#Protecting water-related ecosystems

[greenthestral]

Achieving Goal 6: Clean Water and Sanitation for a Sustainable Future

Clean water and sanitation are fundamental human rights and essential for the well-being and prosperity of communities worldwide. Access to clean water is crucial for drinking, hygiene, agriculture, and industry. Sanitation facilities ensure the proper disposal of waste and prevent the spread of diseases. Recognizing the importance of water and sanitation, the United Nations has set Goal 6 as part of its Sustainable Development Goals (SDGs). In this article, we will explore the significance of Goal 6, its targets, and the actions needed to achieve clean water and sanitation for all.

The Importance of Goal 6: Clean Water and Sanitation

Access to clean water and sanitation is not only a pressing global issue but also a matter of basic human rights. Shockingly, according to the World Health Organization (WHO) and UNICEF, a staggering 2.2 billion people worldwide lack access to safely managed drinking water, while an overwhelming 4.2 billion people do not have access to safely managed sanitation services. These numbers highlight the scale of the problem and the urgent need for action.

The consequences of inadequate water and sanitation are far-reaching and severe. One of the most significant impacts is the spread of waterborne diseases. Contaminated water sources and poor sanitation facilities create a breeding ground for diseases like cholera, typhoid, and dysentery. These illnesses disproportionately affect vulnerable populations, including children and the elderly, leading to increased morbidity and mortality rates. Lack of access to clean water and sanitation perpetuates a cycle of poverty and ill-health, as communities struggle to break free from the burden of preventable diseases.

Child mortality is also closely linked to the absence of clean water and sanitation. Unsafe drinking water and inadequate sanitation facilities contribute to the deaths of hundreds of thousands of children each year. Diarrheal diseases, in particular, claim the lives of many young children, as their weakened immune systems make them more susceptible to the harmful effects of contaminated water. Furthermore, the time spent collecting water from distant sources and the lack of proper sanitation facilities affect children's education and overall development, perpetuating a cycle of disadvantage and limited opportunities.

In addition to the human toll, inadequate access to clean water and sanitation hinders economic development. Communities that lack reliable access to clean water face numerous challenges. For instance, the burden of water collection falls primarily on women and girls, who often spend hours each day walking long distances to fetch water. This time-consuming task takes away from opportunities for education, income generation, and other productive activities, reinforcing gender inequalities and limiting economic empowerment.

Moreover, industries and businesses also suffer when water and sanitation are compromised. Lack of clean water can impede agricultural production, affecting crop yields and food security. Industries that rely on water, such as manufacturing and tourism, face operational challenges and increased costs when they must rely on alternative, often expensive, water sources. Inadequate sanitation can lead to environmental pollution, further exacerbating health risks and harming ecosystems, which are essential for the well-being of communities and biodiversity.

The gravity of the water and sanitation crisis necessitates urgent action and a comprehensive approach. Goal 6 of the Sustainable Development Goals (SDGs) recognizes the importance of clean water and sanitation for all and sets targets to address these challenges. Governments, organizations, and individuals must prioritize investment in infrastructure development, education and awareness programs, sustainable practices, and innovative solutions.

By investing in infrastructure, such as water treatment plants, pipelines, and sanitation facilities, governments can improve access to clean water and proper waste management. Concurrently, education and awareness programs can promote proper hygiene practices, behavioral change, and the sustainable use of water resources. It is crucial to empower communities with knowledge and tools to protect their water sources and ensure sustainable practices are adopted at the individual and community levels.

Sustainable agriculture practices also play a significant role in achieving clean water and sanitation goals. Implementing water-efficient irrigation techniques, promoting organic farming, and reducing the use of harmful pesticides and fertilizers can help conserve water resources and prevent pollution. By embracing technology and innovation, such as water purification systems, smart water management systems, and affordable sanitation technologies, we can bridge the gap in access to clean water and sanitation, particularly in remote and underserved areas.

Collaboration and partnerships among governments, non-governmental organizations (NGOs), businesses, and communities are crucial for progress. By joining forces, sharing expertise, and pooling resources, we can overcome financial constraints, leverage innovative solutions, and achieve more significant impact. International cooperation, aid, and support can also play a pivotal role in assisting countries with limited resources to improve their water and sanitation infrastructure and practices.

The lack of access to clean water and sanitation remains a global crisis with far-reaching consequences. The numbers are staggering, and the impacts on health, child mortality, and economic development are severe. Achieving Goal 6 of the SDGs requires concerted efforts, investment in infrastructure, education, sustainable practices, and innovative solutions. It is only through collaboration and a commitment to this fundamental human right that we can ensure a sustainable future where every individual has access to clean water and sanitation, leading to improved health, reduced poverty, and enhanced opportunities for all.

Targets for Goal 6

Goal 6 encompasses multiple targets that aim to address the water and sanitation challenges. These targets include:

Achieving universal and equitable access to safe and affordable drinking water for all.

Ensuring access to adequate and equitable sanitation and hygiene for all.

Improving water quality by reducing pollution and increasing water treatment.

Increasing water-use efficiency and ensuring sustainable water withdrawals.

Implementing integrated water resources management at all levels.

Protecting and restoring water-related ecosystems, including mountains, forests, wetlands, rivers, and lakes.

Actions to Achieve Goal 6

To achieve Goal 6 and ensure clean water and sanitation for all, various actions need to be undertaken at local, national, and global levels. Here are some key actions:

Infrastructure Development: Governments and organizations should invest in infrastructure development to improve water and sanitation systems. This includes building water treatment plants, pipelines, and sanitation facilities to ensure access to clean water and proper waste management.

