#and human contaminants isn't higher

[drascua]

65.88%

[cliozaur]

The contrast is striking: from the beautiful and romanticized deaths to the inventive escape, and then to profound reflections on the utility of human faeces. Here we find ourselves in the sewers, surrounded mostly by that. Hugo laments how Parisians squander this resource by discarding it into the sea instead of utilizing it as fertilizer.

Some years back, I translated Vaclav Smil's book on energy and civilization, so I'm afraid I know more about fertilizers than I'd like. In short, using human waste directly as fertilizer isn't a great idea. It can contaminate the soil and pollute it with alkali and salt. Additionally, its nitrogen content is quite low. That's why Europeans paid a premium “to collect the dung of petrels and penguins,” to be precise, to collect guano from islands like Ichaboe—during Hugo's time, more than 300,000 tonnes of guano were exported from there, as it contained a much higher percentage of nitrogen.

And it’s so amusing to read that “Parisian guano being the richest of all.” But I’m afraid, it was not rich enough in terms of nitrogen content.

Nevertheless, the last few paragraphs describing "Paris beneath another Paris" are enthralling. The subterranean world of sewers with its own streets, squares, and crossroads—it's both organic, like coral, and artificial, akin to a city or a man-made labyrinth. This bleak depiction slightly echoes the digression about mines and miners, although that focused on intellectual and moral subversion rather than material mines. But it still feels as if there is a connection between sewers and mines.

[thewolvesshade]

Having fun isn't hard when you've got a library card!

Werewolves... Werewolves - god, why did 90% of it have to be smut? Why the hell do they even let this stuff into the library- ah-hah!

Shade plucked a dusty old book from the library shelf. He ran his fingers over the old leather cover, nearly sneezing from the amount of dust that had flown off this thing upon being touched. He flicked through the pages with care, one tug too hard and the yellowed sheets would disintegrate.

The parchment pages of the book were stained with coffee, carrying the scent of countless years of age and dust. Shade made sure to check - to make sure no one was looking. Seemed like everything was quiet, thankfully. He deliberately came early, no one's gonna be at the library at 7am anyways.

The Lycanthrope, scientifically known as "Homo Lycanus" is the scientific name for a rare variant of humans infected by a very ancient disease. The disease itself is estimated to have first appeared just after the Cretaceous period.

Initially, it was an infection that resided in primates - slowly tracking down lineages as it traded numbers for potency. What initially started off as higher aggression soon turned into an entire morphological change that was directly correlated with higher infection rates.

Scientists estimate that the first appearance of a "werewolf" (or man-wolf) was during the initial domestication of wolves. The interaction likely resulted in a cross-species contamination, wherein a wolf was infected with the Lycaenus disease, and spread it to other wolves.

This, unfortunately, led to multitudinous and unjustified deaths of wild wolves during the 18th and 19th centuries. While presenting asymptomatically, the disease adapted to wolf biology - which would bear catastrophic results for any human who happened to be bitten by an infected wolf.

Unfortunately, we are still unable to determine the correlation between the full moon and a forced transformation. Some have hypothesized that it is actually a spike in adrenaline and cortisol that causes the disease to present itself - a form of parasitic self-preservation turned up to an unnatural degree.

No cure has been discovered yet, beyond herbal remedies of superstition and death. We suspect vaccination could aid in the prevention of spreading it, but we have yet to find a willing test subject. Once lycanthropes start showing symptoms, treating it becomes far more difficult - perhaps impossible.

One thing is for certain, though. The longer a lycan remains infected, the more strain it places on his body. Every shift, even minor ones - can cause irreparable damage to the muscle and bone - let alone frequent blood loss.

No lycan has died a man, and those in old age find it harder and harder to shift back. It is why we must find this cure...

Shade's hand shook as his grip tightened on the book. He felt his heart rate spike, a sudden strike of fear causing a pang of pain in his chest. Without thinking, he quickly turned and started to bolt towards the door. There was a loud crack, his leg buckling as he felt a claw dig out of one of his shoes. It took a lot of effort not to scream...

There was already a sense of pressure in his back, he didn't have much time to get to his dorm. The horrifying, wet schlick sound met his ears as claws burst out under his nails, beads of blood dripping onto the book. The claws dug small holes into the cover, and slowly - the blood seeped into the pages. Thankfully, this wasn't a full moon. He could maintain control and prevent a full change if he just stayed calm-

Thud.

Of course there was someone else here... And he just had to run into them...

-

To be continued...

[just-a-dumb-gay]

So my dad pointed out something last night while I was watching the last of us, about it being contaminated flour causing the outbreak. And idk if someone else has already said this but ima say it just in case not.

So the cordyceps evolved to withstand human body tempratures, but they wouldn't have evolved to be able to withstand much higher tempratures and would've been killed in cooking. But flour is messy. It's dusty and it creates little clouds and when working with it you're inevitably going to breathe some in.

And that got me thinking. Sarah was baking cookies with the neighbours in the afternoon of outbreak day. So perhaps in a dark way the way she died was better because maybe, just maybe, she was already infected. Even though she hadn't eaten anything with the possibly contaminated flour, she inevitably would've had some on her and breathed some in from baking.

I wanna add my dad isn't really interested in TLoU, after we had this brief discussion I said "You just put a whole new perspective on Sarah's death for me." and he just said you're welcome and went back to playing on his phone.

