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

Here's an update on my moss cultivation project.
I started this one about two months ago and made some progress I wanted to share.

Here's my initial post: https://slrpnk.net/post/23641560

Substrate

The substrate doesn't matter much.
I grow both on peat (old CP mix I had no other use for) as well as just LECA.

As long as it's kept constantly moist and has (almost) no nutrients, it should work.

I will even try to make use of those glass sponge bricks you use for flowers, maybe that will work even better?

Nutrients

Of course, moss isn't moss. As I do not only grow Sphagnum, but also other mosses (pretty much any one I could forage!), they have other nutrient demands. Some tolerate more than others.

But most of them are still very intolerant to salt build-up (too much fertilizer).

Mosses have a huge surface area and therefore capillary action. They wick up nutrient solution from below and it evaporates at the top.

This resulted in a lot of loss for me. A huge portion of my collection has turned into mush because of nutrient burn...

This is just one example. You see how dark green and structure-less it is? Yep.

On the bright side, some of it was buried further down in the substrate and didn't get affected as much.

And here's my Pinguicula with different mosses added as top dressing. I removed most of it and replaced it.

I'm very glad I split it up, especially my beloved Sphagnum, so I always have a backup.

I used a spray bottle and kept the dishes constantly moist/ in a puddle.

BUT. With nutrient solution. Hydroponic fertilizer, 1/3 strength (~0,4 mS) every few days. In hindsight, totally overkill.

Now, I flush it with RO water once every few weeks, spray a bit of nutrient solution on it once, and water it with just plain RO water for the rest of the month via spray bottle.

The outdoor ones get the same treatment, but with rain instead.

You will notice the nutrient built-up by:

  • Dark green colour (nitrogen overabundance, the first warning sign)
  • Algae
  • Crispy tips (advanced)
  • And necrosis (when it's already too late)

Light, airflow and humidity

It's always said that mosses prefer dim light conditions, but that's not true imo.

I would say they need as much as houseplants. Bright, indirect light.

The problem is heat. They get cooked or dry out very fast, especially in a sealed container.

Low humidity is also no problem, as long as they have a moist surface.

Hell, even when they dry out, they can recover easily. They do that all the time in nature!

Some tolerate that better than others. Sphagnum for example is a bog plant, and gets a bit stressed if dried out too often and sets back growth for a while. Others, like cushion moss, even like to dry out a bit in between from what I've observed!

Also, there's a phenomenon called "etiolation".
It's a survival tactic that gets triggered when they suffer from a lack of airflow or light or when the humidity is too high. Basically, in nature, when they are covered by something else (other mosses, grass) to give them an edge against competition.

You can use this to your advantage. When I have new samples, I place them into the second row with lid on.
Then, I cut off the strands that form after a week or two, which results in less sample matter needed and therefore way less contamination (pests, other mosses, weeds).

Pruning

Similar to classic plants, pruning leads to bushier growth.

With the significant advantage, that (in theory) every cell can divide itself into a new strand of moss! How amazing is that?!

The surface is covered super quickly after a few weeks.

One month ago:

Now:

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submitted 1 month ago* (last edited 1 month ago) by [email protected] to c/[email protected]

I often use plantnet.org for plants whenever I'm outside, and it works really really well. Sadly, not for mosses.

Is there a service out there that's specialized in mosses and similar stuff?

Because they all look the damn same for someone without experience 😭

If there isn't anything, can you recommend me other resources where I can learn it myself? What characteristics should I look out for to narrow it down to the species? The subspecies isn't that important for me :)

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submitted 1 month ago* (last edited 1 month ago) by [email protected] to c/[email protected]

cross-posted from: https://slrpnk.net/post/23641560

I have most of my plants in hydro, but especially my carnivorous plants need (Sphagnum) moss to grow.

It, and peat, just has the right, unique properties to ensure the CPs thrive that cannot be replaced by other substrates.

Sphagnum in particular can for example replace minerals and turn them into acid, creating a mineral-free, highly acidic environment many bog plants have evolved to live in.

But I also find them just beautiful and they make a great top dressing, for example for my Pinguicula.

Here's a Drosera, a peat bog plant, that I tried to grow in LECA alone. It didn't even take a month and it was dead. The ones in peat thrive tho.

(I added the live sphagnum a week ago in hopes it will revive it)


Here's my process:

I take a transparent box and add a few centimeters of LECA, which has been soaked thoroughly, because mosses are pretty sensitive to leftover minerals.

Then, I add distilled water just right below the surface. It is always kept wet by capillary action, while the moss sits above and gets hydrated.

