Ate something that rather violently disagreed with me, so here’s Rebecca Watson with an optimistic take on the new U.S. climate bill. As always, you can read the transcript here on Skepchick.
Ate something that rather violently disagreed with me, so here’s Rebecca Watson with an optimistic take on the new U.S. climate bill. As always, you can read the transcript here on Skepchick.
I’ve always found it irritating that mental effort can be so exhausting. As someone whose work has revolved around reading, thinking, and writing for over a decade now, it never ceases to annoy me the way my brain will sometimes just shut down when I try to do work. I’ve found it to be a major obstacle k for as long as I can remember. I’ll try to re-focus on something that I want to get done, and my I’ll suddenly have a hard time even staying awake. It’s not every time, of course, but it’s often enough to be annoying, and it does tend to happen more when I’ve been working hard for a few days.
I’ve never really thought much to the brain chemistry behind this problem, but now that I’ve seen this research, it makes sense that there would be chemical reactions going on there that are causing the mental fatigue:
“Influential theories suggested that fatigue is a sort of illusion cooked up by the brain to make us stop whatever we are doing and turn to a more gratifying activity,” says Mathias Pessiglione of Pitié-Salpêtrière University in Paris, France. “But our findings show that cognitive work results in a true functional alteration — accumulation of noxious substances — so fatigue would indeed be a signal that makes us stop working but for a different purpose: to preserve the integrity of brain functioning.”
Pessiglione and colleagues including first author of the study Antonius Wiehler wanted to understand what mental fatigue really is. While machines can compute continuously, the brain can’t. They wanted to find out why. They suspected the reason had to do with the need to recycle potentially toxic substances that arise from neural activity.
To look for evidence of this, they used magnetic resonance spectroscopy (MRS) to monitor brain chemistry over the course of a workday. They looked at two groups of people: those who needed to think hard and those who had relatively easier cognitive tasks.
They saw signs of fatigue, including reduced pupil dilation, only in the group doing hard work. Those in that group also showed in their choices a shift toward options proposing rewards at short delay with little effort. Critically, they also had higher levels of glutamate in synapses of the brain’s prefrontal cortex. Together with earlier evidence, the authors say it supports the notion that glutamate accumulation makes further activation of the prefrontal cortex more costly, such that cognitive control is more difficult after a mentally tough workday.
So, is there some way around this limitation of our brain’s ability to think hard?
“Not really, I’m afraid,” Pessiglione said. “I would employ good old recipes: rest and sleep! There is good evidence that glutamate is eliminated from synapses during sleep.”
There may be other practical implications. For example, the researchers say, monitoring of prefrontal metabolites could help to detect severe mental fatigue. Such an ability may help adjust work agendas to avoid burnout. He also advises people to avoid making important decisions when they’re tired.
Since I’ve come to accept that my brain is “disordered”, I’ve had a much easier time turning a desire to act into actual action. It helps to be able to recognize what my brain is doing, and then shift to working out how to dismantle that mental block, rather than trying to just push my way through it.
But knowing that I can do that doesn’t mean the mental blocks aren’t there anymore. The problem is that my primary tool for detecting those mental blocks is the same lump of meat that’s experiencing them. When I’m in the middle of a problem, I often don’t notice what’s happening – all I have is the experience of my brain resisting me. I’ve also had to accept that that’s going to keep being an issue, at least until I can afford diagnosis and treatment. At the root of it, there are times when my brain has a “knot” like you might get in your neck or back. You can’t brain your way out of a brain problem.
From what I can tell, this research shows that that’s true for everyone some degree, but I’d guess that it’s more so for certain people under certain conditions. I think that the panoply of neurotypes and mental problems is largely due to the complexity and plasticity of the brain. Muscles can be trained, and there’s a great deal of flexibility and diversity when it comes to what you can train them to do. Brains seem to go way, way beyond that, so it’s frankly not shocking that they can turn out so many different ways of processing, interpreting, and interacting with the world.
My worst period of mental burnout was a few years back, and I did not notice it coming. I’d been working hard, but I was feeling good about working hard. I was getting good feedback, and respect from people, and I was feeling good about my life.
And then I started sleeping through all my alarms. I just couldn’t wake up when I wanted to. I wasn’t just late for work, I’d sleep through half the day, and wake up to realize I’d missed a meeting, even if I’d gone to sleep at a reasonable hour. My brain just stopped cooperating. It didn’t matter how many alarms I had, or where I put them – I could either shut them off without ever gaining full consciousness, or sleep through them.
