In 2017 I bought a 2011 Suzuki 250, with less than 2000 miles on it, that some moto-hipster turned into a beautiful café racer! The leather seat was imported from Australia, the handle bars, the pipes, and tank were all replaced, chromed-out, repainted. I was in graduate school at the time and had a sweet scholarship that paid me a $2000/month living stipend. I took that month’s rent/food/utilities monies and bought that motorcycle! I ate Ramen noodles and rice for a month and it was worth it. My plan was to teach my girlfriend how to ride; I picked this motorcycle because of it’s low seat height (she’s 5’3”), because it was practically brand new/barely used, and because it was such a beauty. You’d never know that it was a plain, dorky little Suzuki 250cc!! I gotta give those moto-hipsters some credit, they do have style! Plus, you can’t beat that price!
I was smiling all the way home looking in my rearview mirror at that gorgeous bike! Tragically, a few weeks later my girlfriend dropped the bike on her leg while trying to do a U-turn in front of our house and got scared and gave up on motorcycle riding! Forever! That was a tragedy in itself. I mean what motorcyclist doesn’t want their girlfriend to ride alongside them!? Shortly after that she demanded I sell the bike and use the money to pay off my credit card debt! Ugh, boring! To make the sale less painful for myself, I sold the bike to my best friend’s brother who wanted to learn how to ride. At least I’d get to see this bike around and would be able to ride it and perhaps even buy it back off of him later on. Nope! Big mistake! Three months later he was driving home a little drunk after leaving the bar at 2am when a car drifted into his lane. He got scared and overcorrected because he’s a newbie rider, and he drove himself into a light post at 40 mph! The bike hit that pole dead on and was wrecked, and he fortunately only injured 1/2 of his body, but he was also wrecked! He broke his femur and his arm and a bunch of bones in his hand and was laid out for several months. I still grieve this motorcycle to this day and so does he! That crumpled up cafe racer with imported leather seats from Australia sat in his garage for the next 6 years. He had a hard time letting that bike go as well. I’m telling ya, there was something special about that bike.
My girlfriend broke up with me last November, just before Thanksgiving holiday, and my first fucking thought was, “I should’ve never sold the bike! Ahhhhhhhh!!” 😂 It wasn’t “why are you breaking up with me? How can I fix this? Don’t leave me! I love you, plz don’t go!!” I totally said those things later on, don’t get me wrong, I was an emotional wreck and a total crybaby about her leaving me! But noooooooo, the first, chest-gripping pang in my heart was for that tiny, chromed-out, moto-hipstered, heartthrob of a bike —the motherfucking Suzuki 250!!! 🤣😆🥹😭😩
I’ve bought and sold so many motorcycles in my life; way cooler bikes, too! I didn’t blink twice when I sold my special edition GSXR 1000 with gold forks and gold accents (I called it my lucky bike because some guy won it in Las Vegas on a slot machine and because I never once got pulled over on that bike even though I frequently topped it out at 182 mph on the rule desert roads of New Mexico). My heart didn’t hurt when I sold my legendary 1992 Honda VFR 750 —the bike that I got into a high-speed motorcycle chase with 11 cop cars no less! you’d think there be some kind of sentimental value attached to that bike! But for some reason that 250 was the one that got away! Hilarious! Has your girlfriend ever made you sell a motorcycle that you still mourn? What was the bike? Any plans to get it back?
Motorcycles can be so nostalgic. Some motorcycles carry the dream of the glory days. And as I age into my 40’s, I find myself scrolling through Cycle Trader looking for the one that got away…

It’s just a chicken enchilada burrito and a cheesy bean and rice burrito add beef Size comparison to the fry bowl/plate 😂😂 My tbells are great lol

A pasta salad I made because I was in the mood to try something with some Asian flavor. I used rotini pasta, cooked a little underdone because once it soaks up all the sauce from the fridge it can get soggy otherwise, added kimchi, soy sauce, teriyaki sauce, a little sugar, rice vinegar, herbs that I would normally add to my fried rice, Japanese mayonnaise, & some veggies (rehydrated: carrots, corn, red bell peppers, & I think some spinach, because I'm down to the end of mine food so it was the veggies I had), then I threw some capers and at the end. Tasted pretty good warm, now I'm going to let it chill and soak up the sauce in the fridge. 😁👍

Hi all! Not a professional chef, but a home cook that loves growing. I feel a bit of plateauing happening in terms of my skills, because I don’t have good access to professional critique, and I know there is still a lot of room to grow.
I’m looking for feedback on a couple of cooks I did with similar ingredients. They are ones I would consider better in terms of flavour composition and aesthetic composition to represent my capabilities. I still think the first image is rather weak visually though.

