surrounded by trusting fools who believe such an obviously fake story to be true, is rather disheartening. 

Great, Britain! Sep. 6, 2018.
The Brits have just provided my previous article, The Truthers and The Fakers, with a tidy little case study: the very next day after I published it Theresa May’s government stepped into its role as one of the world’s premier Fakers and unleashed the next installment of fake news on the Skripal poisoning. We can use this as training material in learning how to spot and discard fakes. 
The fake story that May has been pushing is that it is “highly likely” that the Kremlin ordered a hit on the former British spy Sergei Skripal (and his daughter) using a “Russian-made” chemical weapon called “Novichok.” In turn, from what we already knew, it is highly likely that this story is a complete and utter fake. As I explained in the previous article, it is not our job to establish what really happened. We would be unable to do so with any degree of certainty without gaining access to state secrets. But we don’t need to; all we need to do is establish with a reasonable degree of certainty that the British government’s story is a foolishly, incompetently concocted fabrication. Doing so will then allow us to properly classify the British press, which repeats this nonsense as fact, and the British public, which accepts it unquestioningly at face value. Then we can drop the erroneous appellation “great”—because great nations don’t act so stupidly.
First, applying the usual investigative technique of identifying means, motive and opportunity, we find that the Russian government had none of them while Theresa May’s government had all of them. 
Means: Russia had given up its chemical weapons, submitted to international inspections and no longer has a chemical weapons program, while Britain, along with the US, has been ignoring its treaty obligations. It has not given up its chemical weapons, has not submitted to international inspections and maintains a chemical weapons program at Porton Down, a few miles from where the poisonings took place. Experts at Porton Down claim to have identified the chemical agent that was supposedly used, and this implies that they had some of it on hand. 
Motive: Russia had handed Skripal over to Britain in a spy swap a few years ago and had no reason to pursue him. Gratuitously causing an international scandal right before the World Cup was to be held in Russia would have been considered a career-ending move for any Russian official. On the other hand, Theresa May’s government badly needed a distraction from its disastrous Brexit negotiations, flagging support and other woes and would have been eager to please its masters in Washington by staging a provocation against Russia. 
Opportunity: The poisoning took place on British soil, down the street from a British chemical weapons facility, and the person poisoned was living under the watchful eye of British special services. Clearly, the British had ample opportunity; whether the Russians had any at all remains to be shown. 
Thus, applying the now traditional British legal standard of “highly likely,” it seems highly likely that that the Kremlin had nothing to do with it. But this still leaves open the question of what precisely it was that the Kremlin had nothing to do with because it is highly likely that what the British government claims to have happened didn’t happen.
....


Terrorism of the Absurd. Sep. 14, 2018.
In recent months the governments of Syria and Russia have stood accused by the US and the UK governments of carrying out attacks using chemical weapons and have found themselves in a rather challenging situation. The charges against them are nothing short of absurd. It is very difficult, often impossible, to formulate a rational response to an absurd accusation beyond pointing out its obvious absurdity. But that’s usually not at all helpful because the contemporary Western political actors who revel in absurdity eschew the neoclassical principle of verisimilitude and ignore rational, reasoned arguments as uninteresting. This is a calculated choice: most of their audience is too bored, ill-informed and impatient to form opinions based on facts and logic but responds well to various kinds of conditioning.

McPherson on NTHE

On Imminent Human Extinction: Guy McPherson interviewed by Rajani Kanth. Oct. 13, 2018


Interview with Professor Rajani Kanth, an economist, philosopher, and social thinker. Kanth has served as Advisor to the United Nations in New York. A lifelong academic, he has taught in the areas of anthropology, sociology, political science, history, economics, and philosophy. His research interests lie in political economy, peace studies, gender studies, cosmology and the environment.

1. Please explain the environmental threat to human existence you perceive that has brought you much notoriety in recent times.

First, a little perspective.

As with all other species in planetary history, except the few remaining, our species will go extinct. We are in the midst of the Sixth Mass Extinction. As with the five prior such events, most species on Earth will be driven to extinction in a relatively short period of time.

The post-Permian mass extinction caused the extinction of more than 90% of the species on Earth about 252 million years ago. It was the worst of the prior mass extinction events. As with all five of the prior mass extinction events, Earth’s recovery required several million years to become vibrant, verdant, and characterized by an abundance of multicellular organisms.

The current event is underlain by atmospheric carbon emissions about 10 times faster than those during the post-Permian event. It is no surprise that the ongoing Sixth Mass Extinction is proceeding an order of magnitude faster the post-Permian mass extinction.

According to an August 2010 report from the United Nations, an estimated 150-200 species are driven to extinction every day. The actual figure exceeds 200 species daily during the last few years.

In my case, the notoriety comes from my prediction that Homo sapiens will go extinct by 2026. Thus will we join the six other species within the genus Homothat have already gone extinct.

Specifically, I predict that there will be no humans on Earth by 2026, based on projections of near-term planetary temperature rise and the demise of myriad species that support our own existence.


2. How does that differ from more mainstream views of climate change extant today?

My view differs from the conventional, conservative view only with respect to timing.