The moss is plucked apart or cut with a pair of scissors. Every tiny leaf will grow to the original form it came from.

Then, the box is placed in a bright spot. Just make sure it isn't too hot, like it happened in my parents' greenhouse :(

Before:

After a too hot day (it was steamingly hot):

If you grow it indoors, a sunny spot behind a curtain is great.

I will soon lightly spray fertilize it when I see good new growth, but be careful, it's very sensitive to too much salts.

I just started this project about one week ago, and I can give you an update in a few months if you're interested :)

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submitted 2 months ago by [email protected] to c/[email protected]

[image alt text: A clump of sand and mud held together by moss and ribbonwort. The ribbonwort looks like light green plastic ribbons spread across the surface of the clod. It is being held in a hand]

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submitted 8 months ago by [email protected] to c/[email protected]
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Help (feddit.uk)
submitted 8 months ago* (last edited 8 months ago) by [email protected] to c/[email protected]

I have a moss question. If I want moss to grow between bricks on my driveway (5mm gaps), can I just cut moss up, put it in, and water it? Will it grow (there's residual soil between the bricks as weeds grow there)? There's loads of moss (sphagnum amongst others, nearby) which I could harvest. Or do I need some kind of mix with a culture (like moss and milk, or something)? Is there any particular type of moss? Any advice is appreciated.

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submitted 10 months ago by [email protected] to c/[email protected]
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Vibrant (programming.dev)
submitted 1 year ago by [email protected] to c/[email protected]
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submitted 2 years ago* (last edited 2 years ago) by [email protected] to c/[email protected]

Fulltext:

Peatlands cover 3 to 4% of the world’s terrestrial surface (1) but store 25% of total soil carbon (600 GtC) (2), double the global forest carbon sink (3). Peatlands are thus a key potential nature-based solution for climate change mitigation. However, widespread degradation resulting from centuries of peat disturbance, including extraction and agricultural expansion, undermines their ability to capture carbon (4). The 2023 United Nations Climate Change Conference (COP28) missed an important opportunity by highlighting forests but not peatlands in the Global Stocktake. The implementation of less intensive agricultural practices and more conservation and restoration (4, 5), driven by evidence-based decision-making, can ensure the resilience of global peatland carbon storage.

Degraded peatlands now produce 5 to 10% (0.5 to 1 PgC) of global annual anthropogenic carbon emissions (6). Degradation reduces resilience, making peatlands more vulnerable to climate change impacts and less capable of storing carbon. For example, wildfires in northern temperate and boreal peatlands have reduced carbon uptake in pristine peatlands by 35% in addition to producing increased emissions (7). Even largely pristine peatlands—such as the Central African peatland complex, which stores 29 PgC, the equivalent to about 3 years of global CO2 emissions (8)—have been shown to be highly vulnerable to changes in hydroclimatic conditions (9).

Unlike COP28, previous climate change conferences have heralded progress in national recognition of the essential role of peatlands. The 2022 Conference of Parties (COP27) initiated the launch of the Global Peatland Assessment, synthesizing knowledge on dynamics, threats, and distribution (10). At the 2021 Conference of Parties (COP26), four countries announced the inclusion of peatland conservation and restoration as a means of achieving their Nationally Determined Contributions (NDCs)—climate change mitigation targets—for the first time (11). However, only 43 out of 195 NDC submissions specifically mention peatlands (29 in Europe, 3 in Africa, 4 in the Americas, and 7 in Asia) (12), and few provide details. The potential of peatlands as a nature-based solution is substantial. By 2030, the total possible annual emissions reductions and CO2 removals from all ecosystems are estimated to be between 5 and 12 Pg CO2 emissions per year (11). Peatlands alone could reduce emissions by about 1.1 to 2.6 Pg CO2 emissions per year (5). The future of peatlands as a nature-based solution is promising if current and future governments recognize both their potential and the peril of continued inaction at regional and national scales.

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submitted 2 years ago by [email protected] to c/[email protected]

Check out their stuff, guys. They do good work and they usually have a good list of new research and publications at the bottom. It's usually 50:50 academic and non academic content. :)

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submitted 2 years ago by [email protected] to c/[email protected]
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Crome Sphagnum (i.imgur.com)
submitted 2 years ago* (last edited 2 years ago) by [email protected] to c/[email protected]

Hell yeah moss!! Went to trawl my iNat archives for presentable photos.

Crome Sphagnum (sphagnum squarrosum)

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submitted 2 years ago by [email protected] to c/[email protected]

Bryophytes

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