1. Crispy skin salmon, shallow fried cauliflower, black rice, basil chimmichurri, mango pepper habenero relish.
2. No rice, no relish, filet mignon, raspberry coulis.

What am I failing to consider for both flavour and visual composition? What are some things I can start doing to improve these areas? I’m looking for critique not just to improve this particular dish but to grow my capabilities in general.
Please be brutal and thank you very much in advance.

All the info: https://visitareimola.it/eng/f1-racing/

I wrote an article about 4 common types of mites for Vivarium Collective, and I thought I'd share it here since I've seen quite a few posts asking about them. Hopefully people find this helpful! Also please comment if you have anything to add or disagree with!
—
Mites are an integral part of many ecosystems, including vivariums. While some mites play beneficial roles, others can become unwelcome guests, causing harm to the inhabitants.
Understanding the different types of mites and implementing effective management strategies is crucial for maintaining the health of vivarium ecosystems
In this article, we will explore the most common mites found in vivariums, discuss their characteristics, behaviors, and the impact they can have on the plants, animals, and overall vivarium environment.

Brief overview of mites

Mites are a diverse group of arthropods that belong to the class Arachnida, which includes spiders, scorpions, and ticks. Despite their small size, mites have adapted to various habitats, ranging from terrestrial environments to aquatic ecosystems. With tens of thousands of known species, they display a remarkable range of adaptations and behaviors.
Mites undergo a life cycle consisting of several stages: egg, larva, nymph, and adult. Their reproductive habits can vary among species, but most mites reproduce sexually. Mating occurs during the adult stage, with females laying eggs that develop into the subsequent stages of the life cycle.
Mites have a segmented body divided into two main regions: the cephalothorax and abdomen. Their bodies are covered in a protective exoskeleton, which may be transparent, semitransparent, or pigmented, depending on the species.
They have specialized mouthparts adapted for their specific diets. Some mites are herbivores, feeding on plant tissues or algae, while others are predatory, preying on other small invertebrates. Additionally, certain mites are parasitic, relying on hosts such as reptiles, birds, or insects for nourishment.
Despite their small size, mites can be visible to the naked eye, ranging from as tiny as 0.1 millimeters to a few millimeters in length. Their body shapes vary, from elongated and worm-like to rounded or flattened. Mites may exhibit various colors, including white, red, brown, or black, depending on their species and environmental adaptations.
Understanding the general characteristics and behavior of mites is essential in identifying and differentiating the various types that may be present in a vivarium environment.

Common mites in vivariums

1. Soil mites

https://preview.redd.it/hipfm5y4m80d1.png?width=1826&format=png&auto=webp&s=ea6fd49b4f389b3ed4f4a315dac94a036f92e2fb
Image: Natural Enemies
Soil mites are the most common type of mite found in vivariums. These mites are primarily found on and around soil, leaf litter, and decaying organic matter, playing a crucial role in decomposition and nutrient cycling within vivarium ecosystems.
Soil mites are typically small, ranging from 0.2 to 2 millimeters in length. They have a rounded body shape, and their exoskeletons may appear dark or reddish-brown. Some species have fine hairs or spines covering their bodies.
Soil mites move slowly and are often crawling through the soil or leaf litter, using their specialized mouthparts to feed on organic detritus, fungi, algae, and bacteria. You will often first notice them while they walk on the glass of your enclosure, where they are more visible to the naked eye.
In vivariums, soil mites serve beneficial roles by aiding in the breakdown of organic matter, which contributes to nutrient recycling and the maintenance of soil health. They assist in the decomposition of leaf litter, dead plant material, and other organic debris, facilitating the release of essential nutrients for plants.
Most soil mites are generally harmless or even beneficial. However, in specific circumstances, their populations can experience rapid growth. Although it is unlikely that they will disrupt the balance of the vivarium ecosystem, the presence of large mite populations can become unsightly and potentially stress the inhabitants as they constantly crawl over them.
Prevention and control measures
Managing soil mite populations in vivariums requires a balanced approach to ensure their beneficial functions while preventing overpopulation. Here are some prevention and control measures:
Maintain proper vivarium hygiene: Regularly remove excessive decaying organic matter like rotting plants to minimize the buildup of food sources for mites.
Establish a cleanup crew: Making sure to you have a healthy population of springtails and isopods to complete for resources will help keep a mite population from overpopulating.
A note on predatory mites: I have read that in worst case scenarios, you may want to consider introducing predatory mites to help control populations. However, I personally do not recommend this. While predatory mites will feed on the soil mites and can be effective biological control agents, they can also decimate your springtail population.