Every conservation biologist knows our species will join others in extinction not long after we lose the habitat that supports our species. Yet, doubtless due to a combination of personal and professional reasons, few other scientists are willing to connect the dots leading to our imminent demise. Among the personal reasons are parenthood. Amongst the professional reasons are the loss of support for one’s privileged position.


3. How, and when, and why, did you come to believe in this thesis?

My lifelong pursuit of evidence, combined with my knowledge of conservation biology, lead me to believe we face extinction in the near future.

Conservation biology rests on the pillars of speciation (when and with what predecessors a species comes into existence), extinction (when the last member of a species dies), and habitat (the many factors necessary to support the populations of a species, including clean air, potable water, healthy food, and the means to maintain body temperature within a narrow range).

As with other species, human animals depend upon habitat for our survival.

More than 15 years ago, I reached the conclusion that the last member of Homo sapiens would die by 2030. I was co-editing a book about climate change at the time, and the evidence overwhelmed me.

The conclusion was so disconcerting, I did not write or talk about the subject for a few years. Less than two years after reaching the conclusion about near-term human extinction, I discovered the “hail Mary” pass that I believed would ward off extinction for a few more generations: global peak oil, or net energy decline.

Alas, passing the global peak for conventional oil in 2005 or 2006 did not cause the collapse necessary to turn off the heat engine of civilization. And our contemporary knowledge of global dimming, reported in the journal literature only since December 2011, indicates that collapse will actually accelerate human extinction relative to maintaining the omnicidal heat engine of civilization.

More than a decade ago, I began speaking publicly about human extinction. For a few years, I adhered to the conventional notion that our species will go extinct in about 100 years. As evidence accumulated, I shifted the timeline back to 2050, 2035, 2030, and ultimately 2025 for human extinction.

Our species will lose global habitat before 2025, thus marking the point of functional extinction. A few members of our species will persist beyond this loss of habitat for a few years, and the final members of Homo sapiens will die lonely, hungry, thirsty, and confused.


4. What scientific evidence, either from your own research or from others, have you drawn this conclusion from (in layman’s terms if possible)?

I routinely describe two paradoxes, and the fact that we are in the midst of the Sixth Mass Extinction.

First, the paradoxes.

The Intergovernmental Panel on Climate Change (IPCC) concluded in their vaunted fifth assessment that nearly all scenarios between now and 2100 require large-scale sequestration and storage of atmospheric carbon dioxide. This “geoengineering” must be accomplished at a tremendous scale if we are to survive. There is no known technology by which such an effort can be conducted, as pointed out by the National Academy of Sciences of the United States and a European body of similar stature. In short, fantasy technology is required.

The second paradox combines our knowledge of greenhouse gases and the aerosol masking effect (aka global dimming). As indicated by the Laws of Thermodynamics, civilization is a heat engine, even if civilization is underlain by “renewable” technology.

Yet, turning off the heat engine of civilization heats the planet even faster as a result of the aerosol masking effect. Industrial activity pours particulates into the atmosphere, and these particulates – notably sulfates produced by burning coal – act as an “umbrella” to keep incoming sunlight from striking the surface of the planet. These particulates are constantly falling out of the atmosphere, and industrial activity is constantly adding them.

While the greenhouse gases produced by industrialization are acting as “blankets” to hold in the heat, the particulates produced by industrialization are acting as “umbrellas” to keep the heat from striking Earth.

Damned if we do, and damned if we don’t, civilization is simultaneously destroying most life on Earth while also serving as a shield to protect most life on Earth. The abrupt rise in temperature resulting from the near-term demise of industrial civilization will proceed too rapidly for most species to “keep up” with the rate of change.

The plants that feed us cannot move. We cannot move them fast enough, and they depend upon unique environmental conditions (e.g., temperature and precipitation regime, extant soil, co-dependent species).

As if two paradoxes are not enough, we are in the midst of the Sixth Mass Extinction on Earth. Destroying habitat for the species that keep us alive will cause our extinction, too. The ongoing loss of habitat for human animals will accelerate, thus leading to our near-term demise.

I have provided supporting details within a long essay at Nature Bats Last (https://guymcpherson.com/climate-chaos/climate-change-summary-and-update/). This long essay barely mentions the likelihood and consequences of an ice-free Arctic Ocean.

As Finland’s President Niinistö has been pointing out for more than a year, an ice-free Arctic will lead quickly to loss of habitat for humans on Earth (e.g.,http://finlandtoday.fi/president-niinisto-in-north-russia-if-we-lose-the-arctic-we-lose-the-world/). The near-term blue-ocean event was projected to occur in 2016 +/- 3 years by a paper in the 2012 edition of Annual Review of Earth and Planetary Sciences (https://www.annualreviews.org/doi/suppl/10.1146/annurev-earth-042711-105345).


5. If so, how is it that most of your fellow-scientists have missed what is so apparent to you?

Most scientists lack the multi-disciplinary knowledge inherent in the enterprise known as conservation biology. Focused on the narrow domain for which they receive rewards, most scientists are missing the proverbial forest for the trees.

