#tree biomass

[farmerstrend]

1,300 Kenyan Farmers Graduate After Four Years of First-of-its-Kind Sustainable Agroforestry and Climate Action Training Program

Discover how over 1,300 farmers in Homa Bay, Kenya, are transforming their livelihoods and restoring the environment through Trees for the Future’s Forest Garden Program, a sustainable agroforestry initiative. Learn how agroforestry techniques like composting, crop rotation, and tree planting are empowering farmers in Kenya to combat climate change, increase food security, and boost…

[mattgrayyes]

This is the part of deploying a satellite that you never hear about, and the European Space Agency let me have a go!

I spent two days at their Mission Control, and you won’t believe how precisely they can position a satellite in space!

[luvo27]

writing fanfiction is absurd. tell me why i'm putting more effort into making sure i know enough about the redwoods to write fic about them and have sources i can cite than i have ever put into reading character appearances or lining up issue numbers i referenced

[sarahthecoat]

YES! and biodiversity is one thing every person can actually do something about. obviously if you have a yard, or that strip between the sidewalk and the street, or a windowbox, you can plant native plants, and that will actually make a difference. (make sure they are true natives, not hybrids or cultivars or "nativars", barf, who came up with that misleading bs)(and make sure they have never been treated with neonics or other poisons) cheapest way is to buy seeds from one of the organic suppliers, then you know they are safe. but if you can find and afford starts, that is faster.

In the future, children will think our ways are strange. "Why do old people always grow so much milkweed in their gardens?" they'll say. "Why do old people always write down when the first bees and butterflies show up? Why do old people hate lawn grass so much? Why do old people like to sit outside and watch bees?"

We will try to explain to them that when we were young, most people's yards were almost entirely short grass with barely any flowers at all, and it was so commonplace to spray poisons to kill insects and weeds that it was feared monarch butterflies and American bumblebees would soon go extinct. We will show them pictures of sidewalks, shops, and houses surrounded by empty grass without any flowers or vegetables and they will stare at them like we stared at pictures of grimy children working in coal mines

[biomasscrushersupplier-blog]

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[derinthescarletpescatarian]

In what ways is rosemary helpful to grow in your garden? My first thought is that it keeps pests of some kind away, but I can’t find any support for that and don’t know where to look

Also what’s your favorite herb that you grow?

Rosemary's my favourite because I don't have to do anything to it, it grows so easily. My favourite to use is sage. My favourite would be basil if I could grow the fucking stuff without slugs just demolishing it.

I use rosemary for the following things:

pest control -- a lot of bugs don't like the smell of rosemary. Between rosemary and some sort of allium, I can keep most pests off my herbs (unless they're fucking slugs coming for my basil specifically).

soil retention and structure -- I live on a hill, so having some sort of hardy plant with a good root network is very handy for providing stability in areas without grass. Keeping some sort of living roots in soil is very good for it microbially and for water movement, so having heavily draught-tolerant plants are a good last fallback when heatwaves burn the shit out of most of my garden

hedging and ornamentals -- rosemary is quite pretty and adds nice variety to a garden. It hedges easily, and makes good high bushes amongst otherwise low plants to keep a flat yard from looking too boring. It also has a nice scent at a distance, mixed in with the scent of other plants

shading out weeds -- I've replaced by front lawn with non-grass plants and let me tell you, the struggle while growing in new ground cover is a lot. Crab grass is hardier than most of the plants I'm trying to grow so during the heatwave it takes the fuck over anywhere that the shrubs haven't grown in yet. Vigorous, draught-tolerant shrubs are great for shading out most weeds and forming barriers to give your other plants a chance to get established. I'm using a mix of natives and well-known heat tolerators like rosemary for this.

frost and heat protection -- I live in an area that experiences intense heatwaves and mild to moderate frosts. The number of nice yard plants that are happy to tolerate both heat and cold is... low. The presence of hardy shrubs or trees to help keep both the heat and frost off their neighbours, without taking over and shading out said neighbours, is very valuable.

biomass -- I use sticks and leaves and stuff a lot in the garden, so it's handy to have rapidly growing plants that won't die if I prune the fuck out of them.

social points -- neighbours like you if you give them free herbs.