2. Spider mites

https://preview.redd.it/h2rwwat9p80d1.png?width=1764&format=png&auto=webp&s=d93b3d6a91fbfce9473df6c1974c13b381005bad
Image: Planet Natural
Spider mites are another type of mite that can be found in vivariums, though they are not as common. These tiny arachnids are known for their ability to inflict damage on a wide range of plants. Spider mites earned their name due to their ability to produce fine silk webbing, which they use for protection and movement.
Spider mites are incredibly small, typically measuring less than 1 millimeter in length. They have oval-shaped bodies and are usually pale yellow or red in color, depending on the species and life stage. Under a magnifying lens, you can observe their eight legs and two body regions—the cephalothorax and abdomen.
Spider mites are notorious plant pests and can cause damage to the foliage of many plants in a vivarium. They feed by piercing plant cells and extracting the sap, which weakens the plant and can lead to discoloration, wilting, and even death in severe infestations. Spider mites tend to thrive in warm conditions, hence why you are less likely to encounter them.
Prevention and control measures
Preventing and managing spider mite infestations in vivariums requires a proactive approach. Here are some preventive measures and control strategies:
Maintain a healthy plant environment: Provide plants in the vivarium with optimal growing conditions, including proper lighting, humidity levels, and air circulation. Healthy plants are less susceptible to spider mite infestations.
Monitor plants closely: Regularly inspect plants for early signs of spider mite presence, such as stippling on the leaves, webbing, or discoloration. Early detection can facilitate prompt intervention.
Quarantine new plants: By quarantining new plants, you create a buffer zone that helps safeguard the health and integrity of your existing vivarium. It provides an opportunity to observe the plants’ overall condition, and address any potential concerns before introducing them to the main vivarium.

3. Grain mites

https://preview.redd.it/k74in85bp80d1.png?width=1762&format=png&auto=webp&s=217be5cd4c619ca41b94f72ed5891a0aab612a61
Image: Reddit
Grain mites are tiny arachnids commonly found near vivariums, particularly those housing poison dart frogs that rely on fruit flies as a food source. These mites are drawn to the moist conditions of fruit fly cultures and thrive on their starchy and carbohydrate-rich food sources.
Measuring between 0.2 to 0.5 millimeters in length, grain mites possess oval-shaped bodies covered in delicate hairs, giving them a soft and fuzzy appearance. Depending on the species, they can appear white, cream, or light brown. You can often spot them crawling on fruit fly cultures and nearby surfaces.
Grain mites can reproduce rapidly and quickly infest your fruit fly cultures. While they primarily feed on fruit fly media, they readily consume various organic materials such as grains, flours, cereals, and other food commonly found in households.
Although generally considered harmless, large populations of grain mites can become unsightly and troublesome. They may emerge from fruit fly cultures, spreading throughout the surrounding environment.
Prevention and control measures
Preventing and managing grain mite infestations requires careful attention to food storage and sanitation practices. Here are some preventive measures and control strategies:
Start fresh with a clean culture: If you encounter an infestation, the best approach is to start over with a clean culture. Place the culture on a tray lined with diatomaceous earth or similar, which will eliminate the mites before they have a chance to infest the new culture. Keep the new culture in a separate area, far away from the infested ones.
Regularly clean the area around cultures: Dispose of any spilled media promptly to minimize available food sources for mites. Clean food bowls or dishes regularly, ensuring there are no remnants of food left behind.
Properly store fruit fly media: Store your culture media in airtight containers to prevent mites from accessing and infesting the food source. Keep the containers clean and free of any residual food particles.

