#foliose

[wiltedphoenix]

my new pretty Siren Pirate OC <3

her bra and tail are based on Foliose Coral!

[lichenaday]

Xanthoparmelia sublaevis

images: source | source

[goosehadfood]

I forgot to post this because I finished it at like 12 and then I was too busy looking at what cool lichens I could add to her and then I ended up far down a Wikipedia rabbit hole at 2 am.

Anyways lichens are literally so cool because they are like THE symbiotic relationship. Like the 2 components most lichens have (Algae and fungi) are so intertwined that they are considered their OWN SPECIES?!?! THEIR OWN FAMILY?!?! Like when most people refer to symbiosis they refer to things like clown fish and anemones, which is a good example but both can survive somewhat without each other. But the algae and fungi that make up lichens are SO intertwined that they can be considered species of their own and are often ONLY seen with each other! That’s like if clown fish and anemones became so reliant on each other that they merged and became their own species. THAT IS SO AWESOME PEOPLE NEED TO TALK ABOUT THIS MORE PLEASE IVE BEEN HOLDING THIS INFORMATION IN FOR SO LONG AND NOBOY CARES WHEN I EXPLAIN HOW COOL THIS IS.

Ok deep breath guys sorry you had to deal with that infodump but if anyone ever asks me about plants/fungi/algae I will never shut up they are my special interests and I will never get tired of them.

Anyways I added some Foliose lichen to sequoia’s back instead adding those web thingys. I also tried to add some flavoparmelia caperata on the knot near the end of her wing since it’s one of my favorite kinds of lichen. I also added some of this one type of mushroom that usually appears on older trees but I forget its name.

Hehe haha anyways I’m totally normal about plants you guys should ask me about plants because I am sooo normal about them it’s crazy.

[blogbirdfeather]

Foliose and crustose lichens - Líquenes foliáceos e crustáceos

Carnaxide/Portugal (29/10/2024)

[Nikon D850; AF 105mm Micro-Nikkor F2,8 with Nissin Circular Flash  MF 18; 1/250s; F25; 400 ISO]

[botanizing]

girl help people on iNat are calling anything grey and lumpy Physcia stellaris again

[wrathful-reptile]

hi i want yall to know that Oakmoss and Cladonia are two of my favorite projects to have finished and I love looking at all of their children and seeing how they're loved

[puppydolled]

anyways you may have its regular twitter

and its vtubing twitter

[amouramaryllis]

lichens r such a love story

[i-am-the-plagu3]

Thought people might want to see these specimens growing on my fence:

[starwolf53]

so much art to do so little time

[botanyshitposts]

tempted to make a lichen growth form tier list but in truth i appreciate all of them in their own ways.... fruiticose is lavish and interesting and genuinely kinda insane to me but only because i come from a place where all the lichens are crustose.... foliose lichens are also kinda wild and in my experience are laden with soridia on the edges and also sometimes can come out branched or tube-shaped or hairy on the edges which is wild, also i think its funny that they end up growing on top of each other on dense logs and stuff....crustose lichens have a special place in my heart because i grew up with them and i love how they cover the bark of trees and some of them are so flat you can barely tell its a lichen (Graphis scripta certified classic lichen moment)...... squamulose is a bit of a deep cut lichen moment but one of my favorite lichen species is squamulose (Psora decipiens ❤️💞🫶 spoiler alert: small and pink no less)......etc. just thinking about them today tbh

[lichenaday]

Hello there! I was out on a mushroom foray this morning and came across a lichen with an interesting rusty red color. I've never seen one quite like it and was wondering if you may have any ideas as to the species. The color is somewhat uneven, maybe it was originally a different color and changed due to some kind of stress? It was found growing on a fallen branch just off a woodland trail in southeast Texas. The underside of the thallus was black. Love your blog, thank you for making such informative posts!

Hi! It looks like some sort of Parmotrema (based off of lobe shape and the distinctive cilia around the margins) but the color is super weird. Likely this lichen is dead and what you are seeing is the result of secondary metabolites in the thallus breaking down or reacting to solar radiation or some other compound (some Parmotremas are used for making red/purple dyes). Or it could be the result of a lichenicolous fungi, or a stress color. I can't know for sure, but I have seen old, dead Parmelioid lichens turn a similar color when they die--just usually not that bright! Very cool! Thank you for sharing and for the kind words! And happy foraying!

[futurebird]

The Special Words for the Growth Forms of Lichen

The special words for forms of lichen are almost as good as the special words for the textures of ants. The Foliose, The Crustose and The fruticose. Areolate, Filamentous, Placodioid, Byssoid and Calicioid Who can forget Cladoniform and the Squamulose!