In addition, few climate scientists have a significant knowledge of biology or ecology. They seem to believe we can survive any environmental conditions due to our cleverness, and they fail to recognize the importance of habitat for our species.


6. Does politics, or some other societal mechanisms, play any part in the apparent ‘denial’ by many of your colleagues of your ‘abrupt’ climate change thesis?

I suspect few scientists are willing to give up on three items: hope, privilege, and the myth of human supremacy. Hope, like fear, is projecting an outcome about the future. Like fear, hope fails to promote action.

These dual, four-letter words paralyze action by most people. And now that we are in the midst of abrupt, irreversible climate change, it is too late for actions to avoid or delay human extinction.

The privileges enjoyed by “first-world,” Caucasian males are legion.

I have plenty of experience in this privileged domain. It is the rare individual who will risk giving up support for his privileged position as a well-paid scientist within contemporary society.

Finally, most humans are plagued by the notion that humans are superior to other organisms. Our big brains have allowed us to terraform the planet, extend our lives, and enjoy enormous comfort. Ultimately, however, we depend upon a verdant planet teeming with life. In sawing off the limb on which we rest, we are driving our own species to extinction (to paraphrase conservation biology Paul Ehrlich).


7. You have paid a personal (professional) price for your convictions: please elaborate.

As with a few other scientists, I was censored overtly during my tenure at the University of Arizona. As with nearly all scientists, I censored myself, too.

Ultimately, I chose to the leave active service at the university more than 9 years ago for a variety of reasons. This left me with little access to audience and money. The move away from campus made me freer in speaking my mind, and I remain the subject of abundant character defamation, libel, and slander.


8. Is it conceivable that a ‘change is heart’ is possible, amongst the mainstream, sometime soon: if so what might provoke it?

Such a change is certainly possible.

If it occurs, which I doubt, it will be motivated by an enormous loss of privilege. Once it becomes difficult to secure water or food, the masses will notice the consequences of abrupt, irreversible climate change.

Alas, noticing the consequences of abrupt, irreversible climate change renders abrupt, irreversible climate change neither gradual nor reversible.


9. How do you cope with this ‘rejection’ given that you have built a ‘committed’ life around your ideas.

Inspired by Camus, I view life through the lens of absurdity. My ideas are motivated strongly by evidence, thus making me a rationalist.

I understand why others are not motivated by evidence, and this understanding does not push me away from rationalism.


10. Are there any important scholars who support your ideas?

My ideas are rooted in the incredibly conservative refereed journal literature.

No rational scholar takes issue with the evidence I present. Indeed, the evidence is produced by the very scholars who defame, libel, and slander me. As a result, these scholars are left with the discomfort of (a) accepting the evidence they discover but (b) discrediting the scholar who collates, integrates, and synthesizes the evidence.

To more directly answer your question, Dr. Peter Wadhams and Paul Ehrlich are on record as supporters of my work and my conclusions. The collection of scientists using the pseudonym Sam Carana also seem supportive.


11. Has it been a costly affair getting your message out in the face of the obduracy of the Establishment?

If you are aiming for the understatement of the millennium, consider the mission accomplished.

I have sacrificed my paid position as a tenured full professor at a major university, the attendant privilege, the associated easy money, and virtually every relationship in my life in the pursuit of rational scholarship.


12. Your thesis was formulated some time ago: given new data that must arise daily, is there any reason for you to change your mind?

As indicated earlier, I have often changed my mind.

The changes have been in the direction expected with accumulating evidence: I have shortened my predictions regarding the demise of Homo sapiens.


13. How do you see the Big Threat that you talk about playing out in reality (if it comes about)? What are its associated dangers for law and order, and societal peace? Can they be ‘contained’ in any way?

The so-called “power elite” knows what I know.

As a result, I strongly suspect we are heading for overt and massive military action. Maintaining global hegemony is the goal. Any and every means will be employed. These means will fail, and will be associated with or followed by societal collapse. There is no way to forever sustain an unsustainable set of living arrangements, and nature bats last.


14. Do you think the ‘Power Elite’, or some part of it, are aware of your concerns? If so what might be their POA (Plan of Action)?

Please see my response to the prior question.


15. Your notion of environmental crisis is unusual in that it appears to designate an incurable, terminal condition. Are there any conceivable offsets?

Civilizations come and, so far, nearly all have gone.

The abrupt rise in temperature resulting from loss of the aerosol masking effect assures industrial civilization a special place in history.

Species come and go.

We are not nearly as wise as we believe we are. I suspect at least a few members of each of the now-extinct six species in the genus Homo thought they were very special, too.


16. If you are right then what happens to the broader forces of Evolution? Does everything die, including the Planet?

If the Sixth Mass Extinction follows the pattern of the prior five, then Earth will become a vibrant, verdant planet characterized by abundant multicellular life within 10 million years or so. This is the optimistic view rooted in planetary history.

A more realistic assessment includes the rate of change of this extinction event relative to its predecessors, as well as the inconvenient collapse of the world’s nuclear power facilities.

Consistent with Fermi’s Paradox, I suspect the uncontrolled, catastrophic meltdown of more than 450 nuclear power plants will cause the loss of all life on Earth.

Not right away, of course. And perhaps not at all.