4. Reptile mites

https://preview.redd.it/q1vytllcp80d1.png?width=1760&format=png&auto=webp&s=372ef31a5fd492a4aece7690a78aa40b468c72b7
Image: Everything Reptiles
Reptile mites are a type of mite that can be harmful to your pet if left unchecked. These external parasites are particularly problematic for snakes and lizards. Reptile mites are typically introduced to vivariums by bringing in infested reptiles, or through infested bedding or substrate.
Reptile mites are very small, measuring around 1 to 2 millimeters in length. They have elongated bodies with four pairs of legs and are usually reddish-brown or black in color. These mites are visible to the naked eye and can be observed crawling on the reptile's body. You may also see groups of them lodged between their scales.
Reptile mites pose health risks to the reptiles they infest. They can cause irritation, discomfort, and potential anemia in severe cases. Reptiles infested with mites may exhibit symptoms such as excessive scratching, rubbing against surfaces, restlessness, and skin irritation. Mite infestations can weaken the reptile's immune system, making them more susceptible to secondary infections.
Moreover, reptile mites can quickly multiply, infesting other reptiles and enclosures. Their presence can potentially lead to stress and health issues in other nearby inhabitants. Additionally, mites may act as vectors for diseases, further jeopardizing the well-being of the reptiles.
Prevention and control measures
Preventing and managing reptile mite infestations in vivariums requires a proactive approach to ensure the health and well-being of the reptiles. Here are some preventive measures and control strategies:
Quarantine new reptiles: Before introducing a new reptile into a vivarium, it is essential to quarantine them in a separate enclosure for a period of time. This allows for observation and thorough examination to ensure they are free from mites or other parasites.
Regularly inspect reptiles: Perform routine checks on your reptiles to detect early signs of infestation. Look for mites crawling on the reptile's body, especially around the eyes, mouth, or vent area.
Avoid wild caught reptiles: Animals collected from the wild often already contain parasites and will fail to thrive in captivity. Only purchase reptiles that are captive born and raised unless you are an experienced breeder trying to establish a captive population.
Consult a veterinarian: If a reptile is infested with mites, immediately consult a veterinarian for appropriate treatment options. They can recommend safe and effective treatments, such as topical medications, tailored to the reptile's species and health condition.

General tips for mite prevention in vivariums

https://preview.redd.it/e30dov6ep80d1.png?width=1910&format=png&auto=webp&s=5c04e2f3a953be9697ad1fa9eff26edb50546a41
Image: Smug Bug
Quarantine new additions: Whenever introducing new plants, animals, or materials, quarantine them separately before incorporating them into the vivarium. This helps prevent the introduction of mites and other potential pests or diseases.
Maintain cleanliness: Regularly clean the vivarium and its components to reduce the presence of mites. Remove rotting plants, uneaten food, and waste promptly. Sanitize the exterior and equipment areas.
Visual inspection: Regularly inspect plants, animals, and vivarium components for any signs of mites. Look for crawling mites, webbing, stippling on leaves, or any other indicators of an impending infestation.
Encourage biodiversity: Promote a balanced ecosystem within the vivarium by incorporating a variety of plant species and creating diverse microhabitats. A well-balanced ecosystem with diverse flora and fauna can help regulate mite populations naturally.

Conclusion

Mites can be a common occurrence in vivariums, but with proactive measures, early detection, and appropriate management strategies, their impact can be minimized. With regular cleaning, spot checks, and appropriate storage of foods, we can create a balanced ecosystem that discourages mite proliferation.
It is our responsibility to prioritize the well-being of the animals in our care. By adopting a proactive approach to mite management, we can create a harmonious and thriving vivarium environment, free from the nuisances and risks associated with mite infestations.
—
Please comment if you have anything to add or disagree with!

I wrote an article about 4 common types of mites for Vivarium Collective, and I thought I'd share it here since I've seen quite a few posts asking about them. Hopefully people find this helpful! Also please comment if you have anything to add or disagree with!
—
Mites are an integral part of many ecosystems, including vivariums. While some mites play beneficial roles, others can become unwelcome guests, causing harm to the inhabitants.
Understanding the different types of mites and implementing effective management strategies is crucial for maintaining the health of vivarium ecosystems
In this article, we will explore the most common mites found in vivariums, discuss their characteristics, behaviors, and the impact they can have on the plants, animals, and overall vivarium environment.