[rebeccathenaturalist]

Let's start the week with a bit of good news! A court order has halted the Bureau of Land Management's plan to log old-growth forests. To be honest, it's mind-boggling that we even got to this point, because the justification was "let's cut down trees to prevent wildfires".

So, here's the thing. Logging companies are among the entities promoting the myth that we need to cut down lots of trees in order to prevent wildfires. It's really just an excuse to harvest old trees for timber, and it completely ignores the science behind wildfires and fire mitigation.

For one thing, logging increases the chance of wildfire. Clearcutting takes away the largest chunks of wood (tree trunks) while leaving piles of branches, twigs, and dried conifer needles. These are known as fine fuels, and they are much more likely to catch on fire. Moreover, since all the plants around the trees were bulldozed before the trees were cut, the soil is now bare and less able to hold water. Because the ambient humidity in the clearcut is much lower than in a healthy forest, the debris and the plants that do begin to grow back are much more vulnerable to dying from drought--and catching on fire.

The same goes for salvage logging, when logging companies go into a burned area to take out trees that are not so burned that they can't be used for lumber. Again they leave behind fine fuels which are more likely to cause reburn--a second fire within a few years of the first. (This is to say nothing of the increased chance of landslides as the unprotected soil washes downhill, and the cumulative loss of topsoil that makes it harder for a forest to recover post-clearcut.)

The very last thing you want to do if you want to avoid wildfire is to cut down old growth forests. Because an old growth forest is so dense with living plant growth, the ambient humidity is quite high. The vegetation helps keep the soil damp, too, which protects the forest from drought. All of this protects the forest from wildfire and makes it am important barrier if fire comes through the area.

If you want to prevent wildfire, you don't cut down the big, more fire-resistant trees or the old-growth forests that are less likely to burn. (You also don't rake the forest floor, just sayin'.) Prescribed burns are one of the best antidotes to wildfire; over a century of fire suppression means that the natural fire cycles in western forests haven't been able to regularly clear out built-up biomass, which has contributed to larger, hotter, more frequent wildfires. By using prescribed burns to carefully remove that biomass, we remove the buildup and allow the forest to benefit from an approximation of its natural fire cycles (many plant species rely on fire for seed propagation and other functions.)

Clearcuts also need to be replaced with more sustainable forestry practices like selective cutting which minimizes impacts on the ecosystem. Forests should contain trees of a variety of species and ages, rather than a plantation of one species all the same age, which is more vulnerable to widespread disease and tree mortality. If all the trees are younger, they are also much more likely to burn together as there are no older trees with thicker bark to slow down the spread of fire. In short: the healthier and more biodiverse a forest is, the more fire-resistant it will be.

All of which is to say that this court order is a victory in our fight against increasingly long and destructive wildfire seasons. The claims that we need to cut trees to prevent fires are not built on science (conversely, I am happy to send anyone the bibliography for my wildfire class that I teach for multiple community colleges and other entities.) Timber companies have been eyeing our last old growth and mature forests for decades in order to make a short-term profit, but we stand to benefit for a much longer time by leaving these forests intact and allowing other forests to mature over time as well.

[probablyasocialecologist]

The reintroduction of wolves to Yellowstone National Park in the 1990s had a cascading effect that benefited the entire ecosystem, a new study finds. The finding shows how the return or loss of apex predators can affect every part of the food web. By the 1920s, gray wolves (Canis lupus) were no longer present in Yellowstone National Park and cougar (Puma concolor) populations were very low, as a result of government initiatives to control large predator populations. Rocky Mountain elk (Cervus canadensis) thrived without these predators, which in turn decimated some plant populations. The loss of some trees and shrubs then threatened beaver populations. This sequence of events is known as a trophic cascade — when the actions of top predators indirectly affect other species further down the food web, ultimately affecting the entire ecosystem.

[...]