Education and Awareness: Raising awareness about the importance of clean water and sanitation is crucial. Education programs can help communities understand the benefits of proper hygiene practices and promote behavior change to prevent water pollution and ensure the sustainable use of water resources.

Sustainable Agriculture: Promoting sustainable agriculture practices can reduce water pollution from pesticides and fertilizers. Implementing efficient irrigation techniques, such as drip irrigation, can also conserve water resources.

Collaboration and Partnerships: Addressing the water and sanitation challenges requires collaboration between governments, NGOs, businesses, and communities. Partnerships can bring together expertise, resources, and innovative solutions to overcome the barriers to clean water and sanitation.

Technology and Innovation: Embracing technological advancements can greatly contribute to achieving Goal 6. Innovative solutions, such as water purification systems, smart water management systems, and affordable sanitation technologies, can improve access to clean water and sanitation in remote areas.

Water Conservation: Encouraging water conservation practices at the individual and community levels is essential. Simple measures like fixing leaks, using water-efficient appliances, and harvesting rainwater can go a long way in reducing water wastage and ensuring the availability of clean water.

Success Stories and Best Practices

Several success stories demonstrate that progress can be made in achieving Goal 6. For instance, in Rwanda, the government's commitment to improving water and sanitation services has resulted in significant improvements in access to clean water, particularly in rural areas. The introduction of community-led total sanitation programs in Bangladesh has successfully improved sanitation practices and reduced open defecation.

Challenges and the Way Forward

Despite the progress made, significant challenges remain in achieving Goal 6. Limited financial resources, inadequate infrastructure, climate change impacts, and conflicts are some of the obstacles that need to be overcome. However, there are opportunities to address these challenges. By increasing investments in water and sanitation, promoting sustainable practices, and strengthening partnerships, we can create a future where clean water and sanitation are accessible to all.

Conclusion

Goal 6: Clean Water and Sanitation is a critical component of the Sustainable Development Goals, highlighting the significance of access to clean water and sanitation for all. Achieving this goal requires concerted efforts from governments, organizations, communities, and individuals. By implementing the targets and taking necessary actions, we can ensure a sustainable future with clean water and sanitation, improving health, reducing poverty, and fostering economic development worldwide. Let us work together to make Goal 6 a reality and create a world where no one is deprived of this basic human right.

[monicaeidolith]

Mermori, the tale of two young mermaids

The main cast's charts:

Line-ups:

The plot of my AU:

Aubrey and Basil are mermaids and the main characters of this AU. They grew up together, they are very close and protective of each other.

Around the age of 11, Basil got very curious about what was beyond the sea: the earth. Aubrey chose to follow him (mainly concerned about his safety).

There, they eventually met Mari, a girl who happened to be at the beach that day. Mari quickly befriended the young mermaids. Some times after their first meeting, she introduced them to her own group friend.

Relations between humans and mermaids have always been hostile, mainly because of ocean pollution and overfishing, slowly destroying marin ecosystem.

Only Mari her friends know about Aubrey and Basil’s true identity. To not cause any trouble to their new friends, they swore to not tell anyone.

Mermaids have the capacity of turning into humans. They regain their mermaid forms when their whole skin contacts water.

This isn’t a romantic photobomb AU btw. To be fair, the ships present in this AU are heromari, cotton candy, sunnflower and paperboat, though they’re not its main center.

[blueiscoool]

Prehistoric 'Giant Goose' Skull Found in Australia

The skull of a prehistoric "giant goose" has been discovered in Australia.

It belongs to a now extinct giant flightless bird that weighed 230kg (36 stone) - about five times as much as an emu.

The 45,000- to 50,000-year- old fossil is the most complete skull of a Genyornis newtoni to have been discovered.

And researchers say the “stunningly rare find” will give them insight into what the bird looked like.

"Realising it was an intact skull was just so satisfying," lead author of the study, in the journal Historical Biology, Dr Phoebe McInerney, of Flinders University, Adelaide, said.

"I thought, 'Oh my gosh, this is amazing - we actually found one'.

"The Genyornis has been known [about] for 128 years - and now we've actually got a skull for it."

The 32cm (1ft) skull was found, in 2019, in the dry beds of Lake Callabonnam - a remote region of inland South Australia where thousands of animals once became stuck in the mud - attached to an almost complete fossilised body of the bird.

The only other known skull for this species, reported on in 1913, was heavily damaged and had only a small amount of the original bone, so little could be gleaned from it.

But this latest discovery reveals these giant birds had:

a massive cranium.

large upper and lower jaws.

an unusual casque, like a helmet, on the top of their head.

They also had a wide gape, strong bite and could crush soft plants and fruit on the roof of their mouth.

Genyornis newtoni is a relative of the Australian magpie goose but evolved before them in a separate lineage and is more closely related to the South American screamer species.

Unravelling its relationship to other species had been complex, Dr McInerney said, but the new find had enabled researchers to start to "piece together the puzzle, which shows, simply put, this species to be a giant goose”.

The last of the large, flightless mihirungs, or thunderbirds, native to Australia, they roamed the outback at the same time as other giant creatures, including lizards and kangaroos, and when the first humans arrived, about 50,000 years ago.

And the size and appearance of this "weird and wonderful" bird would have made it "quite a sight to see," according to Dr McInerney.

Jacob Blokland, who has created a scientifically accurate reconstruction of the about 2m (6ft) bird, said: “Using modern birds as comparatives, we are able to put flesh back on the fossils and bring them back to life.”

The researchers also discovered the giant birds had many unusual adaptations for aquatic habitats, protecting their ears and throat from water when submerged.