[galateaencore]

Gotta also ask for Ciredin:

SFW: 1, 14

NSFW: 4, 10, 15

I'm so glad that someone asked for Ciredin <3

Who cooks?

The help. What are they, some kind of middle class?

(Bonus HCs:

Eredin had servants all his life but sometimes had to heat up like meal packets in the field and hated even that. Ciri never had the desire to learn.

Canonically elves and humans have orthogonal taste profiles, and Eredin is moreover old and high-maintenance, so he eats rarely, mostly vegetarian, and stuff that Ciri finds either cloyingly sweet, very briny, or tasting like (gr)ass.

In a modern AU, Eredin would sometimes shop at Erewhon and experiment with weird vegan superfood bullshit and predictably fail, while Ciri sighs and silently orders takeout for two.)

14. Who is the highest maintenance? Does the other mind?

Eredin. He minds that Ciri isn't higher-maintenance as per her birthright and sometimes takes his frustration out on her, then feels guilty.

4. Oddest place they’d have sex?

He's definitely slipped it in while co-riding on his palfrey.

(Serious answer, I have a bomb fellatio scene that answers this question - ask me later).

10. First to orgasm? Last to orgasm? Who comes the most? Does someone ever end up unfinished?

I hc them having a very mundane and mutually agreeable sexual relationship ngl. Like, sometimes it doesn't happen for one or both of them and they're really apologetic but sometimes it can't be helped but then they just remind each other that fulfilling sex doesn't have to end in orgasm.

15. Open or closed relationship? Do they sometimes share?

Open but they don't share. Ciri is the more territorial and would rather not even know. She has a closed set of sexual partners that she sees concurrently but compartmentalizes from one another because it's freeing for her to be a different version of herself with each person without fear of contamination (you know, take a break from being lady of space and time/traumatized child/war orphan/etc). Eredin is a serial monogamist in that he becomes obsessed with a person to the exclusion of all others, but for a short period of time. He goes back to her in the interim. If they were to share it would be to hurt each other.

[birdbrainweekly]

Mining? Sustainable?

So, it was Earth Day yesterday (hope everyone celebrated) and I was thinking to myself about a fun little topic that would be relevant to talk about, because I love me some fun little topics, but I decided to be a little serious. Who is she? I don't know.

Because this isn't cute and fun I am not posting it on my cute and fun blog and I will talk about it on this account instead. I wanted to talk about two topics, the first is squeezing everything from the rocks that must be mined and the second is carbon sequestration.

Mining is not a popular topic, in fact most people hate the idea of it, however, it is an unavoidable truth in our attempts to move to a greener future. Why? Because technology requires resources. Of course we should recycle our old technology as much as possible to decrease the amount of mining necessary, but its unavoidable. However, there are so many ways people are trying to make this process better! And I want to talk about those ideas.

The first is that a lot of heavy metals are able to move in water/erosion processes, this is a problem we have faced in terms of contamination for many years, and why retaining ponds exist (to prevent bad water from leaving the site). But still a lot of companies will scrap the soil off the surface of the ground to get access to the rock holding the desired resource. However, the soil above the rocks tend to have the same or sometimes higher yield in some of the desired elements than the rock they mine.

This is an exciting find because if we must disturb a site, it is best to get everything we can from it.

Another related topic is revisiting sites that have been mined in the past. We haven't always wanted Rare Earth Elements, but now they are really important for solar panels, wind turbines, and electric cars.

So we can go back to these already disturbed sites and get these important metals without effecting other locations. Great, amazing, beautiful.

Another new hot thing is Carbon Sequestration. So lets talk about it. First I would like to say, this is something that occurs without human interference! The plain English explanation is CO2 in the air/water will react with ultramafic rocks on the surface and in will essentially absorb the CO2 into a new mineral.

The specific reaction is commonly having a rock bearing olivine and serpentine which in the presence of CO2 will form a carbonate like magnesite, calcite, and dolomite. It is a very simple idea, and something we see in nature already, but it is a great way to utilize previous mining sites to get the most value out of them!

Long story short, it is really exciting to look to see what work is being done to be ecofriendly in the mining industry, as geologists are generally very eco-conscious themselves.

Anyway, I know this isn't all the work being done, but this was the topic of much research being done at the SE GSA conference and it left me feeling very excited. I know it isn't my usual topics but thanks for reading!

[scrapcargta]

The Role of Technology: How Automation is Revolutionizing Scrap Yards in North York

In the heart of North York, a technological revolution is underway within an unexpected industry: scrap yards. Once seen as places of manual labor and piles of discarded materials, scrap yards are now embracing advanced automation and cutting-edge technology to streamline operations, enhance efficiency, and contribute to a more sustainable future. In this article, we'll explore how automation is transforming scrap yards in North York and reshaping the landscape of recycling.

1. Efficient Sorting and Processing

Gone are the days of labor-intensive manual sorting. With the integration of technology, North York scrap yards are utilizing conveyor belts, sensors, and robotic arms to efficiently sort and process incoming materials. Automated systems can recognize and separate different types of metals, plastics, and other recyclables, reducing human error and speeding up the recycling process.

2. Data-Driven Decision Making

Technology allows scrap yards in North York to gather real-time data on material flows, processing rates, and inventory levels. This data enables informed decision-making, optimizing resource allocation and identifying areas for improvement. By analyzing these insights, scrap yards can fine-tune their operations and increase overall productivity.