I was lucky to be in a forgiving work environment when that happened. I know a lot of other jobs would have just fired me, even though it wasn’t under my control. As a rule, people only matter in our society for the work they can do for someone up the ladder. I think it’s very telling that despite that rule, so many put so much of their time and energy into making life better for other people.
This also underscores the degree to which our current political and economic system is both unjust, and unsustainable. It turns out that the culture of pushing people to work past their limit never went away. The kinds of jobs changed (in the U.S.) as manufacturing and resource extraction was increasingly done overseas, but the same fundamental demand – that you work as hard as you possibly can – has never gone anywhere. Ever hear the phrase “mind over matter”? Ever hear someone be told they’re just lazy, or they just don’t want the job badly enough?
We’ve created a world in which it’s expected for everyone to push at least some part of their body to the limit on a daily basis, and if we don’t – or if our limit manifests in the wrong way – we deserve all the bad that comes to us. There is no way that this system is ever going to lead to a society that values human life or flourishing. There is no way that this is the best that we can do as a species.
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In this Age of Endless Recovery, we’re being treated to a rolling barrage of escalating climate disasters. The increasing frequency of extreme events is already making it clear that having a global society like ours comes with unique vulnerabilities. Our just-in-time system has no room or redundancy for the kinds of disruption that we’re just starting to see. Those people in the United States who’ve been under the misapprehension that their nation and lives are somehow removed from the rest of the world, are going to be increasingly confronted by the economic effects of climate change, even if they somehow manage to tune out the human effects.
And while climate activists and “communicators” try frame the issue in terms of how it will directly affect some of the most insulated people in the world, other people are fighting to survive.
Pakistan declared a national emergency on Friday as catastrophic monsoon rains, exacerbated by the fossil fuel-driven climate crisis, continued to pummel the country for the third consecutive month.
Since mid-June, flash floods and landslides across the South Asian nation have killed least at 937 people, injured more than 1,300, and destroyed well over half a million homes, according to the National Disaster Management Authority. In addition, nearly 800,000 livestock have died and at least 1,900 miles of roads and 145 bridges have been wiped out, disrupting the supply of food and further driving up prices.
This is a “climate-induced humanitarian disaster of epic proportions,” Sherry Rehman, the nation’s climate change minister, told reporters on Thursday.
“Pakistan is going through its eighth cycle of monsoon while normally the country has only three to four cycles of rain,” said Rehman. “The percentages of super flood torrents are shocking.”
More than 100 districts across Pakistan’s four provinces have been hit by flooding since the start of the monsoon season. The impacts have been especially devastating in the southern provinces of Sindh and Balochistan, which have received 784% and 496% more rain this month compared with the August average, according to the minister.
The two provinces have lost at least 306 and 234 people, respectively, and tens of thousands more have been forced to live in makeshift camps far away from their inundated cities and towns.
“Thirty-three million have been affected in different ways,” said Rehman. “The final homeless figure is being assessed.”
https://twitter.com/Joyce_Karam/status/1563252444179492866?
Countries like the US should be helping Pakistan because they have the resources to do so (assuming they ever decide they stand for more than enabling the ultra-rich), but also out of self-interest. It’s hard to predict who’s going to get hit next, or when the next major supply chain disruption will come. We’re entering a period of time in which trying to maintain “business as usual” will be increasingly destructive and dangerous. The longer the warming continues, the more we’re all going to need help, and the less we’ll be able to afford to support a useless and negligent ruling class.
Now is the time for those nations with the means to reach out to people and nations in need of help, both to improve the resilience of those who are currently struggling, and to build up more solidarity and trust between people, groups, and nations. It’s something that the aforementioned useless ruling class ought to be doing. It’s also something that they will not do.
The good news is that with the internet, we can network internationally, and hopefully start building connections between the working classes of various countries. That could be a good tool for generating empathy in the imperial core, and for breaking through people’s personal bubbles.
I don’t know if there’s much any of us can do about the death and suffering in Pakistan right now, at least directly. Keep an eye out for ways to help, of course, but in many ways the best thing an average resident of the U.S. can do is work to change how the U.S. government conducts itself. This is not only key to actually doing good for humanity with the riches of “the richest nation on the planet”, but also to ending a pattern of military and political interference.