And they said this could have led to their extinction, some 45,000 years ago, as fresh water bodies in northern South Australia were now mostly salt lakes.

Dr Gerald Mayr, an ornithologist at the Senckenberg Research Institute, Frankfurt, said fossil bird skulls were "stunningly rare" and this "extraordinary find" provided insights into the role the giant bird played within the Australian ecosystem at the time.

By Nia Price.

[rjzimmerman]

Excerpt from this story from Oregon Public Broadcasting:

At a small dam on Sun Creek made out of corrugated vinyl sheeting, National Park Service fish biologist Dave Hering shuts off water leading into a metal box the size of a small elevator.

Michael Scheu, one of Hering’s team members, climbs inside. Surrounding his feet are twelve bull trout. They got trapped here trying to head upstream. Scheu collects half of them in a black bucket, handing it off to another team member above.

Bull trout are the only remaining native fish species in Crater Lake National Park. They used to be found all over the Klamath Basin, Hering says, including nearby Fort Creek.

“Fort Creek is a place where a bull trout was sampled in the 19th century and actually held in the Smithsonian,” says Hering. “And for decades, including the whole first 15 years of my career here, we didn’t have bull trout there anymore.”

Competition from a closely related cousin, the brook trout, introduced for fishing in the early 1900s, was the primary factor leading to bull trout being listed as threatened under the Endangered Species Act in 1998.

Native to the eastern U.S., brook trout evolved with slightly different traits that allow them to outcompete the bull trout in its natural habitat. They mature at a younger age, thereby producing more eggs over a longer period of time than bull trout, among other advantages.

In 1989, scientists found a disturbingly small number of bull trout high up Sun Creek, inside the national park. Mark Buktenica is the now-retired fish biologist for the park service who began the effort to save the species.

“The National Park Service mandate from Congress is pretty clear,” Buktenica said on a 1999 episode of Oregon Field Guide. “We’re supposed to preserve and protect these ecosystems in their natural condition. Well, the natural condition for Sun Creek is to have resident bull trout.”

Back then, Buktenica and his team built two dams on Sun Creek to prevent non-native fish from getting further upstream. Then, they used a specialized poison to kill any brook trout upstream of the dams.

Hering took over Buktenica’s work when he retired in 2017. He says he’s gotten more and more invested since their population has grown in number.

“A lot of people — anglers and fish enthusiasts — describe it as sort of an ugly fish or one that isn’t as nice to look at as some others. But I think they’re beautiful,” Hering says.

Hering was there when, in 2017, scientists reconnected Sun Creek to the Wood River for the first time in over 150 years. The tributary had been isolated on private land and used for irrigation, cutting bull trout off from other parts of the Klamath Basin.

[magickkate]

Hey witches! Are you drawn to the rhythm of the waves, the salty scent of the sea, and the boundless expanse of the ocean stretching to the horizon? If so, you might be attuned to the magic of Sea Magic, a mystical practice that connects with the elemental energies of water and the mysteries of the deep. Here are a few ways to embrace the magic of Sea Magic:

🌊 Connect with the Tide: Sea witches typically have a strong connection to the ocean, drawing inspiration, energy, and spiritual guidance from its vastness and power. Tune into the ebb and flow of the tides, allowing their rhythmic movement to guide your magical workings and rituals. Work with the energy of high tide for abundance and manifestation, and low tide for release and letting go.

🚰 Water Magic: Water is a central element in sea witchery, and practitioners often work with its properties for cleansing, healing, intuition, and emotional balance.

🌙 Moon Magic: Like many other forms of witchcraft, sea witchery often incorporates lunar cycles and phases, harnessing the energy of the moon for rituals and spellcasting.

🪸 Herbalism: Sea witches may work with herbs and plants associated with coastal regions or those that thrive in saline environments for magical purposes.

🐬 Work with Sea Creatures: Connect with the spirits of the sea and the creatures that dwell beneath the waves, such as dolphins, whales, and mermaids, honoring their wisdom and guidance in your magical practice.

🐚 Collect Seashells and Sea Treasures: Sea witches may collect shells, driftwood, seaweed, and other items washed ashore for use in spells, rituals, or as talismans. Gather seashells, sea glass, and other treasures washed ashore by the ocean, incorporating them into your spells, rituals, and altar decorations to infuse your magic with the energy of the sea.

🌊 Invoke Ocean Deities: Cultivate a relationship with ocean deities and spirits, such as Poseidon, Yemaya, or Neptune, by offering prayers, making offerings, and invoking their blessings and protection in your magical workings.

🧜🏼‍♀️ Seafaring Lore and Folk Traditions: Sea witches may draw upon maritime folklore, legends, and traditions for rituals, spells, and divination practices. Marine creatures like dolphins, whales, mermaids, and sea turtles may hold symbolic significance in sea witchcraft, representing various aspects of the ocean's energy and mythology.

🌬️ Navigation and Divination: Some sea witches incorporate navigation techniques, such as reading the stars or using instruments like compasses, into their practice. Divination methods related to the sea, such as scrying with water or shells, may also be used.

🦭 Respect for Nature: Central to sea witchery is a reverence for the natural world, particularly the ocean and its ecosystems, with an emphasis on environmental stewardship and sustainability. Sea witches often perform rituals for protection, purification, healing, and empowerment, drawing upon the strength and resilience of the ocean.