3. Enhanced Safety Measures

Automation not only improves efficiency but also enhances safety for both employees and customers. Dangerous tasks that once required human intervention can now be executed by robots and machines. This reduces the risk of workplace accidents and exposure to hazardous materials, making North York's scrap yards safer environments for everyone involved.

4. Quality Control and Material Purity

Automated systems in North York's scrap yards ensure a higher level of quality control. Sensors and cameras can identify impurities and contaminants within materials, allowing for better sorting accuracy. This results in cleaner and purer recyclables, ultimately leading to higher-quality end products.

5. Reduced Environmental Impact

Automation isn't just about efficiency—it's also about sustainability. By utilizing technology to optimize processes, scrap yards in North York can reduce energy consumption, minimize waste, and decrease the carbon footprint associated with recycling operations. This aligns with the city's commitment to environmental preservation and responsible waste management.

6. 24/7 Operations

Automation enables scrap yards to operate around the clock, maximizing efficiency and productivity. Materials can be processed continuously, reducing the need for storage and improving turnaround times. This continuous operation contributes to faster recycling cycles and more immediate benefits for the environment.

As North York continues to evolve as a hub of innovation, even traditionally labor-intensive industries like scrap yards are embracing the power of automation. By integrating advanced technology, these facilities are transforming into efficient, data-driven, and eco-friendly centers for recycling. The role of technology in revolutionizing scrap yards in North York isn't just about increasing profits—it's about creating a more sustainable and environmentally responsible future for the city and beyond.

Cash For Scrap Car GTA offers a seamless solution for North York residents looking to dispose of their old vehicles responsibly. With a commitment to environmental sustainability, we ensure that scrapped cars are processed using advanced techniques that maximize recycling and minimize waste. By choosing Cash For Scrap Car GTA's services, North York locals can not only earn cash for their unwanted vehicles but also contribute to a greener future by supporting a scrap yard in North York that prioritizes eco-friendly practices.

For more info visit https://cashforscrapcargta.ca/

[pyroweasel]

I wanted to answer some tags but didn't know how best to do this so I'll just make a post. Because it's science and microbes and I can't resist a good ramble about my work.

Yes, you are supposed to cook meats and flour and other similar products because leaving them uncooked can open you up to ingesting dangerous pathogens, such as salmonella.

However, this isn't (or at least shouldn't be) a situation where if you do eat these undercooked things you are definitely eating salmonella and are going to get sick.

These bacteria and other harmful pathogens are not always present in these foods! And, in fact, the whole purpose of food safety and the food processing system is to be sure that they aren't in your food. Or, if they are, they are at such low/acceptable levels that even if you did eat raw chicken or a raw egg, you probably wouldn't get sick.

Some animals are more prone to carrying these bacteria naturally, without actual signs of infection - such as birds. That's why you should never eat undercooked chicken and why it's risky to eat raw egg. For some products, they don't tend to carry these pathogens naturally and really shouldn't be infected with them unless it's been introduced into the product somehow. Cows, non-meat products - stuff like that. That's why restaurants can serve rare steak/burger and why usually you can eat dough without too much concern.

(Also, ofc, as living creatures other meat animals and even plants do carry their own natural bacteria/etc. I'm sure some of these are pathogenic to humans but I wouldn't be able to name them off the top of my head.)

However, things happen. Salmonella gets from chicken skin/feathers into their meat/eggs. Cows eat feed with dangerous pathogens in them. Contaminated tools are used to harvest flour and pathogens are introduced into it. And then, things slip through the cracks. They didn't test the batch well enough. The part they tested wasn't infected but another batch was. A production farm/factory/etc doesn't follow proper guidelines and they haven't been inspected in awhile. Now there's food in the store that is infected with high level of pathogen. And by the time they realize and issue a recall, there may already be people sick.

So, long story short - recommended cooking processes are meant to keep you safe when things slip through the cracks. Even if pathogens exist in your food at high enough levels to infect you, thorough cooking kills most of them and makes your food safer to eat. It lowers your risk. But that doesn't mean you are actively ingesting pathogens every time you eat these raw products - in fact, you really shouldn't be (or, again, not at levels nearly high enough to make you ill).

An active recall means that they now *know* these pathogens are in your food at levels high enough to make you sick. This food will certainly make you sick if you don't cook it well enough - and the bar for what is thorough enough is now higher. So, it's best at that point to just throw the food away rather than take the risk. Especially with foods known to be eaten raw/undercooked (whether they're supposed to be or not). Also, you don't have to ingest the food to get sick...what if you use the flour in a project/activity for your kids? Touching it and then touching their mouths would be enough to infect them.

And that's the difference, thank you for coming to my Ted talk.

[evil-fact-checker]

How much pasture raised beef really is available in the US that isn't also full of antibiotics anyway?

The availability of truly pasture-raised, antibiotic-free beef in the U.S. is limited, especially compared to the volume of beef consumed overall. Here's a breakdown:

Key Factors Limiting Availability

Industrial Farming Dominates The vast majority of U.S. beef comes from Concentrated Animal Feeding Operations (CAFOs), where cattle are raised on grain and routinely administered antibiotics to promote growth and prevent disease in crowded conditions. According to the USDA, only a small fraction of beef is labeled as grass-fed or pasture-raised, and even fewer meet the strictest standards for being antibiotic-free.

Misleading Labels Terms like "natural" or "grass-fed" can be deceptive. For instance:

Grass-fed cattle may still be "grain-finished," meaning they are fattened on grain in feedlots before slaughter.