Brief overview of mites

Mites are a diverse group of arthropods that belong to the class Arachnida, which includes spiders, scorpions, and ticks. Despite their small size, mites have adapted to various habitats, ranging from terrestrial environments to aquatic ecosystems. With tens of thousands of known species, they display a remarkable range of adaptations and behaviors.
Mites undergo a life cycle consisting of several stages: egg, larva, nymph, and adult. Their reproductive habits can vary among species, but most mites reproduce sexually. Mating occurs during the adult stage, with females laying eggs that develop into the subsequent stages of the life cycle.
Mites have a segmented body divided into two main regions: the cephalothorax and abdomen. Their bodies are covered in a protective exoskeleton, which may be transparent, semitransparent, or pigmented, depending on the species.
They have specialized mouthparts adapted for their specific diets. Some mites are herbivores, feeding on plant tissues or algae, while others are predatory, preying on other small invertebrates. Additionally, certain mites are parasitic, relying on hosts such as reptiles, birds, or insects for nourishment.
Despite their small size, mites can be visible to the naked eye, ranging from as tiny as 0.1 millimeters to a few millimeters in length. Their body shapes vary, from elongated and worm-like to rounded or flattened. Mites may exhibit various colors, including white, red, brown, or black, depending on their species and environmental adaptations.
Understanding the general characteristics and behavior of mites is essential in identifying and differentiating the various types that may be present in a vivarium environment.

Common mites in vivariums

1. Soil mites

https://preview.redd.it/hipfm5y4m80d1.png?width=1826&format=png&auto=webp&s=ea6fd49b4f389b3ed4f4a315dac94a036f92e2fb
Image: Natural Enemies
Soil mites are the most common type of mite found in vivariums. These mites are primarily found on and around soil, leaf litter, and decaying organic matter, playing a crucial role in decomposition and nutrient cycling within vivarium ecosystems.
Soil mites are typically small, ranging from 0.2 to 2 millimeters in length. They have a rounded body shape, and their exoskeletons may appear dark or reddish-brown. Some species have fine hairs or spines covering their bodies.
Soil mites move slowly and are often crawling through the soil or leaf litter, using their specialized mouthparts to feed on organic detritus, fungi, algae, and bacteria. You will often first notice them while they walk on the glass of your enclosure, where they are more visible to the naked eye.
In vivariums, soil mites serve beneficial roles by aiding in the breakdown of organic matter, which contributes to nutrient recycling and the maintenance of soil health. They assist in the decomposition of leaf litter, dead plant material, and other organic debris, facilitating the release of essential nutrients for plants.
Most soil mites are generally harmless or even beneficial. However, in specific circumstances, their populations can experience rapid growth. Although it is unlikely that they will disrupt the balance of the vivarium ecosystem, the presence of large mite populations can become unsightly and potentially stress the inhabitants as they constantly crawl over them.
Prevention and control measures
Managing soil mite populations in vivariums requires a balanced approach to ensure their beneficial functions while preventing overpopulation. Here are some prevention and control measures:
Maintain proper vivarium hygiene: Regularly remove excessive decaying organic matter like rotting plants to minimize the buildup of food sources for mites.
Establish a cleanup crew: Making sure to you have a healthy population of springtails and isopods to complete for resources will help keep a mite population from overpopulating.
A note on predatory mites: I have read that in worst case scenarios, you may want to consider introducing predatory mites to help control populations. However, I personally do not recommend this. While predatory mites will feed on the soil mites and can be effective biological control agents, they can also decimate your springtail population.

2. Spider mites

https://preview.redd.it/aojwbyidm80d1.png?width=1764&format=png&auto=webp&s=a0f354847bc6058a0a246c5c54ce8c5dbeaf39f8
Image: Planet Natural
Spider mites are another type of mite that can be found in vivariums, though they are not as common. These tiny arachnids are known for their ability to inflict damage on a wide range of plants. Spider mites earned their name due to their ability to produce fine silk webbing, which they use for protection and movement.
Spider mites are incredibly small, typically measuring less than 1 millimeter in length. They have oval-shaped bodies and are usually pale yellow or red in color, depending on the species and life stage. Under a magnifying lens, you can observe their eight legs and two body regions—the cephalothorax and abdomen.
Spider mites are notorious plant pests and can cause damage to the foliage of many plants in a vivarium. They feed by piercing plant cells and extracting the sap, which weakens the plant and can lead to discoloration, wilting, and even death in severe infestations. Spider mites tend to thrive in warm conditions, hence why you are less likely to encounter them.
Prevention and control measures
Preventing and managing spider mite infestations in vivariums requires a proactive approach. Here are some preventive measures and control strategies:
Maintain a healthy plant environment: Provide plants in the vivarium with optimal growing conditions, including proper lighting, humidity levels, and air circulation. Healthy plants are less susceptible to spider mite infestations.
Monitor plants closely: Regularly inspect plants for early signs of spider mite presence, such as stippling on the leaves, webbing, or discoloration. Early detection can facilitate prompt intervention.
Quarantine new plants: By quarantining new plants, you create a buffer zone that helps safeguard the health and integrity of your existing vivarium. It provides an opportunity to observe the plants’ overall condition, and address any potential concerns before introducing them to the main vivarium.