Whether you're a beachcomber, a sailor, or simply a lover of the sea, Sea Magic invites you to dive deep into the mysteries of the ocean and explore the hidden realms that lie beneath the waves. So let the rhythm of the sea guide you, and may your magic flow as freely as the currents of the ocean! 🌊🐚

Books to Read:

Water Magic by Lilith Dorsey

The Sea Witch: A Grimoire of Ocean Magick by Jennifer Heather

Year of the Witch: Connecting with Nature's Seasons through Intuitive Magick by Temperance Alden

[wtfearth123]

Did you know that Feather Starfish can regenerate their arms if they lose them? They can also detach their arms voluntarily to escape predators. Some feather starfish even host symbiotic animals like shrimps and crabs. They are amazing creatures that can swim, feed, and breathe with their arms.

Feather starfish are fascinating marine animals that belong to the class Crinoidea, which also includes sea lilies. They are not actually starfish, but they are related to them as they are both echinoderms. Feather starfish have a central body with many arms that are used for swimming, feeding, and respiration. They are usually found in tropical and subtropical waters, where they attach themselves to rocks, corals, or other surfaces. Feather starfish are also known as crinoids or comatulids.

Feather starfish are one of the oldest & most primitive species on earth. Their origins date back to the Ordovician Period, which began more than 488 million years ago. They can have as many as 200 arms, which branch numerous times and result in feathery pinnules. These arms can be of various colors, such as green, red or yellow. They can regenerate their arms if they lose them due to injury or predation. They can also detach their arms voluntarily to escape predators or to reproduce asexually.

Feather starfish host symbiotic animals like shrimps and crabs, which live among their arms and provide protection and cleaning services. Some feather starfish even have specialized structures called cirri that act as claws to hold their symbionts. They feed on planktonic particles that they capture with their tube feet and mucus on their arms. They then move the food along their arms to their mouth, which is located on the upper side of their body.

Feather starfish are amazing creatures that add beauty and diversity to the coral reefs. They are also important indicators of the health of the marine ecosystem, as they are sensitive to environmental changes. I hope you enjoyed reading about this wonderful & beautiful creature. 😊🙏

[ant1quarian]

About withertale my finest dude...

What are their thoughts on us the y/n, player, anomaly building grand things, just anywhere.

I mean i make nether highways and we put packed ice highways for speed. (My friends) Its like we touch and can control what can hurt them water, and they control lava which even a drop hurts us.

But even in said nether hubs are decorated nicely and are protected from ghasts.

Like one day one part of the nether is barren then suddenly it's carved out with stones and woods never seen before

Vines and greenery placed precariously with magic that doesn't let them die. (I call it players magical green thumb)

And even on the chase outside

Buildings, castles, creatures. Art.

I've terraformed areas of lands massive to be farms and growing green.

All because we settled somewhere. For unknown Purpouses.

How do they feel about it?

I know they're territorial over their land... but do they build?

What do they think of this funny player, human, anomaly. Who unchecked can create beauty from destruction and also destroy it again just to rebuild something else?

As long as you don't touch their territories? It's perfectly fine. Witherborn themselves do build- just nowhere where you can see it. It's beyond a certain layer of bedrock that opens up to a massive SOUL valley filled with mountains and buildings- blues, purples, reds, oranges and yellows fluttering and flicking around the place.

They'd probably find the Player more relatable. Maybe a be a little less hostile- providing they're not messing up other ecosystems or pushing out the piglin and wither skeleton populations

( They don't want them thinking they can cross into their territories )

I definitely feel like they'd be curious, too!

[bonefall]

I am a very normal person who gave her real life cats warrior names, and now I am being a very normal person who spends her lunch break translating them into Clanmew:

Owlberry: Huobayab. Huo (eagle owl) + bayab (blackberry/brambles). She’s a big, fluffy, mostly dark brown cat who is motherly and protective but can definitely be very prickly, so I think it fits well. Her real name is Cheesecake.

Batwhisker: Fepfr’hussk. Fepfr (long eared brown bat) + hussk (whisker). The first thing I said upon seeing him, an eight week old bundle of rage, was “Oh my GOD his EARS” so I love this. He’s a tuxedo with big ears and BIG whiskers. His real name is Junior Bacon Cheeseburger. Fun fact: nothing is legally stopping you from naming a cat Junior Bacon Cheeseburger.

Poppyfang: Liafiki. Liafi (poppy) + ki (fang). She’s a calico and her real name is Poptart. This sounds very dainty and pretty which is very accurate to the real cat.

Turtlecloud: this is where I need help; is there a Clanmew word for Turtle yet? Google tells me they’re not native to Britain which genuinely surprised me. Of the introduced species I found on Wikipedia, she vaguely resembles the European pond turtle, she’s a dark tortie with a few specks of very bright orange. Her suffix will be -hai (fat cloud) because good lord she is a fat little cloud. Her real name is Ginger, and she is Poptart’s wikffra.

Hazelsnap: Her prefix was originally meant to reference hazelnuts, but after searching the spreadsheet I love Geehees- (hazel slender moth) for her, because it looks pointy and weird, and the real cat was the pointiest and weirdest animal I ever met, plus she was very small and flighty like a moth. I referenced my silly nickname for her, based on the noise she used to make, to invent the word “grecc”— the “ekh” noise cats make when you startle them, the Activation Noise, a sudden surprise. Geehees’grecc. Her real name was Hazel Grace/Grecc and she has since gone to walk in Starclan, and is squinting at me judgmentally even as I type.

It is such a shame that mainline WC doesn't do more with the idea of a cat carrying multiple names, unironically they should have taken inspiration from Cats: The Musical for that. You are doing the lord's work by sharing the kittypet names, love it

I'll give you two new words plus related terms, just to get a Clanmew phrase for hazel trees out there, though I'd absolutely keep Hazelsnap's prefix as Geehees because that's perfect.