In light of what’s happening to the climate, we really don’t have time for the petty and destructive games of a spoiled and callous aristocracy.
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Every once in a while, I like to talk about the benefits of incorporating plant life in and our buildings and cities. In addition to the mental health benefits, which I think are reason enough, there’s ample evidence that more plant life can reduce the harmful effects of air pollution. This is another one of those times when it’s so obvious something’s a good idea, I find it perplexing that more cities aren’t investing more heavily in urban vegetation. I know a great many cities around the world have been doing just that, but as ever, it’s not enough to satisfy me.
So, here’s some more evidence that we should have more plants around us:
A team of researchers led by Barbara Maher, Emeritus Professor at Lancaster University, and supported by Groundwork Greater Manchester, installed ‘tredges’ (trees managed as a head-high hedge) at three Manchester primary schools during the summer school holidays of 2019.
One school had an ivy screen installed, another had western red cedar and the third school had a mixture of western red cedar, Swedish birch and an inner juniper hedge. A fourth school, with no planting, was used as a control.
The school with the ivy screen saw a substantial reduction in playground particulate matter concentrations, but an increase in black carbon. The playground with the mixture of planting saw lower reductions in air pollution to that of the western red cedar.
The biggest overall reductions in particulate matter and black carbon were shown at the school with western red cedar planted. The results showed almost half (49%) of black carbon and around 46% and 26% of the fine particulates, PM2.5 and PM1 emitted by passing traffic were captured by the western red cedar tredges.
The tredges also significantly reduced the magnitude and frequency of acute ‘spikes’ in air pollution reaching the playgrounds.
Professor Maher said: “Our findings show that we can protect school playgrounds, with carefully chosen and managed tredges, which capture air pollution particulates on their leaves. This helps to prevent at least some of the health hazards imposed on young children at schools next to busy roads where the localised air quality is damagingly poor, and it can be done quickly and cost-effectively.”
I could never have predicted that becoming a writer would one day lead me to learning the word, “tredges”. That said, I’m not surprised that I’m learning about this from researchers in England.
It seems pretty clear that this is a good investment. It also seems like the kind of thing that parents interested in direct action could band together to demand, or even just do. I’m not speaking from experience, but I expect this would be hard for local politicians to oppose, and easy to unite parents around, regardless of ideology. There may be parents out there who wouldn’t support better health for their children, but I doubt there are many.
There are a lot of small things that most communities are capable of doing for themselves, but that don’t get done. I think at least some of that is people just not realizing that they have the resources they need, but a lot of it is the likelihood that any good will be undone by the system that’s supposed to be working for us. Where that system is working against us, it may be worth doing something like – in this case – putting up a hedge, without waiting for permission. If one were to do that, I imagine it would be best to have signs attached to it, explaining what it’s for, and encouraging people to fight to keep it. Even if one lost such a fight in the short term – if the hedge (or tredge) is destroyed because the right paperwork wasn’t filled out, then that would become something around which you could rally support.
There are a lot of problems in the United States caused by activist parents making noise at school board meetings and other such local political events. This seems like a way to activate people in a more constructive direction by using similar tactics (assuming that getting your tredges isn’t as easy as I think it ought to be). Getting a hedge put between a play area and a road is a small enough change that I think most people will believe that it’s within reach, which will make them more likely to put in the effort to make it happen. I also believe it that the conversation about the benefits of greenery for children could fairly easily be turned to conversations about air pollution and greenery in general, waging a campaign like that could well make people think about what other things they could accomplish by working together. I don’t know whether good fences really make good neighbors, but good tredges definitely make better neighborhoods.
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This week has been hectic and exhausting for a number of largely unrelated reasons. I’ll have something more substantial up tomorrow, but in the meantime, this video is a good look at something worrisome that’s been happening in the Arctic. Some of you may remember hearing about a number of larger, bizarre craters appearing in Siberia. As I followed the story, it became pretty clear that the culprit was the explosive release of a gas buildup under the permafrost. I had assumed that the gas buildup was from microbial activity in newly thawed organic matter, but it turns out they’re actually from a different scary problem.