But I fail to understand how bathing in ionizing radiation, hence multi-generational lethal mutations, will benefit life on Earth. And that same ionizing radiation may well strip away Earth’s atmosphere, causing our planetary home to join Mars as a lifeless rock floating through an indifferent universe.


17. How did we get here, in your opinion? To what extent does the modern ‘way of life’ explain it?

We arrived at this undesirable historical point through a unique series of missteps.

Was it opposable thumbs that led to our demise? Was it climbing out of the trees? Was it harnessing fire? Was it the stable, cool temperature as Earth emerged from the last ice age that gave us the unique ability to grow, store, and distribute grains at scale (i.e., the rise of civilizations)? Was it the industrial revolution? Was it harnessing the atom? Was it all of the above?

I do not know.

I doubt we will ever know with great certainty. Yet here we are, at the most privileged time in human history that, coincidently (or perhaps not) also marks the end of human history. Extinction is soon to follow.


18. You are aware of the North-South divide in global affairs: do you believe that ‘blame’ is to be equally shared?

There is no doubt that the global North burns more fossil fuels than the global South. Does this mean everybody in the global North is equally to blame?

There is no doubt the United States has led the way to our imminent demise. Does this mean everybody in the United States is equally to blame?

We are quick to blame.

I do not believe it accomplishes much. There will be no time for justice with respect to abrupt, irreversible climate change in the short time we have left.


19. Placing this idea within society, are the Corporates and the hoi polloi also equally at fault?

Again, there is no doubt that a few people are more “guilty” than others with respect to abrupt, irreversible climate change. They knew the likely outcome of our collective actions long before most of us.

We are quick to impose guilt.

I do not believe it accomplishes much. There will be no time for justice with respect to abrupt, irreversible climate change in the short time we have left.


20. Was there any point, after your initial discovery of the issues, when we could have reversed this race to calamity?

I suspect abrupt, irreversible climate change leading to near-term human extinction was guaranteed by the exponential burning of fossil fuels characteristic of the last three decades.

Or perhaps it was guaranteed when humans harnessed the atom. Or perhaps when the industrial revolution began. Or perhaps when the first civilizations began.

These all seemed like good ideas at the time.


21. Do you feel you have done your best to get the word out?

Absolutely.

I have worked diligently for decades, despite obstacles that would have stopped every other person I know. I have given up money, time, and relationships.

I suspect you would be hard pressed to find any individual who has done more than me in the battle for the full truth, rooted in evidence. The cost, for me: everything that matters, except my integrity.


22. If it all goes the way you see it, is there any scope left to believe in any concept of ‘intelligent design’ to Creation?

There is no evidence to support the notion of intelligent design.

If there is a creator, it must be very disappointed in its creation.


23. What are your own personal views on god, religion, etc.?

I am a scientist.

I am a rationalist.

When I am working, I am agnostic. In my personal life, due to my path rooted in philosophy, I vary daily from an indifferent agnostic to a militant anti-theist.


24. There is a less than 5% chance of any idea being wrong, en generale: do you think you could be wrong?

I suspect the evidence I rely upon for my work is very conservative because of the way it is produced.

If it is incorrect, it likely is incorrect in a direction that doesn’t benefit our continued existence.


25. What would it take to ‘prove’ you wrong, short of the world not ending?

Reversal of the two paradoxes and the Sixth Mass Extinction.


26. How do the curious get access to your ideas? Is there a website? Any specific books, articles? Other sources?

My work is freely available at guymcpherson.com.

It comes from many sources, notably the refereed journal literature. As professor emeritus at a major university, I have access to an amazing library bursting with online publications. I can, and do, read primary literature to which relatively few individuals have ready access.


27. You live in Belize now: why?

I live in Belize for love of: (a) not living in the country of my birth, the United States; (b) the “go slow” lifestyle; (c) the practice of agrarian anarchism; (d) the sweet, tough people; (e) the ability to stretch the U.S. dollar (remember, I have not been paid for more than 9 years); and (f) a specific woman, my life partner.


28. You once said you were not going to have children owing to the certainty of what lies ahead? Was that a traumatic decision to make?

Not particularly.

I was a rational radical by my late teens. After coming across “The Limits to Growth” in my late teens, along with completion of a college biology course,

I could easily ascertain the likely consequences of continued exponential human population growth.

The suffering had already begun.

I could see no point in accelerating it.


29. What do you recommend ordinary people do to ‘prepare’ for the End, if you are right?

I don’t know any ordinary people. I only know extraordinary people.

Accept the full truth about your imminent demise. Nobody gets out alive, an idea that applies to individuals as well as species.

Remain calm: Nothing is under control. The exceptions are the people in your life. Tell the full truth. Treat people, including yourself, with dignity and respect.

Pursue excellence. Although such pursuits will generate few external rewards, you will be able to look yourself in the mirror without embarrassment.

Pursue love. Why would you not?


30. What would you recommend to Policy Makers on the same issue (to mitigate the harm to the public).

Tell the full truth.

Treat people with dignity and respect.

Expect the best from people.

Reward them when they deliver.


31. Your final message to Humanity?

I am asked nearly every day for advice about living.