Turtle = Ooba

Turtles are an invasive species in the UK, you're correct! They are released as a product of the pet trade, where they can wreak havoc on water ecosystems. They tend to like ponds and lakes more than rivers, though.

So it's usually ShadowClan that's encountering them, and they have a FAVORITE use for the little guys... their shells make perfect soup bowls.

The word for "Turtle" and the word for "Bowl" are the same. A bowl of turtle soup is an Ooba-en-Soogwa Ooba (Bowl/Turtle-of-Soup Bowl/Turtle). Turtle shells are also valued as decorative dishes, almost like our idea of 'fine china.' It's a morbid joke in ShadowClan that the first food a bowl holds is the turtle that it used to be.

(I need to come up with some kind of phrase similar to "having your own ass handed to you" but it's "Being served in your own shell." "He made you into the bowl AND the soup")

Stumptail's daughter Turtlebelly in Clanmew is Oobaboma. Bowl-Belly.

Unfortunately for Clan cats but FORTUNATELY for the ecosystem, there aren't any turtles in the Lake territory. Not ones that breed, anyway, ShadowClan has immediately killed the 2 or 3 irresponsible releases that have occurred in the past 10 years since they've been here.

Hazel (Corylus avellana) = Ans

One of the most important trees for Clan use. It's a small, thin-wooded plant that makes the PERFECT size for harvest. It's the wood that WindClan tends to use to reinforce tunnels, it's supple and strong enough for use in building, and produces helpful "cob" nuts that can be used as a prey lure.

In BB, Hazeltail's name, her whippy tail like a hazel branch, and young wisdom were taken as a sign that she would one day be a fantastic builder. Since she's not dead in this AU she is going to be rising through the ranks there.

Most Clans don't have a particular word for Hazelnuts. They call them Nekboq Ans. ThunderClan, however, uses them as prey lures on a frequent basis. They call them Ansneb, and it is part of a 3-stem verb "to lure."

Lured/Luring/Will Lure = Ansnebok/Ansnebo/Ansneb

As a prefix in a name, Ansneb is best translated as "Cob" or "Hazelnut," but based on context can mean "alluring," "tempting," or "bait."

[quillpokebiology]

Centiskorch Facts

(Art by akadako on Danbooru)

-The scientific name for Centiskorch is "Centanguis Ignus." Centanguis is a combination of 'Centum' meaning 100, and 'anguis' meaning snake/serpent. The rough translation for this is "Hundred-serpent flame"

-Centiskorch become a lot more aggressive after evolution, which can be a big change from Sizzelpede

-Centiskorch are actually very good mothers and, unlike most bug types, will stick around to protect their eggs and raise their young. They'll make a burrow underground and wrap their bodies around the eggs to keep them warm

-Centiskorch are arthropods, making then related to pokemon like Galvantula, Ariados, and Krabby. Their closest relative is scolipede

-Because of their flammable bodies, Centiskorch are often used for cooking in high class restuaraunts

-Their flammable bodies also make them do very well in the cold weather

-Unlike many other bug types, their blood is a medium orange color instead of white or red

-The only thing that Centiskorch truly fears is water, as they have to burn all their gasses to keep become dry again, which leaves them temporarily unable to hunt

-Centiskotch have small ocelli asking their bodies, which help them see better in dark places

-Centiskorch prefer to make their homes on mountains, volcanoes, and sandy deserts

(Art by nagimiso)

-Centiskorch will give warnings before they attack, where they will stand up and make their body very hot to where you can feel it from 10 feet away. If that happens and you don't have any pokemon with you, please turn around and walk away

-Their eyes glow in the dark

-Centiskorch become hotter when they are angry

-Centiskorch can lay 15-100 eggs in one litter

-A group of Centiskorch is called a skorching

-Centiskorch are very important to the ecosystem of Galar, keeping the population of bugs from growing too large

-Centiskorch have been known to start small bush fires to capture the escaping pokemon for their next meal

-Centiskorch have long life spans, being able to live up to 50 years. This number is even larger in captivity

-Ribbon dancing with ribbons that look like Centiskorch was very popular in Galar in the 1500s. It's still common today, but mostly with pokemon performers

-While they were hunted by bird pokemon as Sizzelpede, these bird pokemon are now hunted by Centiskorch

If you're curious, here are some Sizzelpede facts!

[villainsimpqueen]

Parluna'vi lore.

Swamp animals #2.

Kiro'ey.

Analysis of Kiro'ey

Description and Physical Features:

- General Appearance: The Kiro'ey, reminiscent of an Earth spoonbill, exhibits a distinctive spoon-shaped beak and a prominent crest extending into its tail feathers. This feature contributes to its unique silhouette, marking it as a visually striking species.

- Coloration: The Kiro'ey's plumage transitions from dull grey at the base to vibrant shades of green, blue, yellow, and teal towards the tips. This gradient not only enhances its visual appeal but likely serves as a means of communication or camouflage, blending with the colorful environment of Pandora’s coastal and swampy areas.

- Beak and Crest: Its beak, colored in oranges and yellows, is adapted for its feeding habits, while the bright green crest may play a role in mating displays or territorial behavior. The beak’s spoon-like shape is ideal for foraging in water, suggesting a specialized diet and feeding strategy.

- Eyes and Feathers: The Kiro'ey possesses two pairs of eyes, which may provide it with an enhanced field of vision, crucial for spotting predators or prey in its often murky aquatic environment. The presence of wispy quills adorned with bilumessian orbs along its head and tail feathers could be a trait related to sensory functions or mating displays.

