Hey! I’m excited about sustainability, but I’m really poor! So here are some tips if you are also poor.
There are some things you can take that, while not stealing, people won’t expect you to take. This includes seed collecting from untended gardens, portions of plants that grow in the wild, and soil from parks. This kind of stuff can cut down on expenses.
Seeds can be sold in expensive stores, but can also be taken from produce you buy. Stuff like garlic, onions, green onions, tomatoes, and potatoes are all really easy to reproduce by themselves. Care enough to want organic, heirloom, ect? Go to a farmers market, take the seeds.
Some places also do seed libraries or seed swaps. Keep an eye out for these, especially if you live in or near a big town. Dollar tree also sells seeds in the spring.
A lot of this might involve bending rules. Be sneaky and be careful.
Ideally, land to plant on in a garden is how food is produced. However if you’re like me you live in a cramped, overpriced studio on the second floor or something.
Yeah containers work. But you need soil for that, and you can’t grab all of it from potting soil bags ripped open at your local garden store. Maybe if you’re patient. But I’m not.
Hydroponic setups work better. One like this requires a plastic bottle, some kind of mesh, and fertilizer.
Fertilizer is, in a lot of places, seen as a bright blue powder sold in gardening stores. You could buy that. I wouldn’t personally. You could steal it from a chain store. But more likely, you could make your own. This article talks about fertilizer from food and food waste. And you can learn about nutritional needs of plants here.
This method could grow herbs, leafy greens, and some vine plants like pole beans, with support. this is not recommended for root plants like potatoes, for a lot of reasons.
Of course if you have access to dirt (not necessarily potting soil) you’re in a better place. Do a few tests, like drainage and composition. PH shouldn’t be a huge deal if you’re digging it up, just find dirt that shit is already growing in. Find a container that can hold a lot of dirt, poke a few good sized holes for water drainage, and plant that shit!
If you manage to bring some of your shit past usable to seed, congrats! Maybe learning about seed collection would help you spread the love to your other friends.
Oh and since there are no bees in your apartment (I hope) you’re gonna need to hand pollinate fruiting plants.
Perhaps the most efficient way of doing this is having friends who also reuse things. You’re not gonna be able to save every candy wrapper most days, and I’m in no position to give up simple luxuries like candy. If you got the money, finding local producers who use compostable/recyclable materials for your little luxuries is nice though. But some of us ain’t got that kinda money. And that’s ok.
As I said before, bottles can be used to make hydroponic gardens. Maybe if you want you can help your friends set up some gardens if you got one too many two liters from Little Caesars.
Plastic bags can be turned into plarn (plastic yarn) and used to knit or crochet. If you feel so inclined you can learn to make cool shit, like reusable shopping bags or something. You could also make a bunch of plarn and outsource this to your friend who likes to knit in exchange for something you wanna do, or are good at.
Egg cartons can be used as seed starters. If you use the cardboard kind, they’ll dissolve into the soil if you break em down a little before planting them.
Aluminum foil can be used to keep algae out of your hydroponic garden, or as an alternative to steel wool.
There’s a lot that I could say, but reuse stuff is popular right now. Ideally, it should be reused into something that has a good use. And remember, sharing your talents and outsourcing things you can’t do is good and pure.
This is gonna be a little more expensive. If you got a little money laying around, this could help reduce your power bill or something. But this isn’t gonna be free or next to free.
Phone chargers are an easy one to power. They charge up and don’t vary in their power needs.
This tutorial is, quite frankly, brilliant, and takes away a lot of the barriers to making solar powered stuff (like soldering). They tear apart a garden light to do this. That light could be used for some plants or something.
Wind and hydro are kinda unrealistic for an apartment, but it’s something people do.
Food banks, community gardens, borrowing land, pooling resources. Buy an empty plot with your friends and start a community garden.
Look, your plastic straws are only a negligible contribution to oceanic plastic pollution. Japan has backed out of all of its clean energy goals since Fukushima and is importing thousands of tons of fossil fuels to make up for it. The lithium mining processes required to make your hybrid car make its environmental benefits basically nonexistent. Food waste has much more to do with governmental regulations on spoilage and consumer demand for cosmetically perfect produce than you forgetting about the kale in your vegetable crisper.
