Solarpunk Farming

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Farm all the things!

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Hi, recently I've been making these pictures/photobashes of different places in a solarpunk world, trying to demonstrate technologies or other possibilities, or values like reuse that I consider to be solarpunk. I'm working on some cityscapes but I've been thinking a lot about rural places since that's where I'm from, and how they might change with some of the societal crumbles and contractions I feel like are impending. In my grandparents' time, the region where I grew up was lots of small villages, usually bunched up around water and local industry, with farms spread out beyond that. With cars, people have spread out in these sprawling bedroom communities that are becoming ever more dense with people. Gas and groceries were 40 minutes away by car, and I feel like most people I knew drove an hour each way for work.

I wanted to do a scene sort of showing how things might change in rural areas if cars became impractical (due to shortages etc) and how things could be rebuilt better. I have a sense of what I want to include:

  • Dense village surrounded by farms and forest, an abandoned mcmansion or large house far enough out to be impractical
  • High speed rail access to the village
  • Solar panels
  • Waterwheels
  • Farms
  • Algae farming

For the farms, I could drop in bits and pieces of photos of farmland and make it work, I worked on a farm for a few years and feel comfortable enough for that. But I suspect folks who know more about farming, and especially folks who are into solarpunk visions of the future, might have stronger opinions on how it should be done, so I figure now is a good time to ask. What would you like to see? What should be done differently than we do now? Anything from layouts to the size of fields, to specific crops would be useful.

Edit: this'll be in North America, by the way. (Probably northern US States though I haven't picked one) The surrounding trees, general style of mountain, and the buildings will be based on that assumption anyways.

edit 2: here's the current rough draft to give you an iea of the space I'm planning around

Thanks!

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submitted 2 years ago* (last edited 2 years ago) by [email protected] to c/[email protected]
 
 

I had never actually heard of this plant before 🤯

The Wikipedia page has some more interesting details.

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“Why can we only get lamb in the US, as opposed to mutton?” That’s what Bobbie Kramer, a veterinarian near Portland, Oregon, was wondering when she

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Piped link

“I don’t think any of us wants to get bigger … it’s just the curse of a commodity business. We made all the focus on production, and all the economics, the subsidies, are tied to production. We have a production-focused agriculture policy.”

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original story at La Mula – Agricultores peruanos producen granos de café de primera calidad gracias a la conservación de la naturaleza

“In 2014, I spent 10 days hiking through the Mapacho River Basin, one of the most biodiverse places on Earth in Peru’s western Amazon region. I walked along trails shaded by a dense canopy, waded through rivers and slept in shelters designed to dry coca leaves. I was there leading a research team collecting data on the livelihoods of Indigenous farmers. Shortly after I left, though, something arrived that would devastate the communities. I returned in 2020 to deserted homes, increased poverty and stories of a disease that caused it all.”

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cross-posted from: https://kbin.social/m/[email protected]/t/405772

Warmer winters, late freezes and wildly variable rainfall have formed a perfect storm to wreck the one of the region’s favorite fruits

Farming is inherently risky, a profession that always involves an expectation of loss and damage. But among many farmers, peaches are considered an unpredictable crop, with high risks and high rewards.

“Farming peaches is like gambling in a casino,” said 44-year-old Robert Jackson II, of Lyman, South Carolina. The fruit bruises easily and is vulnerable to weather changes, but can earn handsome profits.

He and his 70-year-old father, also named Robert Jackson, live and work on a 33-acre farm where peaches are their main revenue stream. “One day, everything could be fine, and then the next day, you could have nothing.”

That’s been the case for many South Carolina growers, who produce more of the fruit than the neighboring “Peach State”, Georgia. This year, a late freeze destroyed about 70% of the state’s harvest. This year’s disaster followed the previous year’s disruption, another freeze that put a major dent in peach growers’ pockets and prospects.

As southern peach season draws to a close, farmers worry that climate change threatens the long-term survival of an industry that is an economic powerhouse and deeply tied to regional identity. What apple pie is to America, the peach has arguably become to many people in the south. From Charleston to Greenville, South Carolina, roadside stands advertise peach ice cream, and small Gaffney, South Carolina, has a 135ft peach-shaped water tower.

But this year, peaches have been scarce. At an Asheville, North Carolina, farmers’ market where most of the peaches come from South Carolina, fewer peaches were on offer. When they were available, they were more expensive: a half-bushel could cost as much as $60. “Still, every peach sold in a blink of an eye,” said Ellerslie McCue, marketing coordinator for the WNC Farmers Market.

In 2022, Jackson Farms picked 2,200 half bushels of peaches. This year, it only yielded 110 half bushels. Typically, the farm would have enough peaches to sell wholesale, as many peach farmers do with excess crop. This year it only produced enough to sell at the family’s roadside stand and local farmers’ markets.

“We didn’t think the temperature was going to drop as cold as it did,” he said. “But 2 or 3 degrees is the difference between success and failure with peaches.”

Peaches are notoriously difficult to farm, both labor-intensive and sensitive to minor fluctuations in weather. During the fall and winter, peach trees enter a dormant period. Depending on the variety, the tree needs a specific number of “chilling” hours during this time – basically, hours spent at temperatures between 32 and 45F. During this season, peach trees are pretty hardy and resilient to freezes. Once the weather warms, the trees begin flowering and eventually producing fruit. But, at that point, the tree and its fruits are a lot more vulnerable to cold and destructive weather, such as hail.