The new study, published Jan. 14 in the journal Global Ecology and Conservation, used 20 years' worth of data, collected from 2001 to 2020, regarding willow shrubs (Salix) along streams in Yellowstone. The researchers looked at willow crown volume — the total space occupied by a shrubs' branches, stems and leaves. Measuring crown volume enabled the researchers to calculate the shrubs' overall biomass: the amount of organic material available at the plant level of the food web, and the energy that will be passed on through the food web when animals eat these plants. "Yellowstone's northern range is the perfect natural laboratory for studying these changes. It is one of the few places in the world where we can observe what happens when an apex predator guild, including wolves and cougars, is restored after a long absence," study first author William Ripple, an ecologist at Oregon State University, told Live Science in an email. "The lessons we learn here can apply to other ecosystems globally." The analysis found a 1,500% increase in willow crown volume along streams over the study period, demonstrating a major recovery of these shrubs. The study links this significant willow shrub recovery to a reduction in elk browsing, probably influenced by the return of predators to the region, which enabled willows to grow back in some areas. "One of the most striking results was just how strong the trophic cascade has been," Ripple said. "A 1,500% increase in willow crown volume is a big number. It is one of the strongest trophic cascade effects reported in the scientific literature."

25 February 2025

[rjzimmerman]

Excerpt from this story from The Revelator:

When Kathryn Parsley taught biology to undergrads, she sometimes talked about Australia’s stinging tree, which is among the world’s most venomous plants — and can cause months of excruciating pain for anyone who approaches it.

“It’s incredibly dangerous,” she says. “If you even get close, its trichomes can get on you and it feels like your skin is on fire.” The sensation has been compared to being burned with hot acid and electrocuted at the same time.

The stinging tree got her students’ attention, and that was Parsley’s aim. Many people consider plants benign and boring, if they consider them at all. Most plants don’t exist for them as distinct species; instead they compose what some botanists call “a green curtain”— a generic backdrop for more interesting creatures, namely animals, preferably vertebrates, ultimately humans.

Parsley wrote her dissertation on the subject of plant blindness, a term coined in 1999 by American botanists James Wandersee and Elisabeth Schussler, who defined it as “the inability to see or notice the plants in one’s own environment.”

Several studies — including one Parsley conducted — have documented a difference in the visual attention people pay to animals compared to plants. When shown images in rapid succession, university students were better able to detect the animals and recalled more animal than plant names. There’s even evidence that some students didn’t perceive plants as being alive.

Because of its reference to vision, Parsley considers the term “plant blindness” ableist and suggests the term plant awareness disparity instead. It has also been called zoochauvinism and zoocentrism.

Whatever you call it, many people find plants unworthy of their consideration. Yet in terms of sheer volume, plants dwarf the rest of life on Earth’s surface. Plant biomass is estimated to be 450 gigatons on land, while animals account for only 2 gigatons. Plant-blind humans simply discard most of the plant information their eye-brain systems take in, processing information about something else instead.

Wandersee and Schussler attributed some of that apathy to the fact that plants, unlike animals, don’t have a face. Nor can they move or threaten us in the way animals can. But while these plant traits have been fairly constant over time, experts think plant blindness is on the rise.

So if plants haven’t changed, why have we?

As it turns out, we haven’t all changed. The rate of plant blindness varies across cultures. Most of the research on it has been done in the United States and United Kingdom, whereas “Indigenous people are very plant-oriented,” Parsley points out. “Some subcultures in the U.S. and outside the U.S. are very plant-oriented.”

It wasn’t that long ago that many people in Eurocentric cultures revered plants, too. But our relationship with plants has changed. Two hundred years ago, most people lived on farms. They grew and gathered their own food, so they had to know plants. Today most of us live in cities and towns. We don’t rely on our plant-identification skills in order to eat.

[housecow]

So what’s the big deal about grasslands?