I recommend living fully. I recommend living with intention. I recommend living urgently, with death in mind. I recommend the pursuit of excellence. I recommend the pursuit of love. It’s small wonder I am often derided, mocked, rejected, and isolated by my contemporaries in the scientific community.

In light of the short time remaining in your life, and my own, I recommend all of the above, louder than before. More fully than you can imagine. To the limits of this restrictive culture, and beyond.

For you. For me. For us. For here. For now.

Live large. Be you, and bolder than you’ve ever been. Live as if you’re dying. Because you are.

No guilt.

We were all born into captivity. No blame. No shame.

At the edge of extinction, only love remains.



Retrospectacles. Albert Bates. Dec. 30, 2018.

California Governor Jerry Brown steps down next week at age 80 after four terms in office. Earlier this month he told the Seymour Tribune:
“The threat of nuclear annihilation and climate change on a permanent basis looms, and therefore it is time for new leaders to rise up and make the case and mobilize the people for what needs to be done. What needs to be done is unprecedented, and therein lies the dilemma.”
For me, at 72, near-term human extinction is a foregone conclusion. I will likely be out of here before the worst parts of that fate beset us. I just pity the children arriving this New Year to the maternity wing at Kapiolani.

Carey Wedler

Wednesday, October 10, 2018

Topic: Green New Deal

How Are We Doing on a Green New Deal? Yves Smith, naked capitalism. Oct. 8, 2018.

Yves here. I know grand-sounding ideas like a Green New Deal are made with the best of intention, but reading this post confirms my view that our collective goose is cooked. A big push towards green energy 30 years ago could have made a big difference, but we need more radical, faster impact measures now. Emphasis on green energy diverts attention from the fact that individuals and businesses need to cut their energy use in a big way, now. The article does mention ideas for cutting some big energy uses, like beef and single use plastics but is hesitant about restrictions. I see no proposals for cutting air transportation. And don’t get me started on the misguided concern about hyperinflation.  
By contrast, during the oil shock, people did way more in the way of energy conservation than I see now. Office buildings turned their summer temperatures to 77 degrees. The every-other-day gas system (and long lines at pumps) led to a lot more car pooling. Do we see anyone now sharing rides or trying to cut back on car use? Instead we have Uberization, which means more cars running around with one person in them. 
The article also fails to mention issues NC readers often raise, first, that these green technologies often use scarce or nasty inputs, like rare earths, so they have high non-carbon environmental costs. Second, the greenhouse gas cost of creating green infrastructure is seldom factored into the equation. It takes lots of moving of stuff, which these days entails using fossil fuels. 
Of course, one thing that would cut government energy expenditure meaningfully, a major downsizing of the US military, is guaranteed not to happen.

How are we doing on a Green New Deal? Edward Robinson, openDemocracy. Oct. 7, 2018.


The Green New Deal: How We Will Pay For It Isn't 'A Thing' - And Inflation Isn't Either. Robert Hockett, Forbes. Jan. 16, 2019.


Topic: BECCS, Carbon Capture and Storage; DAC; CDR

Climate policy advice is being undermined by value-laden choices over risky mitigation strategies, warn Dominic Lenzi and colleagues.

Sucking carbon out of the air won’t solve climate change. David Roberts, vox. Jun. 14, 2018.




Bioenergy with Carbon Capture and Storage Approaches for Carbon Dioxide Removal and Reliable Sequestration. Proceedings of a Workshop—in Brief. National Academy. 2018.
Bioenergy with carbon capture and storage (BECCS) is a technology that integrates biomass conversion to heat, electricity, or liquid or gas fuels with carbon capture and sequestration. BECCS could provide a significant portion of the global energy supply if deployed to its theoretical maximum feasible amount. The future role of BECCS is a subject that divides researchers as estimates of potential future biomass supply vary widely due to differences in approaches used to consider factors such as population development, consumption patterns (e.g., diet), economic and technological development, climate change, and societal priorities concerning conservation versus production objectives. Nevertheless, many integrated assessment models use large-scale deployment of BECCS in scenarios that limit climate change to below 2°C. 
On October 23, 2017, the National Academies of Sciences, Engineering, and Medicine convened a third meeting in Irvine, California, to explore the state of knowledge and research needs related to the potential of BECCS as a CDR approach. Invited speakers gave an overview of biomass production pathways and capacities, implications of various feedstocks, advanced conversion technologies, and capture and storage strategies. Presenters at the workshop also discussed cross-cutting issues that include life cycle impacts of large-scale BECCS deployment, policies and incentives for the implementation of these approaches, and social acceptability barriers. The workshop was preceded by an introductory webinar on October 16, 2017, where invited speakers provided a primer on the prospects of BECCS for negative emissions capacity; the capacity for biomass to meet stationary generation and transportation fuel needs; and the status, challenges, and costs of implemented bioenergy and biofuels. This publication summarizes the presentations and discussions from both the webinar and workshop.