And must we mention the Gelatinous and Leprose?

[blogbirdfeather]

Foliose lichens - Líquenes foliáceos

Carnaxide/Portugal (3/03/2024)

[Nikon Coolpix P900; 50mm; F7,1]

[quailxcrossing]

oc posting :3 a background i did the other day of my characters Georgiana (they/them, riding the horse), Ilieu (she/her, the little thing snuggled into their chest) and Foliose (she/her, the horse).

these 3 are minor characters in my story TUESDAY, but major characters in my heart. i wanted to try a different, more cell-colored style of background here, and I quite like the result!

the location is inspired by the southwest desert highlands in this fantasy western story. Malachite Pass is dense mountain terrain, and while this image is set in the early winter, let's pretend the blue flax flowers bloom here year-round, yes?

[libraryofmoths]

Moth of the Week

Peppered Moth

Biston betularia

The peppered moth is a part of the family geometridae. It was first described in 1758 by Charles Linnaeus. This moth gains its name from its speckled coloration, which has been studied as an example of natural selection and population evolution.

Description This species has a short body with narrow forewings. The body and wings are the same white base peppered with black dots and irregular black lines. This speckled pattern may vary with some moths having very few spots and others having so many that they look as if they are black with white spots as opposed to white with black. In rare cases, the black on the wings and body is replaced with gray or brown and in even rarer cases the spots are a combination of brown and black/gray. These spots help the moth camouflage against lichen on trees.

The evolution of this moth had been studied extensively during the last two hundred years, which created the term “industrial melanism.” During the Industrial Revolution, air pollution killed off lichen and covered trees in soot. This caused moths with a black spots on white base (typica) coloration to lose their camouflage and die off due to predators. This caused a spike in population for moths with a darker coloration (carbonaria) because they had the camouflage advantage. Once environmental conditions improved, the lighter colored moths once again became the dominant coloration.

The male’s antennae are bipectinate, meaning it has two rows of rami going down either side of a singular flagellum.

Wingspan Range: 45 - 62 mm (≈1.77 - 2.44 in)

Diet and Habitat The caterpillar of this moth eats many trees, shrubs, and small plants such as Blackthorn (Prunus spinosa), Hawthorn (Crataegus monogyna), Downy (Betula pubescens) and Silver Birch (Betula pendula), limes, sallows, poplars, oaks, Sweet Chestnut (Castanae sativa), Beech (Fagus sylvatica), Bramble (Rubus fruiticosus), Broom (Cytisus scoparius), Black Currant (Ribes nigrum) and Hop (Humulus lupulus).

They have a wide range, being found in China (Heilongjiang, Jilin, Inner Mongolia, Beijing, Hebei, Shanxi, Shandong, Henan, Shaanxi, Ningxia, Gansu, Qinghai, Xinjiang, Fujian, Sichuan, Yunnan, Tibet), Russia, Mongolia, Japan, North Korea, South Korea, Nepal, Kazakhstan, Kyrgyzstan, Turkmenistan, Georgia, Azerbaijan, Armenia, Europe and North America. They prefer habitats of woodland, scrub, hedgerows, parks and gardens.

Mating Depending on its location, this moth can have one or two generations per year. In Great Britain and Ireland, the peppered moth has one generation per year, whilst in south-eastern North America it has two generations per year. They emerge from the pupea in late May to August.

The females attract males with pheromones, which are carried by the wind. Males follow the concentration gradient to find the female. The male guards the female from other males until she lays the eggs. The female lays about 2,000 pale-green ovoid eggs about 1 mm in length into crevices in bark with her ovipositor.

Predators This species is a night-flying moth, making the vulnerable to bats. The males in particular fly every night to search for a female while females fly only the first night.

To protect themselves from birds during the day, this species rests on lichen covered trees to camouflage themselves.

The day time resting positions of this moth have been recorded and studied. This study shows that the peppered moth prefers resting spots that are covered such as below where the trunk and a branch meet, the underside of branches, and leafy twigs.

Additionally, the study found peppered moths with a lighter coloration (typica) blend in better against crustose lichens rather than foliose lichens because birds can see ultraviolet light. The peppered moth reflects UV light while crustose lichens don’t, making them easier to pick out.

Fun Fact The caterpillars of the peppered moth resemble things in both color and size. An experiment published in 2019 done on the caterpillars of the peppered moth showed that the larva (even when blindfolded) could sense the color of the tree they live on and change their body color to match and/or would move to a different twig that was closest in color to their own body.

(Source: Wikipedia, Butterfly Conservation, Max Planck Institute)