>:)) well.

they’re huge carbon sinks!! grasslands store a majority of their carbon in their roots—they’re the reason the great plains of the US are so useful for farming. the expansion of grasslands in the miocene (~20mya; even though grasses have been around since the cretaceous, at least 80 million years ago) created the soil type we call mollisols.

these are carbon and nutrient-rich soils that we depend heavily on for agriculture. however, they’re only formed by old grasslands. these soils develop over a span of like 15k years as grass grow, are eaten down to the base (crown or collar depending on what’s eating them), are consumed in fires, etc. etc..

since grasses store a majority of their biomass underground, theyre better at sequestering carbon long-term than forests. they’re less susceptible to releasing carbon into the atmosphere during fires, too.

^^to show what i mean by grasses store their biomass underground

of course, the agricultural revolution put a sudden stop to this. grasslands are one of the most endangered ecosystems in the world— but you really only hear about forests because they’re charismatic, people LOVE trees. and trees are great at all, but grasslands have contributed massively to the global climate we have today. the miocene grassland expansion is partly responsible for our ice age transitions. as grasslands and prairies diminish in range, climate change ramps up. we’re losing our mollisols, too, because the areas we farm are essentially non-renewable resources.

it’s also like… SUPER hard to get people excited about grasses, loll!! they’re incredibly hard identify for a number of reasons, and the focus on lawns has introduced a number of invasive species (bermuda grass) that overtake our native grasses.

while forests store more carbon than grasslands (this is a very broad statement and truly depends on the type of forest), they aren’t exactly creating the most fertile land. if you take a look at the soil horizon under a forest, they’ll have “bleached” the dirt and taken away most of the nutrients.

it’s just…… grasses, grasslands, and prairies are a HUGE part of our global system and are disappearing rapidly. there’s almost no effort to conserve them and that makes me very sad :(( identifying and learning more about native grasses around me is a part of my effort to acknowledge this

sorry for rambling 😰

[dandelionsresilience]

Dandelion News - February 22-28

Like these weekly compilations? Tip me at $kaybarr1735 or check out my Dandelion Doodles! (This month’s doodles will be a little delayed since I wasn’t able to work on them throughout the month)

1. City trees absorb much more carbon than expected

“[A new measurement technique shows that trees in LA absorb] up to 60% of daytime CO₂ emissions from fossil fuel combustion in spring and summer[….] Beyond offering shade and aesthetic value, these trees act as silent workhorses in the city’s climate resilience strategy[….]”

2. #AltGov: the secret network of federal workers resisting Doge from the inside

“Government employees fight the Trump administration’s chaos by organizing and publishing information on Bluesky[…. A group of government employees are] banding together to “expose harmful policies, defend public institutions and equip citizens with tools to push back against authoritarianism[….]””

3. An Ecuadorian hotspot shows how forests can claw back from destruction

“A December 2024 study described the recovery of ground birds and mammals like ocelots, and found their diversity and biomass in secondary forests was similar to those in old-growth forests after just 20 years. [… Some taxa recover] “earlier, some are later, but they all show a tendency to recover.””

4. Over 80 House Democrats demand Trump rescind gender-affirming care ban: 'We want trans kids to live'

“[89 House Democrats signed a letter stating,] "Trans young people, their parents and their doctors should be the ones making their health care decisions. No one should need to ask the President’s permission to access life-saving, evidence-based health care." "As Members of Congress, we stand united with trans young people and their families.”“

5. Boosting seafood production while protecting biodiversity

“A new study suggests that farming seafood from the ocean – known as mariculture – could be expanded to feed more people while reducing harm to marine biodiversity at the same time. […] “[… I]t’s not a foregone conclusion that the expansion of an industry is always going to have a proportionally negative impact on the environment[….]””

6. U.S. will spend up to $1 billion to combat bird flu, USDA secretary says

“The USDA will spend up to $500 million to provide free biosecurity audits to farms and $400 million to increase payment rates to farmers who need to kill their chickens due to bird flu[….] The USDA is exploring vaccines for chickens but is not yet authorizing their use[….]”

7. An Innovative Program Supporting the Protection of Irreplaceable Saline Lakes

“[… T]he program aims to provide comprehensive data on water availability and lake health, develop strategies to monitor and assess critical ecosystems, and identify knowledge gaps to guide future research and resource management.”