- Wings and Legs: It has four wings, with the larger, dominant pair positioned above the smaller, recessive wings. This wing configuration might contribute to its aerial maneuverability, enabling it to navigate through dense vegetation or make quick escapes from threats. Its sturdy legs and webbed feet are well-suited for wading and navigating the swampy or coastal terrain.

Habitat and Behavior:

- Habitat: The Kiro'ey is found in coastal regions, brackish waters, and swamplands on Pandora. These habitats offer a rich supply of the small fish, insects, and plants that make up its diet. The species' adaptation to varying water conditions highlights its versatility and ecological niche.

- Feeding: The spoon-shaped beak allows the Kiro'ey to efficiently scoop up its food from the water. This feeding behavior suggests it plays a role in controlling insect populations and distributing plant seeds in its environment.

- Nesting Habits: Kiro'eys exhibit two distinct nesting strategies. They build large nests high in trees to avoid ground-based predators, showcasing their adaptability to arboreal environments. Alternatively, they construct nests from mud and debris on small islands, indicating a preference for isolation or protection from predators in their aquatic habitats.

Ecological and Behavioral Significance:

The Kiro'ey’s unique adaptations—such as its specialized beak, dual sets of eyes, and vibrant plumage—reflect its specialized role within its ecosystem. Its nesting strategies and feeding habits demonstrate a high degree of adaptability, enabling it to thrive in diverse and potentially challenging environments. The presence of such a species underscores the rich biodiversity of Pandora's coastal and swampy regions, contributing to the overall health and balance of these ecosystems.

[wildtrail]

Challenges and Solutions in Deforestation in the US

The United States of America, known for its geographical diversity and vast expanses of natural landscapes, finds itself at the center of a significant environmental challenge: deforestation. Often overshadowed by global debates about tropical forest loss, deforestation in the United States is a critical issue that warrants renewed attention. In this article, we will explore the complex reality of deforestation in this country, examining its causes, consequences, and innovative solutions being developed to preserve the valuable forests of the United States. From the vast forests of the Pacific Northwest to the woodlands of the Appalachians, the challenge of deforestation in the United States transcends geographical borders and calls upon us to take meaningful action to safeguard our natural resources and the future of our planet.

Current Situation of Deforestation in the US

Deforestation in the United States has been a cause for concern for decades. Despite vast forested areas in the country, there is constant pressure on these ecosystems. Below are some key aspects of the current situation of deforestation in the United States:

Loss of Natural Habitat: One of the most noticeable effects of deforestation in the United States is the loss of natural habitat for wildlife. As forests are cleared for urban expansion, agriculture, and industry, many animal and plant species are threatened or displaced.

Climate Change: Forests play a crucial role in carbon capture and climate regulation. Deforestation contributes to climate change by releasing large amounts of carbon stored in trees and forest soil.

Water Quality Effects: Forest clearing can affect the quality of water in nearby rivers and streams. Trees play an important role in filtering contaminants and stabilizing water flow.

Loss of Natural Resources: Deforestation also results in the loss of important natural resources, such as timber. Without sustainable management, forest exploitation can deplete these resources irreversibly.

Proposals to Address Deforestation

Given the importance of forests in global health and people's quality of life, it is crucial to take action to address deforestation in the United States. Below are some proposals to tackle this problem:

Promote Sustainable Forestry: Promoting sustainable forest management is essential to ensure that U.S. forests are not overexploited. This involves implementing responsible logging practices that allow for forest regeneration and biodiversity conservation.

Ecosystem Restoration: Investing in the restoration of degraded ecosystems can help reclaim areas that have been deforested in the past. This includes planting native trees and restoring natural habitats.

Protection of Sensitive Areas: Identifying and protecting ecologically valuable areas is crucial. Creating natural reserves and national parks contributes to the conservation of intact ecosystems and biodiversity preservation.

Education and Awareness: Public education about the importance of forests and the impacts of deforestation can encourage informed decision-making and citizen involvement in forest conservation.

Effective Policies and Regulations: Strengthening and enforcing laws and regulations related to tree felling is essential. This includes implementing measures to prevent illegal logging and ensure the sustainability of forest exploitation.

Economic Incentives: Providing economic incentives to businesses and landowners who adopt sustainable forestry practices can be an effective strategy to reduce deforestation.

Conclusion

Deforestation in the United States is a problem that requires ongoing attention and decisive action. Forest loss not only has local impacts but also affects the globe by contributing to climate change and biodiversity loss. To protect our natural resources and ensure a sustainable future, it is essential to effectively address this challenge through sustainable forest management, ecosystem restoration, and public awareness. Only through a comprehensive and collaborative approach can we preserve the valuable forests of the United States for future generations.

Thanks for reading!

-WildTrail team

[noaasanctuaries]

Happy International Women’s Day!

Today we’re celebrating all the women who make the National Marine Sanctuary System possible and who dedicate themselves to protecting and understanding marine species and ecosystems. Learn about the inspirational women of sanctuaries in these images.

Dr. Michelle Johnston

Here, Dr. Michelle Johnston, research ecologist at Flower Garden Banks National Marine Sanctuary, dives through sanctuary waters amongst hundreds of fish and other sea critters! Michelle manages the sanctuary’s long-term coral monitoring project and helps fight the spread of invasive lionfish in the sanctuary.

Jessica Hale

This is Jessica Hale, a Dr. Nancy Foster Scholar who studies sea otters in Olympic Coast National Marine Sanctuary. Thanks to her research, the sanctuary is learning more about sea otters’ role in this Pacific Northwest area.

Carina Fish

Here, Dr. Nancy Foster Scholar Carina Fish pauses during a research expedition in Cordell Bank and Greater Farallones national marine sanctuaries. The Foster Scholarship supports women and members of minoritized groups in graduate school for ocean-related sciences.