Antibiotic-free claims aren’t always verified, as voluntary certification programs like the USDA’s "Never Ever 3" rely on producer self-reporting.

Scale and Economics True pasture-raised beef is more expensive to produce due to higher land and labor costs, limited supply, and slower growth rates. As a result, it's a niche product primarily available through specialty markets, farmers' markets, or direct-to-consumer operations like ButcherBox or local co-ops.

Consumer Access Pasture-raised beef is concentrated in specific regions with more grassland and sustainable farming initiatives, like parts of the Midwest and Pacific Northwest. Urban and low-income areas often lack access to these products.

How Much Truly Pasture-Raised, Antibiotic-Free Beef Exists?

USDA Certified Organic Beef: Only ~3% of total U.S. beef production qualifies as organic, which includes being antibiotic-free.

100% Grass-Fed Beef: Around 4-6% of beef sold in the U.S. is labeled grass-fed, and not all of it is domestic—some is imported from countries like Australia.

Truly Pasture-Raised: A small subset of grass-fed beef is also entirely pasture-raised and antibiotic-free. Estimates suggest this accounts for less than 2% of total U.S. beef consumption.

Challenges with Antibiotics in Pasture-Raised Beef

Even beef marketed as pasture-raised may have been treated with antibiotics at some point. While some certifications (like American Grassfed Association) prohibit antibiotic use, enforcement is inconsistent. Additionally, animals may still be exposed to antibiotics indirectly through contaminated feed or water supplies.

Bottom Line

Truly pasture-raised, antibiotic-free beef is available, but it’s scarce and often expensive, making it accessible primarily to wealthier consumers. Claims about the sustainability and ethical superiority of such beef must account for these limitations in availability and scale. If you're looking for these products, seek out local farms, verified certifications like Certified Humane or American Grassfed, or direct purchasing from known producers.

[thecurioustale]

Why the Europa Clipper Mission Is Important: It's Not What You Think

Today I went on Tumblr and it was just one bad take after another, on a whole range of topics. One of these was a post about how you should familiarize yourselves with the conventions of the science fiction genre before writing sci-fi yourself, so that you don't end up writing "non-sci-fi in space."

That's a bad take. Well, unless your goal is the most mainstream, pulpiest, most conventional and unthreatening kind of fiction. But if you're genuinely interested in science fiction, then you already have something in your head about what that means, and you should go for it. The genre conventions don't matter and frankly I find them more often a homogenizing hindrance to compelling and original storytelling.

One of the most foundational sci-fi genre conventions that I most thoroughly and routinely eschew is the idea of humanity spreading out through the Galaxy on Earthlike worlds. I think that's a terrible idea. I think Earthlike worlds are the worst places in the Universe we could colonize. And my objection is right there in the premise.

We don't know, yet, if life exists outside of Earth. In my opinion, it seems overwhelmingly likely, almost to the point of being inevitable. But what isn't inevitable, I think, is the full breadth of the diversity of life in general strongly overlapping with the diversity of life on Earth specifically. There may be all kinds of possible life forms beyond anything that has ever existed on Earth. I would even say that that's the safe bet. If life exists at all, Earth's already-vast array of life is probably only a small piece of what is physically possible. And that's just talking about life as we know it; never mind the more fanciful possibilities outside that.

Wherever humans physically go, we will take terrestrial microbes with us. Those microbes will then be unleashed into the environments we visit. There is no practical way of preventing or containing this. Life, precious though it is in one sense, is also a form of geoaccumlative garbage. Once introduced into an environment, it is basically a permanent contaminant. The very same resiliency that makes life so noble and persistent in one sense makes it a pernicious form of pollution in another sense.

The spreading of terrestrial microbes in the course of human space travel is therefore akin to traveling with radioactive materials and spraying them into the environment of any place we visit. Arguably, it's even worse than radioactive contamination, because life, unlike radiation, is inherently competitive and has evolved survival strategy to persist in its environment.

The prospect of native life, and its nature, is a giant unknown. It is filled with unknown unknowns, and may hold insights and answers that we don't even know we're looking for yet, let alone ones that we are keenly seeking. Additionally, I think life is valuable in its own right and that the balance of ecosystems should be recognized as a part of "life" for the purposes of environmental conservation.

Moreover, if we're not careful, terrestrial life could hinder or even completely destroy our efforts to study the xenobiology of the Galaxy. Terrestrial microbes could contaminate the biological record of other celestial bodies, potentially making it hard or impossible for us to tell apart terrestrial life from extraterrestrial life.

I am of the opinion, therefore, that anyplace which might realistically harbor life should be off-limits to humans until it is determined with a reasonably high degree of confidence that no life exists there.

In the real world, in the near-term future, with important implications, this points to destinations like Mars as ones that we should be very careful about sending people to, because there is a significant chance that life exists on Mars right now, and a significantly higher chance that it existed in the past. Both our knowledge of the history of life on Mars, and the independence and survival of any hypothetical life that may still exist there, would potentially be existentially endangered by human travel there.

In science fiction, the concept of "Earthlike worlds" takes this premise and turns it up to eleven. These are the places we should most strenuously avoid, until such time—if it ever comes—that we can learn how to visit or potentially even coexist in a manner that isn't literally genocidal.

This is how I do it in my sci-fi series Galaxy Federal. In the distant future, humanity has spanned the entire Galaxy, but we build our colonies from scratch, either by terraforming or otherwise building habitats on lifeless worlds and asteroids or by constructing new artificial habitats in space from raw material.