8. EU to unveil ​‘Clean Industrial Deal’ to cut CO2, boost energy security

“The bold plan aims to revitalize and decarbonize heavy industry, reduce reliance on gas, and make energy cheaper, cleaner, and more secure. […] By July, the EU said it will ​“simplify state aid rules” to ​“accelerate the roll-out of clean energy, deploy industrial decarbonisation and ensure sufficient capacity of clean-tech manufacturing” on the continent.”

9. Oyster Restoration Investments Net Positive Returns for Economy and Environment

“Researchers expect the restored oyster reefs to produce $38 million in ecosystem benefits through 2048. “This network protects nearly 350 million oysters[….]” [NOAA provided] $14.9 million to expand the sanctuary network to 500 acres by 2026 […] through the Bipartisan Infrastructure Law.”

10. Nations back $200 billion-a-year plan to reverse nature losses

“More than 140 countries adopted a strategy to mobilize hundreds of billions of dollars a year to help reverse dramatic losses in biodiversity[….] A finance strategy adopted to applause and tears from delegates, underpins "our collective capacity to sustain life on this planet," said Susana Muhamad[….]”

February 15-21 news here | (all credit for images and written material can be found at the source linked; I don’t claim credit for anything but curating.)

[rxttenfish]

god i need to start working again on the fae in the redesign universe and what that even MEANS

at least significantly im thinking fae is referring moreso to a specific type of magical biome than anything else, and thus even if the entities inside are unrelated to each other they have more in common with each other than anything else due to existing within a specific environment and being adapted for it

however magic is also weird where its much easier to exchange "genetic material" and pick up the traits of unrelated species, so it might also still be the case they are literally more closely related to each other than anything else

[gallusrostromegalus]

ok I need elaboration on pretty much all of those bankais that you haven't already talked about but for now i'm probably most curious about ichigo and hanataro? please, a measly few crumbs of context

The short version of Ichigo's sword situation is that he is D'artanigan to Zangetsu's Three displaced-during-the-fuckery-surrounding-his-parent's-meet-cute-slash-manslaughter-thing Musketeers. We got his dad's half-starved family Zanpakuto, The Family Ghost from his Mom's side, and a guy made in an evil instapot that wandered in here on accident and precipitated the whole enfuckening. They are untied in their goal of "Keep Ichigo Alive" but unfortunately they also have a collective IQ of Negative Four.

Reader: Gee Ichigo, why does the author let you have THREE Zanpakuto spirits?

Ichigo: That's nothing! Orihime has SIX!

Ichigo and Orihime's nonsense is connected to how The Almighty operates:)

Meanwhile, short summaries of Unohana and Byakuya's Bankai under the cut:

Unohana:

Minazuki is a sword primarily about the manipulation of flesh- healing injury, making better fighters by pushing the flesh to it's limits- This is a spirit that is distinctly VISCERAL in nature. It has mass. It has a very distinct body.

So it follows that, in order to supply injured patients with blood and drugs and new flesh and everything else, Minazuki is giving up some of her Mass. Consequently, the Stingray form of Minazuki is the SECOND one- she cannot create her elixirs and make new flesh from nothing. First she must FEED.

Which is why Minazuki's liquid format is acidic blood that devours anything organic. It's why Kenpachi!Unohana's bloodthirst was so bloodthirsty: she was literally starving for biomass to complete her sword's two forms and finally put her Soul in Balance.

In the fic, Ukitake is one of a handful of people old enough to remember "Yachiru" Unohana, and until Zaraki's arrival, probably the closest to understanding her. That Unohana and Retsu both understand the horrors of the flesh he lives with every day more intimately than anyone else in his life, and it's the basis of an almost sacred friendship between them. He knows perfectly well where the emergency transfusions and drugs she creates come from, and they have a standing agreement that if he predeceases her, she is to feed his body to Minazuki so he can pay forward at least some of the debt given to him.