Apparently, the permafrost has been acting as a lid on oil and gas deposits for the last few hundred thousands years, and now that it’s thawing, the methane from those deposits is finding its way to the surface. This isn’t methane from rotting permafrost, it’s climate change just releasing natural gas into the atmosphere. It’s currently not certain that these are a new phenomenon. It seems likely that they are, but all we can currently say is that this is new to science. The best-case scenario is that this has been happening all along. Given how rapidly these craters turn into lakes that look the same as other permafrost lakes, it is possible that even prior to the recent warming, this is just one way in which the permafrost has always “bubbled”.
Personally, I’m inclined to believe that these are either a new thing, or an old thing that is becoming much more common. As ever, bad news doesn’t much change what needs to be done. Do what you can to build collective power, and community resilience. Do what you can to move politics and political discourse leftwards, and in keeping with those ideals, do what you can to take care of yourselves.
The concept of police and prison abolition is scary for a lot of people. We’re taught that police are what keep society together, by upholding order and solving crimes. The reality is that the order they uphold tends to mean chaos for those at the bottom, and if we think that social harmony is a goal worth fighting for, the current law enforcement system is counter-productive. We can do better. This video is an approachable intro the topic, from someone who worked as a cop.
If streaming corps are going to suddenly remove projects from their servers without warning, the rights should return to the creators. You no longer wish to host it or pay? Fine. But you should not have the option to randomly erase it from existence when it has no physical copy.
— Zelda Williams (@zeldawilliams) August 19, 2022
HBO Max’s decision last week to scrub 36 titles from the internet has sent shockwaves throughout a lot of people either involved with, or emotionally invested in the arts. It’s not surprising, per se, when considering the merge with Discovery+, the discussion of how the streaming service had already lost the streaming wars before it started, or of course the shock from earlier this month how the new Batgirl movie would not be released, ever. There are rumors that 70% of the development staff for the media conglomerate will be laid off.
Media companies closing doors is hardly news. Media companies cancelling beloved shows is hardly news – remember Firefly? But what is new is the way that Warner Bros Discovery (the media conglomerate with more assets than I can shake a stick at) has handled the cancellations: silently removing the media without even telling the creators. An article from before the quarterly reports came out stated the issue quite plainly:
Like other streaming services, HBO Max issues monthly updates about titles being added and removed — for example, it announced that all eight original “Harry Potter” films will be exiting HBO Max at the end of August, while it’s also adding a big bucket of content including 28 films from A24 such as “Room” and “Ex Machina.” But none of the Warner Bros. original films purged from HBO Max were included in recent updates.
And, ok. Sure. Don’t announce to the general public that you’re doing shady business. That’s standard operating procedure for every corporation. But not even telling the artists? The creators of the most recent wave of cancelled shows mostly found out via twitter.
imagine finding out your show got removed from the only service it's available on while it has a final season yet to be released– through a fucking twitter post pic.twitter.com/fPS1JojgjU
— 💥🌺 Jared 🌺💥 • #BLM ✊🏾 (@jeezreeze12) August 18, 2022
we put…….. a lot of work into that
— Ryan Pequin (@ryanpequin) August 18, 2022
Except for Regular Show and the current project I’m on, every single animated thing I have ever worked on is apparently getting disappeared for tax purposes. Can this possibly be accurate
— Ryan Pequin (@ryanpequin) August 18, 2022
There are more tweets – from more creatives – as most of animation twitter was in mourning last week, but I feel these give enough of a flavor without dwelling in abject misery. Adding insult to injury, none of these creators even have copies of their work. If they want to watch their own creations, their own artwork, they now have to pirate the media. The art director of cancelled show Tig N’ Seek, Levon Jihanian tweeted as much last week.
Like, yeah. I can go on a pirate streaming web site to watch episodes, but my kids can't. I made this for them.
— Levon Jihanian (@ForkFrenzy) August 19, 2022
This seemingly-bizarre disconnect between artist creation and the artist actually viewing their work, led many to wondering how, why, and what caused this situation. In response to such questions, an anonymous industry animator described the draconian working conditions of animation on tumblr:
And these are only the shows that are completely scrubbed from the web, aside from piracy. Shows which remain on the streaming site might still lose more than 200 episodes, like Sesame Street had happen. Sesame Street — ah yes, what a useless show that no one ever watches. I’m sure that no parent or child noticed those missing episodes.