In Galaxy Federal, simple life exists quite commonly throughout the Galaxy, and for the most part these places are prohibited from human development or even human visitation (except in sterile bodies, which is a topic for another day)—and nowhere more so than the sanctuary worlds that are teeming with alien life.

These places, we leave alone.

I think it is inevitable that humanity, if it does become a spacefaring civilization, will eventually reach this conclusion. But probably not before devastating the native life on many worlds beforehand.

But who is to say for sure? Today, the Europa Clipper launched. For my money, this is the most exciting and important NASA mission since Curiosity, and one of the most important NASA missions ever. This probe is going to analyze the moon Europa for signs of life. NASA nerds, at least, are keenly aware of the issues I have been explaining here, an awareness which coexists alongside their broader curiosity to learn about other worlds and hopefully discover life for the sheer thrill of it. So maybe wiser minds will prevail. Interplanetary space travel is not going to be accessible to ordinary people for the foreseeable future, so it will be easier than it otherwise would for governments to proactively prevent the biocontamination of alien worlds with terrestrial microbes. I trust NASA to do the right thing, but I am more concerned about rogue governments and the interests of private capital.

It is a well-worn sci-fi trope when our human heroes contract some weird space virus, or get attacked by hostile aliens, etc. Much rarer is the same threat in the opposite direction: We need to be careful about where we set foot. If it were just human beings, it wouldn't be a problem so much, because we can control that. And this is why it isn't a problem to send uncrewed probes and landers and rovers and so forth. But wherever human bodies go, we carry with us an empire of germs, and that's a dangerous sidearm for anyone who comes in peace.

I hope we do find alien life out there: weird space moss, and purple grasses, and starfish the size of airplanes, and so much more. And, one day, I hope humanity will be able to dwell safely alongside these wonders.

But we're not there yet. And, as with all exploration, many of the things we accidentally ruin are unique and will remain ruined forever no matter how much we moderate our policies afterward. The fate of entire species—of entire worlds of species—potentially hangs in the balance of humanity's human space exploration policies.

[agapemastiffs]

Ringworm: A Fungal Foe

Ringworm, despite its name, isn't actually caused by a worm. It's a contagious fungal infection that can affect dogs, cats, and humans alike. While not a life-threatening condition, ringworm can be unsightly and frustrating for both pet and owner. Let's delve into the world of ringworm, understanding its causes, symptoms, and effective treatment options.

Unveiling the Fungal Culprit:

Ringworm, scientifically known as dermatophytosis, is caused by a group of fungi called dermatophytes. These fungi thrive on the outermost layer of the skin, hair, and nails. They are highly contagious and can easily spread between animals and humans.

Spotting the Signs: Symptoms of Ringworm in Dogs

Ringworm often presents as circular areas of hair loss, which can be red, scaly, and crusty. These lesions may have a raised, ring-like appearance, hence the name. Other symptoms include:

Excessive scratching

Hair loss

Scaly or flaky skin

Broken hair

Inflammation or redness

Small bumps or blisters

While these are common symptoms, it's important to consult a veterinarian for a proper diagnosis, as other skin conditions can mimic ringworm.

Beyond the Basics: Understanding Ringworm in Dogs

While we've covered the essentials, let's delve deeper into some specific aspects of ringworm in dogs:

Ringworm and Puppies: Puppies are particularly susceptible to ringworm due to their immature immune systems. It's essential to monitor puppies closely for signs of infection and seek veterinary attention promptly.

Ringworm and Breed Predisposition: Certain breeds, such as Doberman Pinschers, German Shepherds, and Boxers, may have a higher predisposition to ringworm.

The Impact of Stress: Stress can weaken a dog's immune system, making them more susceptible to infections like ringworm. Providing a calm and stress-free environment can help prevent outbreaks.

Preventing Ringworm: A Proactive Approach

While it's difficult to completely prevent ringworm, taking proactive measures can reduce the risk of infection:

Regular Grooming: Brushing your dog regularly can help detect early signs of skin problems, including ringworm.

Avoid Contact with Infected Animals: Keep your dog away from animals with known ringworm infections.

Cleanliness: Maintain a clean environment for your dog, including their bedding, toys, and grooming tools.

Vaccinations: Some vaccines can help protect dogs against specific fungal infections, including ringworm. Consult your veterinarian for recommendations.

Contagious and Zoonotic:

Ringworm is highly contagious and can easily spread between dogs, cats, and humans. It can be transmitted through direct contact with an infected animal or by sharing contaminated objects like bedding, grooming tools, or toys. Humans can also contract ringworm from infected dogs.

Diagnosis and Treatment:

A veterinarian can diagnose ringworm through a combination of physical examination, fungal culture, and microscopic examination of skin scrapings. Treatment typically involves a combination of antifungal medications, both topical and oral. It's important to follow your vet's treatment plan carefully and complete the full course of medication, even if symptoms seem to disappear early on.

Environmental Sanitation:

To prevent reinfection, it's crucial to clean and disinfect your home environment. Wash bedding, toys, and grooming tools in hot water with a disinfectant. Thoroughly clean all surfaces that your dog has come into contact with. Vacuum carpets and upholstery regularly to remove any fungal spores.

Preventing Recurrence:

After successful treatment, take precautions to prevent reinfection. Avoid contact with other animals known to have ringworm. Regularly inspect your dog's skin for any signs of recurrence and seek veterinary attention promptly if you notice any suspicious lesions.