3. Grain mites

https://preview.redd.it/xbuh5ublm80d1.png?width=1762&format=png&auto=webp&s=d3f21917826ed5b37990782902a3748492ec5f07
Image: Reddit
Grain mites are tiny arachnids commonly found near vivariums, particularly those housing poison dart frogs that rely on fruit flies as a food source. These mites are drawn to the moist conditions of fruit fly cultures and thrive on their starchy and carbohydrate-rich food sources.
Measuring between 0.2 to 0.5 millimeters in length, grain mites possess oval-shaped bodies covered in delicate hairs, giving them a soft and fuzzy appearance. Depending on the species, they can appear white, cream, or light brown. You can often spot them crawling on fruit fly cultures and nearby surfaces.
Grain mites can reproduce rapidly and quickly infest your fruit fly cultures. While they primarily feed on fruit fly media, they readily consume various organic materials such as grains, flours, cereals, and other food commonly found in households.
Although generally considered harmless, large populations of grain mites can become unsightly and troublesome. They may emerge from fruit fly cultures, spreading throughout the surrounding environment.
Prevention and control measures
Preventing and managing grain mite infestations requires careful attention to food storage and sanitation practices. Here are some preventive measures and control strategies:
Start fresh with a clean culture: If you encounter an infestation, the best approach is to start over with a clean culture. Place the culture on a tray lined with diatomaceous earth or similar, which will eliminate the mites before they have a chance to infest the new culture. Keep the new culture in a separate area, far away from the infested ones.
Regularly clean the area around cultures: Dispose of any spilled media promptly to minimize available food sources for mites. Clean food bowls or dishes regularly, ensuring there are no remnants of food left behind.
Properly store fruit fly media: Store your culture media in airtight containers to prevent mites from accessing and infesting the food source. Keep the containers clean and free of any residual food particles.

4. Reptile mites

https://preview.redd.it/uv36ng7jm80d1.png?width=1760&format=png&auto=webp&s=ee758e6e7684728d87990394670b258b8c7c3ce5
Image: Everything Reptiles
Reptile mites are a type of mite that can be harmful to your pet if left unchecked. These external parasites are particularly problematic for snakes and lizards. Reptile mites are typically introduced to vivariums by bringing in infested reptiles, or through infested bedding or substrate.
Reptile mites are very small, measuring around 1 to 2 millimeters in length. They have elongated bodies with four pairs of legs and are usually reddish-brown or black in color. These mites are visible to the naked eye and can be observed crawling on the reptile's body. You may also see groups of them lodged between their scales.
Reptile mites pose health risks to the reptiles they infest. They can cause irritation, discomfort, and potential anemia in severe cases. Reptiles infested with mites may exhibit symptoms such as excessive scratching, rubbing against surfaces, restlessness, and skin irritation. Mite infestations can weaken the reptile's immune system, making them more susceptible to secondary infections.
Moreover, reptile mites can quickly multiply, infesting other reptiles and enclosures. Their presence can potentially lead to stress and health issues in other nearby inhabitants. Additionally, mites may act as vectors for diseases, further jeopardizing the well-being of the reptiles.
Prevention and control measures
Preventing and managing reptile mite infestations in vivariums requires a proactive approach to ensure the health and well-being of the reptiles. Here are some preventive measures and control strategies:
Quarantine new reptiles: Before introducing a new reptile into a vivarium, it is essential to quarantine them in a separate enclosure for a period of time. This allows for observation and thorough examination to ensure they are free from mites or other parasites.
Regularly inspect reptiles: Perform routine checks on your reptiles to detect early signs of infestation. Look for mites crawling on the reptile's body, especially around the eyes, mouth, or vent area.
Avoid wild caught reptiles: Animals collected from the wild often already contain parasites and will fail to thrive in captivity. Only purchase reptiles that are captive born and raised unless you are an experienced breeder trying to establish a captive population.
Consult a veterinarian: If a reptile is infested with mites, immediately consult a veterinarian for appropriate treatment options. They can recommend safe and effective treatments, such as topical medications, tailored to the reptile's species and health condition.

