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-Zonbi-
https://www.instagram.com/noaxolot?igsh=MWh0cjJ3MGJpNGthYg==

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Maize (Zea mays L.) is a staple crop in many regions, but its postharvest storage is severely threatened by the maize weevil (Sitophilus zeamais), leading to significant grain losses. This study evaluated the efficacy of solar energy exposure as a non-chemical method to control maize weevils and preserve grain quality. The experiment investigated the effects of different solar exposure durations and frequencies on weevil mortality, grain weight loss and seed damage over a 90-day storage period. Treatments included exposing infested maize to direct sunlight for one (1), two (2) and three (3) hours and exposure frequencies once or twice per month. The treatments were compared against Shumba (a chemical control) and an untreated seed (negative control). Results revealed that solar exposure significantly increased the mortality rate of maize weevils (p< 0.001), with treatments such as 2 hours twice monthly (2H2M) and 3 hours twice monthly (3H2M) achieving mortality rates above 85% by the end of storage duration (90 days) similar to Shumba. Significant reduction in seed weight loss and seed damage ( p < 0.01 to p < 0.001) were recorded in samples with higher exposure regimes. The untreated control demonstrated the highest losses, with weight loss reaching 14.84% and seed damage 35.67% by the end of exposure duration (90 days). The findings of this study, demonstrate that intermittent and sufficient exposure of maize seed to sun radiation can be a feasible strategy to manage maize weevil’s infestations and preserve both quantity and quality of grain and seed. Solarization offers a sustainable, cost-effective alternative to chemical insecticides for smallholder farmers, especially in places with high solar intensity or poor access to expensive techniques.
Decarbonization at a distance
I'm on a tour with my new book Enshittification: catch me next in Cambridge, MA; Washington, DC and Brooklyn! Full schedule here.
In Bill McKibben's new book Here Comes the Sun, he frequently laments activists' tendency not to celebrate our wins, a habit that sees us always feeling as though we were losing, even when we're racking up massive victories:
https://billmckibben.com/books/here-comes-the-sun/
Here Comes the Sun is an extraordinary, beautifully told, exhaustively researched and argued book about the remarkable progress of solar energy over the past five or so years. McKibben is speaking as much to his fellow activists as he is to the people on the sidelines, trying to get them to understand the quiet, profound changes to solar, to "update their priors" about whether a solar transition is possible, and what impediments stand between us and decarbonization.
For example, you may have read that the material bill for solar is simply too large to pay – that there isn't enough copper, enough conflict minerals, enough lithium for the panels, wires and batteries we'll need for a solar transition:
https://pluralistic.net/2024/08/06/with-great-power/#comes-great-responsibility
This is just not true, for several reasons.
First, the material bill for solarization is in freefall, with no end in sight. The amount of stuff we need to make panels, transmission lines and batteries keeps declining. Further: the efficiency gains of "clean" technology are astounding – meaning that, for example, it not only takes a lot less material to make a solar panel, the panel we make out of so much less stuff generates a lot more power. More: we keep finding ways to substitute more abundant materials for materials that are harder to find or refine (for example, swapping out lithium in batteries and replacing it with sodium, one of the most abundant minerals on Earth). Finally: we keep finding new sources of the materials that we can't readily substitute for. It turns out that when there's a lot more demand for a given mineral, people who've previously disregarded potential sources of that material suddenly pipe up with information about where (a lot) more of it can be found.
None of that is to say that extracting and refining these materials is without cost or risk. The realpolitik of extraction means that mining and refining companies will preferentially target poor and indigenous communities for their mines and factories. That's totally true and completely unacceptable, and it means that our task is to demand climate justice (letting those communities decide for themselves whether and how they will be a part of this). That's important work, and it's very different from endlessly parroting 15-year old back-of-the-envelope calculations about the material bill for solarization.
The material story is a really cool and exciting one. There is so much solar energy out there for the taking. A lot of the time, when we characterize high-tech products as "non-recyclable," what we mean is "it would take too much energy to recycle this device." As more and more solar comes online, we can reclaim literal tons of material from existing, superannuated tech. There's a solar-powered factory that ingests old solar panels, decomposes them into their source materials, and makes new, hyper-efficient solar panels out of them, reclaiming 99% of their materials:
https://interestingengineering.com/energy/solarcycle-to-recycle-10-million-solar-panels-yearly
Far from being an insurmountable barrier to a cleaner, better future, the material bill for solar is eminently tractable. What's more, the material bill for solar is superior in every way to the material bill for fossil fuels. The amount of stuff we need to dig up in order to solarize the planet is equal to one seventeenth of the fossil fuels we dig up every year. Remember, when you dig up a bunch of stuff to make a solar panel, that solar panel produces energy for decades afterwards, and when it finally reaches its end-of-life, we make it into another solar panel. When you dig up coal, you burn it and all that's left behind is a bunch of planet-destroying carbon dioxide and earth-and water-poisoning toxic ash.
I can't emphasize this enough. Solar is a superior substitute for fossil fuels in more ways than one. Fossil fuels need to be continuously replenished, meaning that every fossil fuel-powered system in the world requires a continuous, ongoing stream of materials to produce energy. Replenishing this fuel doesn't merely require us to dig up enough old dead shit to burn in the machine, we also have to dig up tons more old dead shit to shlep that old dead shit around. The gas and coal being set on fire all around you right now required another mountain of fossil fuel to power the mining rig, the refinery, and the ship and the truck that brought it to you.
Making more solar involves digging stuff up and moving it too – but just once. Once those panels are on your roof (or over your parking lot or irrigation canal, or between the rows in your farm's fields) they convert abundant sunshine into efficient energy, without requiring any more materials:
https://pluralistic.net/2024/08/06/with-great-power/#comes-great-responsibility
So it's definitely time we rethink our assumptions about the solar transition. Here's one assumption I had to jettison after reading McKibben's book: I used to assume that whenever I heard about Europe or the US or Canada lowering CO2 emissions, that was mostly because these rich countries had exported their carbon to China, by shifting carbon-intensive manufacturing there.

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Our 2025 Garden: temperatures, removing mulch and solarization
Today was my day of rest, but I did get a few things done in the garden, since I won’t be home for most of the next two days. The first thing I made sure to do was find a plastic to cover the end of the one bed where I’d run out. View this post on Instagram A post shared by The Re-Farmer (@the.refarmer) I ended up using a dollar store shower curtain I’d got to potentially use around the…
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