Sarah Kienle

Dr. Nancy Foster Scholar Sarah Kienle uses hair dye to mark the fur of an elephant seal to aid later identification in her research. Photo courtesy of Sarah Kienle, under NMFS permit #19108. Interested in pursuing marine science yourself? Check out the Dr. Nancy Foster Scholarship Program, which supports independent graduate-level research – particularly by female and minority students – in ocean-related sciences.

[allthebrazilianpolitics]

Fires degrade 9 percent of Pantanal wetlands over five years

New data released by monitoring platform MapBiomas reveals that fires over the last five years have degraded around 9 percent of the Pantanal wetlands.

Eduardo Rosa, an agricultural engineer with MapBiomas, stated that the suppression of native vegetation to make way for agricultural and livestock expansion undermines soi protection and disrupts the distribution of water and sediments.

Additionally, dams and hydroelectric plants alter natural water flows, affecting both the quantity and quality of water reaching plains. A week ago, MapBiomas showed that the Pantanal has lost 80 percent of its water surface area since 1985, the largest proportional water loss of any biome.

“Climatic issues related to precipitation and temperature regulate droughts and floods. The increase in dry periods has hampered the resilience of the Pantanal ecosystem”, Mr. Rosa said.

Continue reading.

[aeriona]

Salmonid biology time! Yay!

These hulking fish are a polymorphic species that return to their birthplace to spawn in immense numbers. They’re known for their intense ferocity, crude technological prowess and their delicious flesh eaten by inkfish everywhere.

Much more info under the cut!

BIOLOGY ----- Being distantly related to the Chinook Salmon, this species comes in a wide variety of shapes and sizes. They have both functioning gills and lungs, however their gills and skin must stay wet at all times, so they do not leave the water for very long.

Salmonids experience a Type 3 survivorship curve, basically meaning that only a very small percentage of salmonids actually make it to adulthood (Cohock stage), with the rest being eaten by predators when they are young. Those that do survive however, tend to live for quite a long time, up to around 60-70 years.

Salmonids fry are a really important food source for the ecosystems though! As well as the unfertilised eggs (power eggs) help to feed local animals during the spawning season.

Unfertilized eggs (power eggs) are produced in immense numbers during the Salmon Run, as female Cohocks release them into the water by the millions. Fertile eggs (golden eggs) however, are far rarer and fiercely protected, with many Salmonids giving their lives to ensure the safety of the next generation.

"INK" ----- Salmonid slick (often incorrectly called ink) is a slimy green substance constantly secreted off a Salmonid’s body in order to protect the scales from damage and disease (like a fish’s slime coat!) It contains a lot of nasty bacteria that can make an inkfish very sick if it gets into their body, so Salmon Runners will wear watertight uniforms to protect themselves when working.

CULTURE ----- Cohocks are the primary way what their culture and technology is passed down, as the adults are the ones who train the fry and chum to fight in Runs. they also impart their weapons to the youngest generation, so they may continue to support the Run even in death.

A very important thing to remember about Salmonids is that they are people. they are a sapient, intelligent race with their own culture, languages and practices. just because they resemble wild animals does not mean that's what they are.

So when you eat salmon for dinner or use power eggs to charge something, just know that your are funding the slaughter of millions. Just a thought!

[songsofbloodandwater]

What's your favorite part about reconnecting with your ancestral Herbalism traditions at the moment?

Lately I've been thinking about the beauty of my Nation's territory encompassing such a wide array of ecosystems. My family's ancestral lands are right at the intersection of the High Andes, the Tropical Rainforest, the Grasslands, the Deserts and the Southern Andean Evergreen Forests. All of these different territories we have lived in and lived with, forged a relationship with.

We've had the priviledge of access to so many different ecosystems, of such diversity. To be a part of all of them. And there's wisdom and medicine to be learnt from all of it. The sacred herbs in high places where nothing else could ever grow, the high snows and the winds and the thunder, the untamed spirits of the jungles and their rivers, the smoke coming from woodfires of the valleys and the sweet teas of the flowers of the prairies, and so much more. There's entire books written about each of these territories, and their own unique Herbal and Land Spirits, their own stories, their own Spirit Hierarchies and customs, all with their own history, and of all of it we are a natural part of, and we have been a part of for literal thousands of years. Across all these places we've went and found a way to exist in Reciprocity and Right Relation with other non-human Spirits and lifeforms. And I'm constantly in awe of it. Of how much there is to learn and how much we need to protect for future generations.

I was lucky enough to be able to travel much of it with my parents from a young age, and learn about the stories and medicine of each of these territories firsthand, being there and through experience, but even so, as an adult, I'm still learning. And It's literally impossible for me to feel like I know everything. When I feel satisfied (which is not even near knowing everything, just satisfied!) with what I know about a particular craft, like herbal medicines, tied to a particular region of our Nation, I can still turn around and learn more about that craft from all these other territories.

Or when I learn a different craft, like I'm doing now with Fire+Smoke Carrying, I also get to learn about the different (eco)regional variations of it throughout our Nation's territories. All thanks to Ancestors who, understandably, found comfort in this incredibly diverse ecological transition zone right in the middle. Fire+Smoke Carrying is only slightly different to "traditional" herbalism, in the sense that it could be considered an almost exclusively spiritual form of herbalism, save for the aromatherapy effects of some herbal allies, or some who's smoke actually has medicinal properties too. And still, a seemingly slight change in the way that herbs are used (through fire and smoke instead of waters and oils and the like), and not only I get to deepen my relationship with old-time allies but also open a door to a whole new array of Allies, and to so many new ways to work with all of Them.

