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Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
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My carrots didn't get very long but hey, baby carrots, stock or juicer they gooooo. 🥕 🥕 🥕 🥕 🥕 ♥️ 👌 #urbangardening #garden #carrot #permaculture #springfield #veggiepatch #growfoodeverywhere #sustainability #foodforchange #foodforthought #nourish #buildsoil #greenlife #vegan #vegangarden #vegetables #vegetablegarden #eatfortheplanet #gardenlife #produce #growyourown https://www.instagram.com/p/Bn9fjq2AHDy/?utm_source=ig_tumblr_share&igshid=1e5udzayafjx8
In the future I see, we will find ourselves with moving & still water everywhere. Rather than hiding water or helping it to move away as quick as possible, we hold it high & prominent in our landscape. Every home connected to water. Catching it and storing it in ponds, using swales, planning better roads...
There are many communities that already are built with this understanding, always the targets of imposed imperial artifice that we call home. It’s sits on top the landscape A machine that turns ecology into its component parts atomizing all of us. Cages sold as homes and towns.
What would we be if our common goal was the improvement of water from the back door outward- the raising of soil, the expansion of the foundations of life?
One example I love is the Satoyama system; an integration of landscapes, with towns, rivers, canals, fields, forests, and wildlife. Here’s one good film on it.
This thread was a response to questions about how to build soil. I look at the big picture what helps soil grow & end with a discussions about how towns & cities might be designed to help.
So there’s so much to cover in how to repair things. I’m going to do a slow thread on how the designed and built environment can be directed to soil building and climate repair.
1st thing to think about is what is soil? For brevity i’m going to say soil is the culturing of weathered rock with a food web of microorganisms that leads to making rock nutrients solvable &stores them along with organic carbon. (Soil scientists i know i’m over-simplifying)
I’m talking about aerobic souls formed with oxygen rather than anaerobic. Wetlands souls are amazing and do good. But there are reasons to focus in aerobic for now. (I’m a huge fan of wetlands and pond systems too)
Too much water and too much compaction removes oxygen. The system switches to anaerobes that live by yanking Oxygen off of soil nutrients, making them smell bad and able to leave the soil. They also produce alcohols that prevent plant roots from growing.
So this kind of soil needs: enough air, water, contact with plants (that feed it with sugars and proteins made with photosynthesis and CO2 exuded from their roots.)
Rock weathers into subsoil without a lot of big life, when plants interact with it they build living subsoil through their roots and the accumulation of organic matter on top.
Living soil is protective. So it actually protects the subsoil from some of the processes that speed up formation. Which is why in natural conditions it can settle into a very slow rate of production.
We have been running civilizations in the use of this built up soil. Turning it killing fungi and structure to get bacterial blooms that feed out Annual crops.
How To Add a Frog Pond to Your Landscape
VDGIF Habitat Education Coordinator Carol Heiser explains how you can add a frog pond to your landscape!

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Help me repair the climate! We can pull enough carbon out of the atmosphere to bring… Jordan Fink needs your support for A project to reverse climate change
“Help me repair the climate! We can pull enough carbon out of the atmosphere to bring CO2 levels back to what they were in the 1600’s. In the middle of so much grief about the state of the world, I feel hope. I’ve been studying climate change and developing an understanding of how to address these problems. There is a different way to look at it: We think of humans as a scourge on this planet, humans are capable of being agents of ecological repair and rebuilding.
In the book Another Kind of Garden, the methods of Jean Pain are revealed. He spent his entire short
In the book Another Kind of Garden, the methods of Jean Pain are revealed.
He spent his entire short-lived life studying brush land and forest protection, specifically fire prevention, alongside his wife Ida. These studies led to an enormous amount of practical knowledge for composting, heating water, as well as harvesting methane, all of which are by-products of maintaining a forest or brush land with fire prevention techniques. While this knowledge is applicable in many instances, it is worth remembering that the root of all of this knowledge lies in forest preservation.
All of the activities described below are by-products of that process. The book goes into detail with the economics of such an operation. I will focus on the applications...
This thread was a response to the idea that we should put aerosols in the atmosphere. There are solutions we could be putting our energy towards:
Most of the proposed responses to climate change don't fundamentally address one of the largest sources and solutions to the situation: restoring soil through regenerative agriculture and grazing. Current agriculture is rapidly causing soil to lose carbon- and this is fixable.
the numbers vary as the destruction of soils is so backgrounded that it has only recently been brought into international discussions. But the levels of carbon storage in living biological soils are enormous.
but it is reasonable to attribute 30-60 ppm of the problem to soil loss which opens up a big realization: the WAYS we've used oil is as big of an issue as the use itself. how have we used it? by combing over the world's carbon storage every April.