He will not be the first of Unohana's friends that have been willingly devoured by her sword.

Byakuya:

Senbonzakura has been with the Kuchiki family for generations, passed from one head of the clan to the next in a sacred ritual that allows the Zanpakuto to bond to its new weilders and grant them the power accumulated with generations.

But for course, everything has it's cost.

Byakuya was not the head of the Kuchiki clan when his father Sojun died prematurely and make Byakuya the orphan heir apparent as an adolescent. He was not the head when he met Hisana in a grove of cherry trees in the middle of harvest, and fell in love with her He was not the head when he had a terrible row with his grandfather Ginrei and the rest of the clan elders about his elopement. He was not the head five years later, when on a cold spring morning before the plum trees had blossomed, Hisana died of a miscarriage.

One week later, when the plum trees bloomed and the cherry trees had budded, Byakuya came to his grandfather, head bowed and heart broken, and agreed to take up the mantle of Clan Head. His soul had already been torn in half, what was another half?

Everything has it's cost, and the price of Senbonzakura's power is the sacrifice of the weilder's own original Zanpakuto spirit, and by transference, the imminent death of the previous head.

He had known this day was coming, ever since his own native Zanpakuto spirit failed to awaken at the academy. At the time, he'd thought it a mercy that the poor thing wouldn't awaken and be aware of being devoured. But now, as he held the tiny, warm body of the spirit out to Senbonzakura, he could only think of the child he never got to hold.

...with Senbonzakura, at least, she'd be at rest with something beautiful that loved her.

Because Senbonzakura loves it's family, and in particular it adores Byakuya. It has, ever since Byakuya fearlessly climbed it's branches as a small boy, since he partook of the sword's fruits as a young man, and now, when Byakuya offered the most precious parts of himself to the sword with a sense of peace and profound trust. And Senbonzakura repays that trust in kind.

The sword's shikai release is the same, or at least similar for all it's wielders, but long-term friends of the family note that that is a LOT MORE blades than the sword ever summoned for Ginrei or any other head.

The Bankai is different every time. Senbonzakura is ready to give Byakuya whatever Bankai he wants immediately, but it's not until after he adopts Rukia and sees her fooling around in the family orchards when she thinks he isn't watching that he realizes the shape it should be.

It's name is "Senbonzakura: Sakura no Kaju-en" and it is beautiful and terrible.

Sakura no Kaju-en requires only that Byakuya pierce the flesh of his enemy or the terrain around him with one or more of his petal-blades. Once in the ground or embedded in flesh, the blade is transformed into a seed and an entire magical cherry tree grows from it, converting the Reishi and spiritual energy around it into its own mass. Since Byakuya is effectively wielding somewhere around 10,000 petal blades in his shikai alone, he can summon up to 10,000 devouring cherry trees, which will radically alter the landscape of battle and blossom into millions and millions of new petal-blades.

That is, unless his foe is unfortunate enough to have the blades penetrate their flesh. Then the trees will devour them as they grow. Even a truly massive opponent like Yammy can be mulched in minutes.

The trees initially blossom almost white, but as his enemies are felled and Senbonzakura drinks, the blooms grow pinker and then redder until they transform into deep crimson fruits.

It's a brutal Bankai, but a beautiful one. When Byakuya looks out upon the blooming landscape and tastes the sweet fruits of his efforts, it brings him peace to know the small, sleeping spirit he had to sacrifice is playing somewhere within, they way he saw Rukia playing in the family orchards that day.

[foone]

Now I'm imagining a totally different version of that mini-story shitpost (I'd call it a ficlet if it was more serious), where it's a story about a floret elaborately planning an escape, but with a twist.

(mini-hdg fic follows. No sex, but this an inherently dubcon/noncon setting and there are some very minor references to that)

They figured out how to bypass some restrictions on the matter compiler by asking for things with components that could be reused. They've hidden tools inside some of their plushies, pushed to the back so their owner won't accidentally notice them.