The Need for Carbon Removal. Holly Jean Buck, Jacobin. July 24, 2018.
Massive removal of carbon from the atmosphere — also known as negative emissions, carbon drawdown, or regeneration — could be a cornerstone of either dystopian or radically utopian futures. Some of the dystopian ones are well known: vast conversion of land to plantations for biofuels with carbon capture and storage, displacing people from the land, destroying habitats, and spiking food prices. 
But given what we know about climate change in 2018, it’s not enough to protest against dystopian versions of carbon removal. Too much warming is already locked in. We need a radically utopian way of removing carbon
If we buy into thinking of carbon removal technologies as substitutes for reducing carbon output, then industrial interests have already won: they have set the narrative and the framing, where carbon capture exists so that they can continue to emit. But we should demand more from these technologies. 
Industrial carbon capture technologies could instead be used as an extension of decarbonization — mitigation to get us to zero, and carbon removal going a step further to take emissions negative and address some of the climate impacts already being felt. 
It won’t be easy. But climate science suggests it’s a challenge the Left must take up. 
Carbon Removal 
Climate change has already warmed the planet over 1°C relative to pre-industrial levels. Paradoxically, cleaning up the air pollution that’s currently masking some of the global warming in the pipeline would raise temperatures another 0.5 to 1.1 degrees. 
This means that if we waved a magic wand and suddenly (1) stopped using fossil fuels, and (2) cleaned up air pollution, we would already be breaching 1.5°C — the amount of warming that most climate advocates have argued for. 
The carbon budget is not an exact science, but it seems we are hovering at the point where 1.5°C of warming is locked in by what has already been emitted. Put differently, the most recent scientific evidence suggests we have zero to five years before every additional ton of carbon dioxide emitted would need to be compensated by a ton of negative emissions to stay below 1.5°C. 
In fact, the scenarios used in the fifth Intergovernmental Panel on Climate Change (IPCC) report rely on massive amounts of negative emissions to curb warming to 1.5°C, primarily via a method known as bioenergy with carbon capture and storage (BECCS). This led a team of modelers to try and see what it would take to achieve 1.5° without BECCS. 
Even a scenario where renewables, electrification, and energy efficiency were aggressively pursued — and 80 percent of meat and eggs were replaced with cultivated meat, flying was reduced, and tumble dryers were eliminated — could not eliminate the need for carbon removal. This scenario still required about four hundred billion tons (Gt) of carbon dioxide removed via reforestation. Reforestation sounds great and green, but it also has the potential to result in dispossession, conflict over land access, and worsened livelihoods for smallholders. 
What about achieving a slightly less ambitious goal of 2°C? Two and 1.5 degrees might not sound all that different, but they are. The difference is one that threatens entire unique coral ecosystems, the homes of five million people (including entire countries), and high increases in the frequencies of extreme events. 
Rapid mitigation could still curb warming to 2°C without the use of negative emissions technologies. But that window is closing fast. If near-term emissions reductions follow the trajectory laid out in the commitments nations made under the Paris agreement, by 2030, 2°C scenarios will also depend upon negative emissions
That is, in the next decade, we would have to vastly exceed the Paris promises to not depend upon negative emissions. 
We aren’t even making much progress towards these Paris targets, which if achieved would still produce 3°C of warming — an amount widely agreed to lead to massive disruptions. This is why negative emissions have become such a useful device for the models. 
By the end of the century, scenarios for 1.5°C or 2°C envision pulling out ten billion tons (10Gt) per year. For comparison, current levels of emissions are around forty billion tons of CO2 per year. So 1.5°C means not just zeroing out those forty billion tons, but then working to extract another ten billion on top of that to be net-negative. This would require scaling up current carbon capture and sequestration efforts a thousand-fold. 
Negative emissions help maintain the narrative that although time is running short, we can still stop catastrophic global warming if we act now. Once we understand that this inventive arithmetic has been employed to “solve” for 1.5, what do we do? 
Assuming there will be a complete about-face that puts us on a course towards 100 percent renewables, massive lifestyle changes, and drastic land use change for afforesting millions of hectares in the tropics within the next ten years strikes me as not only magical thinking, but thinking that puts many at risk of great suffering. 
Alternately, accepting that the earth will warm more than 1.5°C means accepting the loss of the world’s coral reefs and the half billion people relying on them, as well as other harms to communities living on the front lines of climate change. 
So we need to ask: is there a form of massive carbon removal that could be put towards socially just ends, pulling carbon out of the atmosphere as a form of collective social good? Can it work as an outgrowth of energy democracy? For if such a collection of technologies, practices, and institutions can exist, we should try to build it. 
Notably, carbon removal at what I’ll call climate-significant scale should not be thought of as a magic wand to wipe carbon away either. For one thing, it will not compensate exactly for emissions. The ocean, for example, currently takes up close to half of the carbon humans emit, and it’s possible that if carbon was removed at a large scale from the atmosphere, the oceans would then give off carbon, perhaps replacing half of the carbon that had been removed. 
The prospect of carbon removal is fraught with complexity, and even peril — all of which we have to talk about. 
The Necessity of Geological Sequestration 
The best way to remove carbon immediately is through “natural climate solutions,” which employ nature’s processes to store carbon in ecosystems. Sequestering carbon in soil, restoring forests and planting new ones, and protecting wetlands can store carbon. These can forestall some amount of warming, in addition to other benefits for both humans and the environment. 
Yet while it seems intuitive to simply let nature take up the carbon, carbon was put into the atmosphere unnaturally, and the available scientific evidence suggests ecosystem-based solutions simply don’t scale well enough to contend with the sheer amount of carbon that has been dumped into the atmosphere
Pursued vigorously, reforestation and soil carbon sequestration could each remove a few gigatons per year — for a while. After a few decades, a forest planted to remove carbon reaches a plateau where it becomes saturated and can’t remove any additional carbon, like a bathtub filling up, at which point the already-absorbed carbon must simply be held indefinitely. 
Similarly, a farm that has transitioned to regenerative practices to store more carbon in the soil can only remove additional carbon for a few decades. Moreover, forests can be ravaged by epidemics or fires, resulting in the sudden release of their stored carbon, which means they are vulnerable to global warming itself. 
So while these projects can do important work in the near future, we also need to supplement these one-off, land-based carbon removal projects with systems that can continuously remove carbon and store it reliably over centuries — that is to say, with industrial carbon capture with geological sequestration. We need to build systems that capture carbon emissions from sources like power plants or factories, or even from ambient air, and transport it to underground reservoirs where it can be stored. 
There are major technical and social obstacles to this. But these industrial systems for geological storage, used together and sequentially with natural carbon removal, could help ease the path to a climate-stable world. 
Carbon capture and storage (CCS) technology is not a new technology....