It might seem overly complicated but for someone who loves learning, knowing that there isn't an end in sight to how much I can learn is literally paradise 😂

It also brings me a lot of comfort to know that because we have history with so many different environments, no matter where I live, and what kind of ecosystem (physically and spiritually) I'm in, I can surely find a way to feel at home in it through our ancestral teachings.

Thanks for asking!!!

[imperialchem]

Preserving Assets:  The Role of Corrosion Inhibitors in Industrial Maintenance

Corrosion is a persistent threat to industrial assets, causing billions of dollars in damages annually across various sectors.  From oil and gas facilities to manufacturing plants, the impact of corrosion can be devastating, leading to equipment failures, production downtime, and costly repairs.  However, with the right preventive measures in place, such as corrosion inhibitors, industrial facilities can effectively mitigate the risk of corrosion and prolong the lifespan of their assets.  As a leading chemical company in Vadodara, Imperial Oilfield Chemicals Pvt. Ltd. (ICPL) understands the critical role of corrosion inhibitors in industrial maintenance.  In this blog post, we'll explore the importance of corrosion inhibitors, their applications, and the expertise of ICPL as a corrosion inhibitor manufacturer and exporter in India.

Understanding Corrosion Inhibitors

Corrosion inhibitors are chemical compounds designed to protect metal surfaces from the damaging effects of corrosion.  By forming a protective barrier on the metal surface or altering the corrosion process, inhibitors prevent or slow down the oxidation and deterioration of metals in corrosive environments.  Corrosion inhibitors are widely used in various industries, including oil and gas, petrochemicals, power generation, water treatment, and manufacturing, to safeguard critical assets and infrastructure from corrosion-related failures.

The Importance of Corrosion Inhibitors in Industrial Maintenance

1.   Asset Protection:  Industrial facilities rely heavily on equipment and infrastructure made of metal, such as pipelines, tanks, vessels, and machinery.  Corrosion inhibitors play a crucial role in protecting these assets from corrosion, extending their service life and reducing the need for frequent repairs or replacements.

2.   Cost Savings:  Corrosion-related failures can result in significant financial losses due to equipment downtime, production disruptions, and repair expenses.  By incorporating corrosion inhibitors into maintenance programs, industries can minimize the risk of corrosion-related failures and realize substantial cost savings in the long run.

3.   Safety and Reliability:  Corrosion compromises the structural integrity of industrial assets, posing safety hazards to personnel and the surrounding environment.  Corrosion inhibitors help maintain the reliability and safety of critical infrastructure, reducing the likelihood of accidents, spills, and environmental contamination.

4.   Environmental Protection:  Corrosion-related leaks and spills can have detrimental environmental consequences, polluting soil, water bodies, and ecosystems.  By preventing corrosion and minimizing the risk of leaks and spills, corrosion inhibitors contribute to environmental protection and sustainability efforts.

Applications of Corrosion Inhibitors

Corrosion inhibitors find applications across various industrial sectors, where metal components are exposed to corrosive environments.  Some common applications of corrosion inhibitors include:

Oil and Gas Production:  In the oil and gas industry, corrosion inhibitors are used to protect pipelines, well casings, and production equipment from corrosion caused by corrosive fluids, gases, and environmental conditions.

Water Treatment:  Corrosion inhibitors are added to cooling water systems, boilers, and wastewater treatment facilities to prevent metal corrosion caused by dissolved oxygen, scale formation, and aggressive ions.

Manufacturing:  In manufacturing processes involving metal components, such as automotive, aerospace, and electronics manufacturing, corrosion inhibitors are used to protect parts, components, and machinery from corrosion during production, storage, and transportation.

Marine and Offshore Structures:  Corrosion inhibitors are applied to marine vessels, offshore platforms, and coastal structures to protect against corrosion in seawater environments.

ICPL:  Your Trusted Corrosion Inhibitor Manufacturer and Exporter in India

As the best chemical company in Vadodara, ICPL is dedicated to delivering high-quality corrosion inhibitors tailored to the specific needs of industrial clients.  Here's why ICPL is the preferred choice for corrosion inhibitors in India:

Expertise and Experience:  With decades of experience in the chemical industry, ICPL possesses the expertise and technical know-how to develop and manufacture corrosion inhibitors that meet the highest quality standards and regulatory requirements.

State-of-the-Art Facilities:  ICPL operates state-of-the-art manufacturing facilities equipped with advanced technologies and production processes to ensure the consistent quality and performance of its corrosion inhibitors.

Customized Solutions:  ICPL offers customized corrosion inhibitor formulations tailored to the unique requirements and operating conditions of industrial applications.  Our team of experts works closely with clients to develop solutions that address specific corrosion challenges and performance objectives.

Global Reach:  As a corrosion inhibitor exporter in India, ICPL serves clients worldwide, exporting its products to diverse markets across Asia, Africa, the Middle East, and beyond.  With a strong global presence and distribution network, ICPL delivers reliable corrosion protection solutions to industries around the globe.

Conclusion

In conclusion, corrosion inhibitors play a crucial role in industrial maintenance by protecting metal assets from the damaging effects of corrosion.  As a leading corrosion inhibitor manufacturer and exporter in India, ICPL is committed to providing high-quality corrosion inhibitors that safeguard critical infrastructure, ensure operational reliability, and promote cost-effective maintenance practices.  With ICPL's expertise, customized solutions, and global reach, industries can effectively mitigate the risk of corrosion and preserve the integrity of their assets for years to come.  Contact ICPL today to learn more about our corrosion inhibitor products and solutions.