The world is made of complex problems and the simple answer basically only exists to make you feel good about yourself
By Designlabexperience
I've just now found out about the amazing Autumn Peltier. She deserves so much more coverage than i've seen.
Ray of Rice hat/lamp by Jittasak Narknisorn
“I respect and admire agriculture, especially the rice farmers who provide us with the food in our everyday lives. They work very long hours under the hot sun during harvesting season. From this observation, I saw how to merge the traditional lifestyle of a rice farmer and today’s technology. Ray of Rice : hat & lamp is comprised of solar cells on the exterior with LED lights on the interior. As the rice farmers work during the day the solar cells collect the sun’s energy. By night, the hat can be hung anywhere and utilized as a wireless lamp.”
(via)
FTA: “Kenya installs the first solar plant that transforms ocean water into drinking water, and it could be the solution to the global lack of water
The Earth is a watery place. In fact, 71 percent of our planet is covered in water [1]. Despite this, one in nine people do not have access to safe drinking water – that’s around 785 million people [2].
The trouble is, 96.5 percent of all Earth’s water is found in the oceans in the form of saline water, and is not drinkable for humans. That only leaves us with rivers, lakes, and groundwater to satisfy our water needs [1].
According to the World Economic Forum, the global water crisis ranks as the number four risk in terms of impact on society [3]. Let’s face it – humans need water to survive.
If you’re reading this from Canada or the United States, you may not understand this crisis on a personal level. After all, you can turn on a tap and have safe drinking water instantly start flowing from the faucet. This, however, is not the case for billions of people living on other continents. One NGO (Non-Government Organization) is trying to change that.
GivePower
Give Power’s mission is to install solar energy technologies that will bring essential services to developing communities in need [4]. Their most recent break-through project installed a solar-powered desalination system to bring clean, healthy water to the people in Kiunga, a rural village in Kenya [4].
With this technology, the salty ocean water will now be a viable source of water for the people living in this village. The system is capable of producing about 70 thousand litres or drinkable water every day, which is enough for up to 35 thousand people [4].”
GivePower
Do note that they are not yet rated on Charity Navigator
How much longer until the utopic Solarpunk future where Capitalism is dead and we all live in ecologically sustainable high-tech forest cities? Asking for a friend.
The first ever report on the state of the world’s fungi has today revealed that if the natural properties of fungus can be harnessed and developed, plastic could be broken down naturally in weeks rather than years.
Kew Gardens and a team of over 100 scientists from 18 countries have compiled the paper, which shows how different organisms can decompose plastics, clean up radioactive material and even speed up the production of biodiesel.
Found last year by a team of Chinese scientists on a rubbish dump in Pakistan, Aspergillus tubingensis breaks down bonds between plastic molecules and then splits them using its mycelia. The process takes a matter of weeks, rather than the decades it usually requires for plastic to naturally disintegrate.
“This ability has the potential to be developed into one of the tools desperately needed to address the growing environmental problem of plastic waste,” says the report.
Speaking yesterday at Kew Gardens, senior scientist Dr Ilia Leitch said: “This is incredibly exciting because it is such a big environmental challenge. If this can be the solution, that would be great.
“We are in the early days of research but I would hope to see the benefits of fungi that can eat plastic in five to ten years.”
A recent Telegraph investigation showed that British plastic sent to Poland to be recycled was actually being burned, spewing dangerous toxic particles into the atmosphere.
It is hoped that fungi could revolutionise the recycling process and provide a sustainable decomposition method for plastics.
The report also seeks to enhance the image of fungi, citing its importance in beer (yeast), penicillin, washing powder and cheese.
The most famous type of fungi - mushrooms - are consumed the world over, with the market for edible species worth £32.5 billion.
In an effort to find out which ‘lost’ species are truly extinct and which species are simply under-recorded due to lack of survey work, Kew runs a ‘lost and found fungi’ citizen science project.
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How much longer until the utopic Solarpunk future where Capitalism is dead and we all live in ecologically sustainable high-tech forest cities? Asking for a friend.
I just jerked out of my midday dissociation and realized that seed bombing a golf course with mint would be the ultimate crime.
Oh my god this is so evil.
I love it.