General tips for mite prevention in vivariums

https://preview.redd.it/yf72i6epm80d1.png?width=1910&format=png&auto=webp&s=199d0feafa07bf0852c4e717ff6f5cb4b3c1effb
Image: Smug Bug
Quarantine new additions: Whenever introducing new plants, animals, or materials, quarantine them separately before incorporating them into the vivarium. This helps prevent the introduction of mites and other potential pests or diseases.
Maintain cleanliness: Regularly clean the vivarium and its components to reduce the presence of mites. Remove rotting plants, uneaten food, and waste promptly. Sanitize the exterior and equipment areas.
Visual inspection: Regularly inspect plants, animals, and vivarium components for any signs of mites. Look for crawling mites, webbing, stippling on leaves, or any other indicators of an impending infestation.
Encourage biodiversity: Promote a balanced ecosystem within the vivarium by incorporating a variety of plant species and creating diverse microhabitats. A well-balanced ecosystem with diverse flora and fauna can help regulate mite populations naturally.

Conclusion

Mites can be a common occurrence in vivariums, but with proactive measures, early detection, and appropriate management strategies, their impact can be minimized. With regular cleaning, spot checks, and appropriate storage of foods, we can create a balanced ecosystem that discourages mite proliferation.
It is our responsibility to prioritize the well-being of the animals in our care. By adopting a proactive approach to mite management, we can create a harmonious and thriving vivarium environment, free from the nuisances and risks associated with mite infestations.
—
Please comment if you have anything to add or disagree with!

TL;DR: Thanks for having me in your city. I had a great time!
Artwork depicting Kolkata
I had lunch at the original location!
Desserts/mithai
Avartana 9-course tasting menu
Fennel Panna Cotta
I am a Mumbai guy and visited Kolkata for the first-time ever. I visited during the worst possible season when the temperatures were 42-44 degC at their max, but I had a great time.
I was supposed to visit with my friend but she couldn't make it due to some reasons and I ended up having a solo trip. No worries because I love to travel solo. (She informed me well in advance, so it's not like she canceled last minute.)
Stay:
I stayed at the ITC Royal Bengal for 3 nights and chose to spend 1 night at The Oberoi Grand. Why different hotels? Just to experience the hotels and the neighborhoods. Both hotels were great. The hard product (rooms and amenities) was really great at ITC, but the soft product (service) was much better at Oberoi.
Food:

• I should preface with: I am a vegetarian.
• I went to 6 Ballygunge Place to try authentic Bengali food and opted for their buffet. I enjoyed it a lot.
• I also had the 9-course menu at Avartana in ITC Royal Bengal; it was a great experience. I know that having South Indian food in Kolkata is a faux paus - why not have more local food instead? But I wanted to try out that restaurant and it was indeed very good.
• I had my breakfasts at ITC and Oberoi, so I didn't venture out for that.
• I enjoyed the street kathi rolls.
• I had delicious desserts - rasgulla, sandesh, mishti doi, and Tiramisu (I know... there's an imposter in here, but I enjoyed them all).
• I had good drinks (beers and cocktails) at various bars (and trust me, I tried a lot of them on Park St - Social, Effingut, Olterra, to name a few, at bars in Salt Lake City, and the bars in ITC & Oberoi. Yes, I drank a lot every night that I was there; yes, I know I have a problem. Haha).