Can we remove a trillion tons of carbon from the atmosphere?  Nick Breeze, Ecologist. May 3, 2018.
'Remove', 'sequester', 'lock-up'. Call it how you like, but to stabilise our climate and surpass the Paris Agreement, we really need to be thinking about storing hundreds of billions of tonnes of carbon. I don’t think anybody on Earth can visualise what numbers like these really look like. Yet, our future depends on us lowering the quantity of greenhouse gases in the atmosphere to safe levels before, so-called self-amplifying feedbacks take over - if they haven’t already. 
There is a clue emerging as to how we might accomplish such a feat - in the image of the Blue Marble NASA image of Earth. Namely that over 70 percent of the planet is ocean and the fate of life on Earth is intrinsically tied to that of the oceans. 
Currently - and it is no secret - the oceans are in a terminal decline, acidifying, heating, losing their biomass and, the worse bit, flipping from carbon sink to carbon source. Fish stocks are also depleted, as ocean ecosystems fall under the sad blanket of degradation. But what if, by a process of biomimicry, we could reverse these processes and restore the life in the oceans?


Guest post: Why BECCS might not produce ‘negative’ emissions after all. Dr. Anna Harper, Carbon Brief. Aug. 14, 2018.
Model scenarios that limit warming to 1.5C or 2C typically rely on large amounts of “negative emissions” to extract CO2 from the atmosphere and store it on land, underground or in the oceans. 
Bioenergy crops with carbon capture and storage (BECCS) is, perhaps, the most prominent of the various negative emissions techniques. There are many attractive features, since this technology would provide energy – thus reducing our need for fossil fuels – and remove CO2 from the atmosphere at the same time. 
However, the full carbon-cycle impacts of large-scale deployment of BECCS are not well studied. And, before now, no studies have looked at these impacts specifically for a scenario that could meet the 1.5C target. 
In our new study, published in Nature Communications, my colleagues and I find that expansion of bioenergy in order to meet the 1.5C limit could cause net losses in carbon from the land surface. Instead, we find that protecting and expanding forests could be more effective options for meeting the Paris Agreement.


Guest post: Six key policy challenges to achieving ‘negative emissions’ with BECCS. Dr. Clara Gough, Dr. Sarah Mander, Dr. Naomi Vaughan of Tyndall Centre for Climate Change Research, via Carbon Brief. Aug. 28, 2018.

scientific journal article here:
Challenges to the use of BECCS as a keystone technology in pursuit of 1.5⁰C. Dr. Gough et al, Journal of Global Sustainability. 2018.
Non-technical summaryBiomass energy with carbon capture and storage (BECCS) is represented in many integrated assessment models as a keystone technology in delivering the Paris Agreement on climate change. This paper explores six key challenges in relation to large scale BECCS deployment and considers ways to address these challenges. Research needs to consider how BECCS fits in the context of other mitigation approaches, how it can be accommodated within existing policy drivers and goals, identify where it fits within the wider socioeconomic landscape, and ensure that genuine net negative emissions can be delivered on a global scale.


Bioenergy carbon capture: climate snake oil or the 1.5-degree panacea? Paul Behrens, RenewEconomy. Oct. 23, 2018.


Carbon Capture’s Global Investment Would Have Been Better Spent On Wind & Solar. Michael Barnard, CleanTechnica. Apr. 21, 2019.
CCS is a rounding error in global warming mitigation. It’s hard to see how it could possibly be more. And it brings into stark relief the unfortunate reality that the IPCC depends far too much on carbon capture and sequestration approaches in terms of dealing with global warming.
Air Carbon Capture’s Scale Problem: 1.1 Astrodomes For A Ton Of CO2. Michael Barnard, CleanTechnica. Mar. 14, 2019.