A Note on Zoonotic Transmission:

Ringworm is zoonotic, meaning it can be transmitted between humans and animals. If you have ringworm, it's essential to avoid close contact with other pets and people until the infection is cleared.

Conclusion:

Ringworm is a common fungal infection in dogs but is easily treatable with appropriate veterinary care. By understanding the symptoms, causes, and treatment options, you can effectively manage this condition and prevent its spread to other animals or humans. Remember, early detection and consistent treatment are key to a successful recovery.

[pero-me-encantas]

Common Problems and Solutions for Drum Mixer Blenders

Drum mixer blenders are essential in various industries, but they can encounter common problems that affect efficiency. One frequent issue is uneven mixing, often caused by incorrect loading or worn mixing elements. Ensuring proper load distribution and regularly inspecting and replacing worn parts can resolve this. Another problem is contamination, which can occur if the drum isn't cleaned thoroughly between batches. Implementing strict cleaning protocols and using compatible materials helps maintain product purity. Mechanical failures, such as motor or belt malfunctions, can also arise. Regular maintenance and prompt repairs are crucial to preventing downtime. By addressing these common issues with proper techniques and maintenance, can operate smoothly and efficiently, ensuring consistent product quality.

Introduction to Drum Mixer Blenders

Drum mixer blender are essential tools in various industries, designed to mix and blend materials efficiently within a rotating drum. These devices are widely used in pharmaceuticals, chemicals, food processing, and manufacturing to ensure homogenous mixtures and consistent product quality.

Key Features of Drum Mixer Blenders

Drum mixer blenders come with several key features that enhance their functionality. These include adjustable rotation speeds, various drum sizes to accommodate different batch volumes, and robust construction for durability. Many models also offer programmable controls, safety interlocks, and easy-to-clean designs to meet industry-specific requirements.

Benefits of Using Drum Mixer Blenders

Utilizing a drum mixer blender offers numerous advantages, including improved mixing efficiency, reduced manual labor, and enhanced safety. These blenders ensure consistent mixing, which is critical for product quality and process reliability. Additionally, their automated operation saves time and minimizes the risk of human error.

Applications of Drum Mixer Blenders in Industry

Drum mixer blenders are versatile and find applications in various industries. In the pharmaceutical sector, they are used for blending powders and granules. The food industry employs them to mix ingredients for products like spices and baking mixes. In chemical manufacturing, they ensure uniform distribution of components in formulations.

Choosing the Right Drum Mixer Blender for Your Needs

Selecting the appropriate drum mixer blender involves considering factors such as the nature of the materials to be mixed, batch size, and specific industry requirements. It is essential to evaluate the blender's capacity, material compatibility, and control features to ensure it meets your operational needs and enhances process efficiency.

Maintenance and Care of Drum Mixer Blenders

Proper maintenance and care are crucial for the longevity and optimal performance of drum mixer blenders. Regular cleaning, lubrication of moving parts, and timely replacement of worn components help prevent breakdowns and maintain hygienic conditions. Following the manufacturer's maintenance guidelines ensures reliable and efficient operation.

Innovations and Future Trends in Drum Mixer Blenders

The drum mixer blender industry is continually evolving with advancements in technology. Innovations such as improved automation, enhanced safety features, and eco-friendly designs are shaping the future of these devices. As industries demand higher efficiency and sustainability, are expected to become more sophisticated and versatile, meeting the evolving needs of various sectors.

Conclusion

Addressing common problems in drum mixer blenders ensures optimal performance and longevity. Regular maintenance, such as cleaning and inspecting parts, can prevent issues like residue build-up and mechanical wear. Proper loading techniques and balancing loads help avoid uneven mixing and equipment strain. Troubleshooting common problems, such as motor failure or blade damage, with timely repairs and replacements maintains efficiency. Investing in quality equipment and following manufacturer guidelines enhances reliability and safety. By proactively managing these challenges, businesses can maximize the effectiveness of their ensuring consistent and high-quality results in their mixing processes.

[beddhead-red]

There's a level of tolerance I afford to mediocre indie art made to be disturbing which is higher than most other kinds of art, and that's because despite most of it sucking and just being uncomfortable to experience, some of it cuts deep enough to make you bleed, and that, especially in indie content, is vitally important.

"Amateur" art comes, in many ways, directly from the heart. So if you find amateur art that speaks to you specifically, that cuts deep enough to find your heart, your pulse will synchronize directly with another, and their voice will say things you've always wanted, but never had words for.

And art made to be disturbing particularly has the advantage of touching things which mainstream and corporate produced art won't even go near. In finding the beauty and horror in things we all know exist, things we think about, but don't acknowledge.

Things hidden deep and primal in the human consciousness which are then torn wide open to be shown to all of us.

Like a star, they burn, authentic, naked, and force everyone to watch.

And isn't it beautiful?

And isn't it horrifying?

And haven't you heard this before, been here before, said this before?

Haven't you ever just wanted to rip someone open with your teeth?

I dunno, I just think it's important to let art be fucked up, and independently fucked up, too. It can be hard to stomach, but I don't care. That means it was made to disturb me, and comfort someone else. I hate the way things are sanitized. Creating is a fucking filthy process, and it should show. All the frayed edges, all the smudges and splotches of blood and ink.