Visit:
I wanted to have a relaxing trip and so I didn't go overboard on the sightseeing.
I checked out Prinsep Ghat, Old Kolkata heritage buildings (High Court, Bidhan Sabha, Town Hall, Raj Bhavan, etc.), Howrah Bridge, Vidyasagar Setu, Victoria Memorial, Salt Lake neighborhood, some temples (didn't go to any major ones), Kumartuli, Bara Bazar, College Street, Alipore Museum, Golf Course, etc.
Due to the heat (Mumbai was at 32 degC, whereas Kolkata was at 44 degC), I chose to just do a private caUber ride for most of these places. I had hired a good local guide (who also drove me around) and showed me all the places. I also went to Howrah and saw Nabanna (obviously, from outside).
Traveling around/Transportation:
I chose to fly into and out of Kolkata. I was initially thinking of taking a train, but then looking at the time it would have taken from Mumbai, I chose air travel instead and am very glad about it. Vistara had good on-time service both ways. It set the right tone for the trip.
As I mentioned earlier, I booked a private car for some of the sightseeing and took Ubers around for the most part. I did ride the tram (number 5) from Esplanade to College Street and took the Metro back from Girish Park to Esplanade just to experience it.
Shopping:
I didn't do a lot of shopping, but bought myself a kurta (Panjabi) and dhuti from Adi Akshoy at Triangular Park. I hadn't researched on shopping and the guide directed me here.
I bought a pair of Ray-Ban sunglasses because I was walking past a store and really thought of getting a new pair of sunglasses (while I was wearing another pair of Ray-Bans). Tbh, I could have just bought this in Mumbai, but it was an impulse buy.
And then I bought a lot of books at the airport for my return. Argh! I already have so many at home, but couldn't resist. I should have just headed to the airport lounge directly instead of wasting time in the terminal shopping for books.
Some things worth mentioning:

• I guess this is the Indian city with the maximum modes of transportation - taxis, auto-rickshaws, 6-people rickshaws, hand-pulled rickshaws, trams, buses, private buses, old Metro, new Metro, ferries, small boats, Ubers, Uber Bike (I don't see this in Mumbai), etc.
• Salt Lake seems very different from the rest of the city.
• When the CM moved the CM's office to Nabanna, technically, since the CM sits in the capital city, does that make Howrah the capital city now? I know it's not and it would anger most people here, but just was wondering. My guide had no idea; he kept on insisting that Kolkata is the capital of the state. Haha.
• I found a lot of similarities in the British architecture in Kolkata and (South) Mumbai, but Kolkata has a red-and-white color scheme going on a lot. I am no expert in Victorian or baroque architecture, so pardon me if there are vast differences in style.
• I didn't get to visit some major sights like Belur Math or Dakhineswar Temple. I chose to be lazy in the hotels and relax at the swimming pools instead. The afternoon heat made the pools and the air-conditioned bars (cold beers and G&Ts) very inviting. That's ok, I guess.
• I couldn't find a place for jhaal muri! I got dry jhaal muri at the airport lounge on my way out, but it wasn't the authentic experience I was looking for. Where should I have looked?
• I loved your aloo dum and luchis.
• I wanted to get the shakha pola bangles for my mother, but I couldn't find any place. My guide took me to a (gold) jeweler... um, no, that's not the same thing. Where should I have gone? I feel bad that I didn't bring anything back for my mom from the trip :(

Just other some things:
(and I am not trying to look down upon it, but just writing a truthful account of my experience)

• ITC Royal Bengal was a shitshow on the weekend! It was overcrowded due to the IPL (and some football matches as well) - I saw a lot of foreign and Indian players, but since I don't follow cricket, I couldn't recognize anyone. But everyone in the lobby - me, other guests, including those players - was frustrated because check-in was taking a long time; they made me wait 2+ hours just to check-in! It wasn't just me; most guests were frustrated and this was not expected from ITC. Sunday breakfast was also like a zoo; it was overpacked. Note to self: avoid visiting this hotel on weekends.
• Oberoi Grand is nice, but the whole aesthetic is very dated. I understand it is a heritage property with grand vanities and beds in teakwood which is supposed to be the ultimate old-school wealth indicating the person comes from wealth, but when compared with the contemporary and modern look at ITC, it felt very dated. Also, if you are staying at the Oberoi, please try to get an inside-facing (pool-facing) room; the view outside is not at all something special you would want to view.
• Please don't take this the wrong way: There should be more focus on the overall cleanliness by the city municipal corporation. And I say this coming from Mumbai, which I am fully aware is not known for its cleanliness either. But Mumbai seems cleaner. For example, I took a kathi roll somewhere on Park Street and was walking around looking for a dustbin/garbage can to throw the wrapper and my tissue papepaper napkin, but there was none! I walked a few blocks just searching for one. I asked around and people laughed at me. Finally, a paanwala told me - just throw it on the side, there are no dustbins here; a guy comes in the morning and cleans it all - that's not good imho. There were just piles of trash littered on the sides of the streets and foot paths, which is sad. Also, the route from ITC to Oberoi (via Dhapa Road and Debendra Chandra Dey Road) was interesting...

Overall: 5/5 stars