“This year is probably the worst year in my 38 years of working,” said Dr Gregory Rieghard, professor of horticulture and member of the Peach Breeding Lab at Clemson University. He estimated that Georgia lost even more of its crop than South Carolina, keeping only 5% of its peaches.

Rieghard said climate change is jeopardizing peach growing.

“What people don’t realize is that when you have warmer temperatures in the Pacific, that warmth moves towards the Arctic and displaces the cold air that is there and pushes it down into North America. So we have an increased risk of these late freezes due to polar vortexes.”

Frequent late spring freezes combine with warmer winters and irregular rainfall to make a perfect storm for crop destruction. As global temperatures rise, peach trees are not always getting those necessary “chilling” hours. Warmer air also holds more moisture. It might rain less frequently, but when it does rain, there often is a lot more of it. Both drought and torrential downpours can wreck a season.

Rachel McCormick’s family has owned McLeod Farms in McBee, South Carolina, for five generations and currently plants 1,000 acres of peaches. Her father, Kemp McLeod, “calls the National Weather [Service] phone number all the time. I think they have him on caller ID,” she said.

The period of regular freezes this year was a “long three weeks” for the family. But they fared better than many farmers, retaining most of their crop. Some of it was the luck of geography. McBee, situated in the state’s Sandhills region, didn’t get as intense of a freeze as more southern and western parts of the state.

McLeod Farms also invested heavily in protecting its peaches. Workers burned bales of straw around the periphery of the farm at night and ran dozens of wind machines, circulating warm air around the trees.

Wind machines are among a handful of tools that can protect peaches in the face of a freeze. Rieghard’s lab at Clemson is also working on breeding new varieties of peaches that bloom later in the spring at higher temperatures. For the farmers themselves, there is crop insurance, which can provide some financial protection. Jackson didn’t get crop insurance until after the 2017 freeze when the US Department of Agriculture provided disaster relief to peach farmers. That vital cash subsidized the cost of crop insurance, which can be prohibitively expensive.

Despite this, many peach farmers remain steadfast in their commitment to growing peaches. Risk sometimes comes with gain. Rieghard noted peaches often return higher investment than row crops; in South Carolina, 15,500 acres of peaches generate over $98m, to the tune of more than $6,000 an acre.

“Honestly, if 100% of our crop came, we wouldn’t know what to do,” joked McCormick. Her family farm expects to lose at least 20% of its crop per season. As it stands, she’s currently filling out the paperwork to bring the usual cohort of migrant workers over through H-2A visas to work 2024’s crop. She doesn’t expect the more frequent freezes will change her family’s commitment to peaches.

“There’s been a lot of talk about the peach industry this year because we were hit so hard, but I hope it has brought awareness to how this supply chain works and how environmental and economic elements can affect an industry,” she said.

For Jackson, the peach failure is a loss, but his family balances that part of their business with off-farm jobs and other crops.

“We still have the vegetables and watermelon and blackberries to save us. My dad says if you ever lose a blackberry crop, then there’s not gonna be anything because blackberries are the most resilient.” For now, the blackberries are fine.

But as they look ahead to the next year, Jackson said the family will plant more peach trees, as well as looking at investing in a wind machine. They also will prepare to burn frost-preventing “smudge pots” if another freeze occurs. “If you save one crop of peaches, it pays for itself,” Jackson said.

Besides, the work is also a payoff. “I love what I am doing, and I like the lifestyle of farming,” said Jackson.

His father originally owned a farm in South Carolina in the 1980s. After three freezes in a row, the elder Jackson declared bankruptcy and moved to Connecticut to work on an apple orchard, then a vegetable operation. But working for others dissatisfied him, and he returned to South Carolina and bought land to begin farming again.

Today, the younger Jackson’s kids roam the farm and pick fruits at will, just like he did as a youngster. So even if the peach industry is risky, it feels worthwhile to him.

“Everyone needs to taste the fruits grown right next to where they live, then they’ll understand.”

Still, he said, most people would do better putting their money into the stock market instead of a peach farm.


archive link: https://archive.is/7inpA

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Photo is from earlier in the season. A small plot for research purposes :)

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A 100-acre Alaskan operation owned by Premium Aquatics, which sells its bounty under the brand Seagrove Kelp Co, has become the largest kelp farm in the U.S in the four years since its founding.

One question looming over the North American seaweed market is how big is too big.

Alaska leads the way here, with state laws that require farmers to collect their kelp seeds from within 50 kilometers of their grow site each year to ensure their crops share their genetic makeup with local wild stocks.

"The people who I think should be in kelp farming are fishermen who already know how to work on the water, already have a boat, and already have another generation coming up underneath them to raise on the water," said Patryn.

If passed, the federal Coastal Seaweed Farm Act of 2023 would help further this mission by establishing an Indigenous seaweed farming fund and publishing a report outlining how to responsibly scale seaweed in the U.S. with the help of Indigenous knowledge.

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The Regenerative Agriculture Podcast (regenerativeagriculturepodcast.com)
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Ren's group recently published an article in Renewable and Sustainable Energy Reviews, where they synthesized global data from nearly 600 studies on biochar to analyze its potential as a climate-smart agricultural practice.

We hope to quantify related water and nutrient footprints and the potential to promote climate resilience."

In Connecticut, biochar could also help turn a form of waste in the form of tree trimmings and other wood waste into this valuable, resilience-building material.

"As I mentioned, CSA practices need to happen at the right time and location and must consider the combination of other natural and human factors," Ren says.

The team is connecting with local biochar producers and planning to keep the production local, considering the need to save energy for transportation.

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