The sickness which forced this out of you should be contagious to everyone who views it. Fuck anyone who tries to clean it up. Contaminate the whole damn world with your vision.

[anyafernaldbelcampo]

Chicken Champion: Finding the Best Wholesale Poultry

In the culinary world, few ingredients are as versatile and beloved as poultry, particularly chicken. From succulent roasted chicken to crispy fried chicken, this protein is a staple in kitchens worldwide. For restaurants, grocery stores, and catering businesses, sourcing high-quality poultry at wholesale prices is crucial for success. But with so many suppliers vying for attention, how do you find the best wholesale poultry for your needs? Let’s explore the key factors to consider when seeking out your chicken champion.

Quality Is King

When it comes to poultry, quality reigns supreme. The taste, texture, and overall dining experience of your dishes depend heavily on the quality of the chicken you use. Look for suppliers that prioritize freshness, sourcing their poultry from reputable farms with stringent quality control measures.

Freshness isn’t just about taste; it also affects food safety. Ensure that your chosen supplier adheres to proper handling and storage practices to minimize the risk of contamination and foodborne illnesses. Certifications such as USDA organic or Certified Humane can provide reassurance regarding the quality and ethical sourcing of the poultry.

Variety and Customization

Every kitchen has its own unique needs and preferences, so flexibility and variety are essential when choosing a wholesale poultry supplier. Whether you require whole chickens, boneless breasts, drumsticks, or wings, your supplier should offer a diverse range of cuts and options to accommodate your menu requirements. Click here Anya Fernald Belcampo

Additionally, consider whether the supplier can accommodate special requests or custom cuts. Some establishments may need specific portion sizes or specialty cuts for particular recipes. A supplier that is willing to work with you to meet these needs can be invaluable to your business.

Reliability and Consistency

Consistency is key in the foodservice industry. Your customers expect the same high-quality dining experience every time they visit your establishment, and that starts with the ingredients you use. Look for a wholesale poultry supplier known for their reliability and consistency in product quality.

Timely delivery is another crucial factor to consider. Late deliveries or inconsistent supply can disrupt your kitchen operations and lead to unhappy customers. Choose a supplier with a track record of punctuality and dependable service to ensure smooth operations.

Transparency and Traceability

In an era where consumers are increasingly conscious of where their food comes from, transparency and traceability are more important than ever. A reputable wholesale poultry supplier should be able to provide detailed information about the origin of their products, including the farms they source from and any relevant certifications or quality standards.

Traceability not only fosters trust with your customers but also allows you to make more informed purchasing decisions. Knowing the journey of your poultry from farm to fork enables you to verify its quality, sustainability, and ethical practices.

Cost-Effectiveness

While quality should always be a top priority, cost-effectiveness is also a significant consideration for businesses operating on tight margins. Compare prices from different wholesale poultry suppliers to ensure you're getting the best value for your money without compromising on quality.

Keep in mind that the cheapest option isn't always the best. Factor in other considerations such as reliability, quality, and customer service when evaluating the overall value of a supplier. Sometimes paying a slightly higher price for superior quality and service can yield greater long-term benefits for your business.

Customer Service and Support

Last but certainly not least, consider the level of customer service and support offered by potential poultry suppliers. A supplier that is responsive, attentive, and willing to go the extra mile to meet your needs can make a world of difference in your overall experience.

From assisting with order customization to resolving any issues or concerns that may arise, strong customer service can turn a good supplier into a great one. Establishing a positive and collaborative relationship with your poultry supplier can lead to smoother transactions, better communication, and ultimately, a more successful partnership.

In conclusion, finding the best wholesale poultry supplier requires careful consideration of factors such as quality, variety, reliability, transparency, cost-effectiveness, and customer service. By prioritizing these key factors and conducting thorough research, you can identify a chicken champion that meets your specific needs and helps elevate your culinary creations to new heights. So, go ahead, embark on the quest for the perfect poultry supplier, and prepare to delight your customers with delicious dishes made with the finest chicken around!

[hadid1]

Elevate Healing Spaces: The Crucial Role of Durable Hospital Furniture

In the field of healthcare, the importance of quality furniture surpasses mere aesthetics, intricately weaving into the fabric of patient care and staff efficiency. Beyond being visually appealing, well-crafted furniture profoundly impacts the healing journey for patients. Such durable hospital furniture enhances the working environment for healthcare professionals.

The choice of furniture becomes a strategic decision, intricately connected to the overall well-being of both patients and staff. Thus, it successfully resonates throughout the entire healthcare ecosystem.

Reasons to Consider Durable Hospital Furniture

Creating Comfort for Recovery

Quality furniture contributes to patient well-being, fostering a comfortable environment crucial for the healing process. Ergonomic designs enhance patient comfort, positively impacting recovery rates.

Boosting Staff Efficiency & Satisfaction

Investing in top-notch furniture isn't just about patient experience; it significantly impacts the efficiency and satisfaction of healthcare professionals. Comfortable workspaces contribute to better focus and productivity.

Infection Control: A Paramount Concern

Hospitals demand furniture designed with hygiene in mind. High-quality materials and seamless designs minimize the risk of microbial contamination, aligning with stringent infection control protocols.

A Wise Investment for The Long Haul

Hospital furniture undergoes constant use. Opting for durable, high-quality pieces ensures longevity, minimizing the need for frequent replacements, and proving cost-effective in the long run.

Therefore, hospital owners should procure superior quality furniture from the most reliable furniture exporter in the Middle East. In this regard, one name often came, that is Hadid.