Finally, it's time. The door to her quarters falls quickly from the acid attack (she's been doing hidden chemistry for Weeks). The ion storm will blind some of the sensors, so they only need a little extra help to not notice a DIY escape pod falling out of an auxiliary cargo bay.

The escape pod soft-lands (well, mostly. It hit a few tree branches on the way down) on the nearby habitable planet, and the door pops up. A floret in some brightly colored doll clothes resewn into hiking gear pops out. She holds up a sensor with a little screen on it, and it shows one big blue dot. Suddenly the dot grows, the screen's image is swamped out, and then it returns: nothing. No dots. The Cembroides has jumped out of the system. She's free without anyone noticing. She tosses aside the sensor she rigged out of a hair cutting machine, grabs some supplies from the pod, and hikes north.

A few kilometers later she finds a clearing with a small log cabin recently built in it. She opens the door without knocking, and says "Did you miss me?"

Her owner puts aside her book. "Of course I did little one! I was worried when your pod came down in the dense forest, but I see you made it safely here."

The floret smiles. "I wasn't worried! I used some hoverunits from an old medi-bed design, so my pod was slowed down enough that I just got jostled a bit. The real trick was figuring out how I could make the pod smart enough to land me near the cabin but not so smart that it'll discover what I'm doing and alert the Cembroides AI... I ended up with a nano-computer out of a dining tray wired into the thrusters. It thinks it's keeping my lunch warm, not flying a spaceship!"

Her owner beams an expression of leafy pride at her. "That's all very interesting, and I look forward to reading your report on it. But for now, come cuddle with mommy, and drink up. You've been hiking through the forest, you need hydration and nutrients now, little one."

The floret jumps into her vines, literally, and buries her face in the leaves of her owner. "it was a lot of fun! I've got some great ideas for the next time, too". She yawns, and cuddles closer, her eyes slowly closing. "But for now I think I'll rest..."

A distance away in the alien jungle, a small creature scurries out of the abandoned escape pod, as the discarded sensor loudly beeps an alert as one of the Cembroides' shuttles makes an FTL jump back into the system.

Back at the cabin, the Affini gently pats the head of their floret. You gotta make sure your pets have plenty of enrichment, you know? And sometimes that means letting them "escape", just so they can have the enjoyment of figuring out their escape plan.

The shuttle sets down besides the cabin, and the Affini carries her sleeping pet out to it, pausing only to activate a system to reclaim the cabin back into biomass for the forest to use. The shuttle takes off silently, and the sound of birds and other forest wildlife slowly returns, as the cabin slowly melts like a sand castle at high tide.

That sensor by the pod beeps again as the shuttle jumps out to meet up with the Cembroides, and something not entirely unlike a deer darts off into the denser forest in fright.

[mebis-reblogs]

Rain World Downpour Rivulet Spoilers

so I noticed something unusual in Five Pebbles cystic conduits, particularly near the primary cortex

these weird organisms

My first reaction was to think it might be something akin to cabinet beasts, but upon closer inspection, it seems to be a mix of the sky island trees with the farm arrays root(?) crops

so "this is part of Pebbles normal anatomy" aside, my current theories are

seeds from farm arrays and/or sky island somehow survived going into the superstructure's water supply and growing within it

the superstructure actually consumes part of the biomass produced in farm arrays and this is the result of it not being properly processed

this crop was being produced on the superstructure itself before things went out of control

@delta-orionis @equipment-manifest what are your thoughts on this?

here's some uncroped/less cropped pictures as well

actually one more thing: is it me, or there's a lot of flesh behind those pipes? or at the very least a really big root system

[hateforest]

best place to be in the entire world. old-growth coastal temperate rainforest, mountains, sea stacks, black beaches, volcanoes, fjords, glaciers, more biomass per acre than any other ecosystem on earth, 1000+ year old cedar, spruce and hemlock trees, home to all five species of Pacific salmon, steelhead trout, brown bears, black bears, gray wolves, sitka black-tailed deer, mountain goats, flying squirrels, river otters, humpback whales, orcas, bald eagles, salamanders, northern goshawks and marbled murrelets