A media conglomerate pulling titles after a merger feels familiar, however. Where have I seen companies putting newly acquired media into vaults before… Ah yes — good ol’ Papa Walt, the champion of ridiculous copyright law and the vigilante against evil daycare centers. The primary difference that I can see between the Disney/20th Century Fox merger in 2019 and the HBO/Warner Bros Discovery merger of this year is that Disney was vaulting older, repertory titles. Warner cancelled existing shows that had already created their new episodes. Keep in mind, I hate both actions. But at least when The Name of the Rose (1986) or Cocoon (1985) were pulled from US markets in 2020, all creatives involved had already been paid. (Although the Vulture article linked above discusses the negative impact on small, local, repertory theatres.) I wonder if animation is likely to be the next media industry to see massive amounts of people leaving the industry for good. Digital effects artists have already started that process and I could easily see animation being next. Apparently it was industry practice to show examples of your work on streaming sites as part of your portfolio — how can you do that when all references to the media have been pulled?
At this point, many people from within and without the industry have begun speaking louder and louder about the value of owning physical media and pirating digital media. The more copies of any given item, the more likely that it will exist in the long run. There are many examples of lost films being found in attics or buried in archives, and media conservation is a serious issue. In a discussion on the value of media preservation via piracy, conservation policies were brought up:
Please – let’s try and keep modern media and culture available. Buy physical media, pirate digital media; don’t let corporations and streaming services decide what’s important. If art is important to you, it’s worth saving.
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Since the environmental movement gained popularity, corporations have been finding ways to profit off of people’s reasonable desire to safeguard the ecosystems around us. These greenwashing tactics tend to be actively counterproductive. They encourage people to believe that the problem is being solved, often by the very people who are causing it. This absorption of movements for systemic change has been extremely effective in preventing that change from actually occurring, and the same has been true of climate action. Carbon offsets are a part of this. The idea makes sense in a vacuum. If you assume that society is making a good-faith effort to deal with climate change, there will still be some fossil fuel use for at least another few decades, and one way to reduce that harm is to actually work to capture carbon, to balance it out.
Works in theory, but unfortunately, everything is still run by capitalists, who have a powerful motivation to make sure nothing changes in any meaningful way. As always, John Oliver does an excellent job breaking down exactly why carbon offsets are a scam.
Because of the way things can drift around in water, a lot of different aquatic organisms use a sort of “immersion” strategy for reproduction. Rather than going through all the bother of finding a mate and copulating, they just produce such massive amounts of gametic material that it’s guaranteed to encounter its target, just drifting around. This is particularly a good strategy for species that are either stuck to the sea floor, or that are themselves drifting without direction. Another version with which you’re probably familiar is the clouds of pollen released by trees and some other plants in the spring.
I had long assumed – and I wasn’t alone in this – that aquatic plants of all sorts relied on this dispersal method. It seems obvious, right? With water being an ever-present resource, why would any sort of “pollinator” relationship develop? Well, as always with evolution, the adaptations that provide immediate, short-term benefits are the ones most likely to stick around.
In this case, it turns out that red algae “pollen” is a bit sticky (as gametes are wont to be), and there are tiny creatures that make their living on and around the algae in question:
Are sea animals involved in the reproductive cycle of algae, like pollinating insects on dry land? Dispersal of the male gametes, or spermatia, of red algae generally relies on water movement, and up until now, scientists did not recognize the role played by animals.
Yet an international team led by Myriam Valero, a CNRS scientist affiliated with the Evolutionary Biology and Ecology of Algae research unit (CNRS / Pontificia Universidad Católica de Chile / Sorbonne University / Universidad Austral de Chile) and Roscoff Marine Station (CNRS / Sorbonne University)1 , has revealed that tiny marine creatures called idoteas act as ‘sea bees’ for the red alga Gracilaria gracilis.

The image is a black and white microscope photograph of an Idotea isopod. It has a segmented body, with at least eight legs. It’s shaped a bit like a pill bug or a prawn – longer than it is wide, with what appears to be two long, thick, segmented antennae on its head. The only color in the photo is little green dots, highlighting the places where algal gametes are stick to the Idotea’s exoskeleton. There’s a circle around two of its legs, corresponding to a zoomed-in circular photo showing a more detailed image of the Idotea’s clawed feet, and the “pollen” dusting them.