Chevron’s Fig Leaf Part 1: Carbon Engineering Burns Natural Gas To Capture Carbon From The Air. Michael Barnard, CleanTechnica. Mar. 14, 2019.
The total CO2 load for the energy required for capture, processing, compression, storage, distribution and sequestration is almost certain to be greater than the CO2 removed from the atmosphere. 
This isn’t a one-article drive-by, but a five-piece assessment. 
  • The first piece summarizes the technology and the challenges, and does a bottoms-up assessment to give context for what Carbon Engineering is actually doing. 
  • The second piece steps through Carbon Engineering’s actual solution in detail. 
  • The third piece returns to the insurmountable problem of scale and deals with the sheer volume of air that must be moved and the scale of machinery they have designed for the purpose. 
  • The fourth article looks at the market for air carbon capture CO2 and assesses why three fossil fuel majors might be interested. 
  • The final article addresses the key person behind this technology and the expert opinions of third parties such as Dr. Mark Jacobson of Stanford.

No path to climate stability without carbon dioxide removal. Walter Reid, Thomson Reuters. Aug. 24, 2018.
As hard as it is to reduce greenhouse gas emissions, an even bigger challenge lies ahead: We now need to remove much of what we’ve already added to the atmosphere. 
The math of climate change is simple and stark. To keep warming below 1.5 degrees Celsius, we can only emit another 600 Gigatons of carbon dioxide into the atmosphere. [ed: and this assumes that our carbon budget has been accurately calculated, which has been based on risk assessments that assume a 50% probability of not meeting our goals, and have been predicated on climate models that leave out factors that are not well-understood, including many amplifying/positive feedback effects; and, as we know, climate scientists have consistently and persistently been surprised by climate impacts and effects being observed much sooner than they had predicted.]
At current rates, this will take 14 years. [ed: as noted above, our true carbon budget, if it had been calculated accurately, including the impact of amplifying feedbacks, and excluding the assumption of future CDR, and allowing for only a tiny possibility (say 1%) of failure, has already likely been exhausted.] As a result, almost all scientific analyses assume large amounts of carbon dioxide begin to be removed from the atmosphere in the next decade, and by the second half of the century we must remove much more than we emit.
How much carbon dioxide are we talking about? Think of all the greenhouse gas emissions that will be emitted from all the cars, power plants, factories, and deforestation over the next 20 years. By 2100, we will need to take about that same amount out of the atmosphere. 
Here is the rub: We don’t know how to do carbon dioxide removal at that scale.
The one proven low-cost technology that we can turn to is the tree. Reforestation is, hands down, the best and most cost-effective approach to carbon dioxide removal. In addition to benefiting the climate, it also slows soil erosion, and often can increase water supplies, restore biodiversity, and provide economic benefits. But we have many competing uses for land – especially as the world population continues its growth towards eight billion people and incomes rise. Even the most promising reforestation scenarios don’t meet the full need for carbon removal. 
There are other promising but costlier approaches in early stages of development. “Direct Air Capture” relies on large fans blowing air through huge devices to capture carbon dioxide. Other strategies include weatherization of rocks and changing agricultural practices to store carbon in soils, which can also improve agricultural productivity. 
For carbon dioxide removal to grow at the pace needed, serious action must be taken now to create demand and to drive down the cost of new technologies. 
Luckily, some progress is already being made. Efforts to promote reforestation, for example, began in 2011 with the “Bonn Challenge,” which led to commitments from 47 national and subnational governments to restore nearly 400 million acres of land. Earlier this summer Sweden declared that it will be carbon neutral (with any emissions offset by carbon dioxide removal) by 2045 and carbon negative after that. 
But much more is needed. Meeting the goals of the Paris Climate Agreement will require gigaton-scale carbon dioxide removal. 
Just as actions to reduce carbon dioxide emissions were first catalyzed when governments and companies announced commitments to reduce emissions to the atmosphere, it is now time for leaders to announce specific, time-bound commitments to remove carbon dioxide from the atmosphere. These goals could be ratcheted up as technologies develop and costs drop. Investments in reforestation or enhanced soil carbon storage could be used to deliver on the commitments, as could procurement policies that create incentives to use carbon dioxide derived from direct air capture. Governments could also mandate that companies emitting greenhouse gases purchase “credits” that would pay for carbon dioxide removal with a technology like direct air capture. 
Since most of these strategies need further development quickly, there is also a vital role for mission investors and philanthropists to promote appropriate policies and identify ways to bring new technology to scale. 
While challenge is daunting, the opportunities are just as real. Markets already exist for carbon dioxide removal in the case of reforestation, and the market for carbon dioxide removal will grow dramatically in the coming decades. 
Next month, leaders from around the world will gather for the Global Climate Action Summit in San Francisco. The opportunity is ripe for governments and businesses to seize the leadership mantle by being among the first to commit to removing carbon dioxide from the atmosphere. Reducing emissions alone will not secure a stable climate and avoid the worst impacts of climate change. Now is the time to recognize that carbon dioxide removal is a central strategy in the fight against climate change.