Aesthetics beyond Beauty: Impact on Healing

The visual appeal of a healthcare facility plays a crucial role in patient perception. Well-designed, durable hospital furniture creates a positive ambiance, contributing to a sense of trust and comfort among patients.

Adhering to Regulatory Standards

Hospital administrators must prioritize furniture that meets regulatory standards. Compliance ensures a safe and secure environment for patients and staff, reinforcing the hospital's credibility.

Enhanced Functionality for Varied Spaces

From waiting areas to patient rooms and administrative offices, quality furniture adapts to diverse healthcare spaces. Modular designs and multifunctional pieces optimize space utilization and functionality.

Eco-Friendly Solutions for Sustainable Healthcare

The healthcare industry is increasingly embracing sustainability. Opting for eco-friendly furniture not only aligns with environmental goals and projectile and compassionate image for the hospital.

A study conducted across multiple hospitals revealed a direct correlation between the quality of furniture and patient satisfaction scores. Hospitals with durable hospital furniture reported higher patient contentment levels.

The Financial Implications of Quality Furniture

While the upfront cost may seem substantial, quality furniture proves to be a wise financial investment. Lower maintenance costs and increased longevity justify the initial expenditure.

Navigating Trends

Modern hospital furniture integrates technology for improved patient care. From adjustable beds to tech-savvy patient room setups, staying abreast of technological trends enhances overall healthcare delivery.

Vendor Relationships Matter

Choosing reliable furniture suppliers is pivotal. Establishing strong relationships ensures timely deliveries, customization options, and ongoing support. Thus, these create a seamless experience for hospital administrators. They can procure their furniture from Hadid.

The Human Touch in Design

Beyond functionality, the human-centric design of furniture contributes to a compassionate healthcare environment. Thoughtful designs consider patient needs, making the hospital experience more humane.

Elevate Your Healthcare Space with Quality Furniture

In the dynamic landscape of healthcare, the role of durable hospital furniture goes beyond mere aesthetics. It influences patient outcomes, staff satisfaction, and the overall efficiency of healthcare delivery. As hospital administrators and owners, investing in superior furniture is not just a choice; it's a commitment to excellence in healthcare.

Hence, choose quality; elevate healing spaces.

[edward-kuagbenu]

Nanotechnology: The Tiny Solution to Our Massive Environmental Challenges

As we grapple with the stark reality of environmental degradation, the quest for innovative solutions has taken researchers into realms as tiny as they are transformative. Welcome to the world of nanotechnology, where minuscule materials could very well unlock the gates to a greener planet. This isn't just science fiction; it's happening right here, right now, and could be a game-changer in our fight against environmental problems.

Understanding the Nano-Revolution

Nanotechnology involves manipulating matter on an atomic or molecular scale, which means we're dealing with particles as small as one billionth of a meter in size. At this scale, materials exhibit unique properties that can be harnessed in novel ways. The result? A cross-disciplinary scientific uprising that's poised to redefine how we tackle pollution, waste management, and resource scarcity.

Pollution Control:

Take air pollution, for example. Scientists have engineered nanocatalysts that can break down pollutants more effectively than their macro-sized counterparts. By facilitating chemical reactions at their surface, these tiny warriors can neutralize hazardous compounds found in the air, rendering them harmless.

Water purification is another frontier where nanotechnology has made a splash. Nanoparticles have the ability to attract and neutralize toxins, heavy metals, and other contaminants, ensuring water safety for communities and ecosystems alike. They're not just effective; they're also efficient, often requiring less energy and fewer resources than traditional water treatment methods.

Energy Efficiency;

Nanotech is making waves in the realm of renewable energy as well. Solar panels coated with nanomaterials have a higher conversion efficiency, harnessing the power of the sun more effectively than ever before. Likewise, nano-enhanced batteries are breaking barriers in energy storage, holding more power and recharging faster, which is critical for the successful integration of renewable energy sources into our power grids.

Sustainable Agriculture;

In agriculture, nano-encapsulated fertilizers and pesticides can reduce runoff and environmental contamination by releasing their payload only under specific conditions. This targeted approach minimizes waste and protects non-target organisms, promoting a healthier and more sustainable food production process.

Waste Reduction and Recycling:

Nanotechnology can be a powerful ally in waste management as well. Imagine materials designed at the nanoscale that can facilitate the complete recycling of products with zero waste. Nanosensors could sort and process materials at unprecedented levels of precision, making recycling processes more efficient and less labor-intensive.

Real-world Impact and Ethical Considerations;

Despite its seemingly magical capabilities, nanotechnology is not without its skeptics and potential risks. Concerns range from the impact of nanoparticles on human health and the environment to the ethical implications of such powerful technology. As we sprint forward, it's crucial that regulations and research keep pace to ensure that nanotechnology remains both a safe and equitable solution for all.

Embracing the Nano-Future:

From molecular-scale waste management to high-efficiency solar cells, nanotech is redefining what's possible in environmental preservation. Its applications are virtually limitless and, if steered responsibly, nanotechnology could play an integral role in forging a sustainable future for our planet.

As environmental issues loom larger and more daunting, the atomic-level innovations of nanotechnology offer a glint of hope in the eye of the storm. The tiny might just save the vast, and this nano-revolution has the potential to inspire global action towards a thriving, sustainable Earth. Let's engage, let's innovate, and let's harness the power of the small to make a big difference.