Idoteas contribute to the fertilization of G. gracilis as they swim amid these algae. The surfaces of the male algae are dotted with reproductive structures that produce spermatia coated with mucilage, a sticky substance. As an idotea passes by, the spermatia adhere to its cuticle and are then deposited on the thalli of any female alga the crustacean comes into contact, thus helping G. gracilis reproduction.
But idoteas also stand to benefit in this arrangement. The seaweed gives them room and board: idotea cling to the algae as a protection from strong currents, and they munch on small organisms growing on their thalli. This is an example of a mutualistic interaction—a win-win situation for plant and animal alike—and the first time that an interaction of this kind between a seaweed and an animal has been observed.
While these initial findings do not indicate the extent to which animal transport of gametes contributes to algal fertilization relative to the role of water movement—previously thought to be the sole means of gamete dispersal—they do offer surprising insight into the origin of animal-mediated fertilization of plants. Before this discovery, the latter was assumed to have emerged among terrestrial plants 140 million years ago. Red algae arose over 800 million years ago and their fertilization via animal intermediaries may long predate the origin of pollination on land. Valero’s team now aim to focus on several other questions: Do idoteas trigger the release of spermatia? Are they able to distinguish male G. gracilis algae from female individuals? And most importantly, do similar interactions exist between other marine species?
First off, I just want to appreciate the way the authors take time to flesh out the historical implications of this discovery. Underwater ecosystems, as far as I know, tend not to have plants that evolve organs specifically to attract animals as pollinators. I could imagine a number of reasons for this, but at the same time, I could imagine reasons why it might not be a beneficial strategy on land. For one, if the current decline in insect populations continues, wind-pollinated plants are probably going to fare a bit better in the coming century or two.
Part of me wants to assume that if there were underwater organisms that used something like scent to attract “pollinators”, we’d have noticed that behavior in the animal in question. That said, our oceans are vast, treacherous deserts, with brutal, unyielding conditions that make study extremely difficult and dangerous at times. At the end of the day, I love reminders that there’s still so much to discover, and when I get a chance to throw in a fun pun for the title, well, that’s just the sea bee’s knees!
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The Majority Report has a farmer who calls in regularly from Nebraska, mostly to talk about the state of grain production both in the US, and globally. I’ve posted some of his calls before, because I find them useful. Longtime readers will know that I’ve been worried about the state of global food production for a while now, and that worry was increased by Russia’s invasion of Ukraine, plus the many, record-breaking droughts that have been happening around the world this past year. As with a lot of good news relating to the climate, this is good because it means we’ve probably got a bit more time before catastrophe becomes unavoidable. That means more time for countries to try to change how they grow food.
I’ll be going more into this soon, but when it comes to food shortages, the middle and upper classes of rich, mostly white nations will see prices rise, but we are unlikely to actually starve at this stage. What will happen instead, is that food that would normally go to countries in Africa, in particular, will be diverted to places like the United States, Western Europe, and so on. It’s good that we’re probably not there yet, but make no mistake – that will come if we don’t change things. I’ve included a partial transcript of the video below, to cover Kowalski’s reasoning for this sort-of-rosy prediction.
[…]
It is looking like the U.S. is going to be producing very similar to last year. Not exactly a record, [but] mildly above average, which is good. Commodity prices have been coming down lately. There’s some good signs out of China that [their] summer crop was a bit better than they were expecting, but I personally won’t believe that until about December, when we know that definitively. They’ve done this before in order to drive down prices to buy South American grain cheap, but it looks like they probably are doing all right.But aside from that. just there’s been too much heat in Europe. but they’re probably going to be okay. The U.S., the droughts in the southwest are still not great but there’s enough irrigation for now, so probably no major famine, but food prices will probably be up, especially in places like the Middle East and East Africa.
A lot of this is not good long term. If the fertilizer situation is not resolved… Basically, the ground can store nitrogen for a while, but from what I’ve been reading, a lot of places especially with marginal ground (particularly in like Africa and South America; [tropical soil is not as good as temperate soil, so] they rely more heavily on artificial fertilizers in order to have […] a crop that would be considered pretty poor in the States, and if they don’t get more fertilizer. they’re just there there isn’t going to be any left in the soil to use next year.
I know this might feel bleak for “good news”, but it’s important to remember that the fact that we know this stuff, means we have the ability to do something about it as a society. As ever, the goal is to build up our ability to wield collective power, so that we have the leverage to create change even if those at the top don’t want it.
