#Nature Microscope

[doomies1]

Dive into the unseen world in just 60 seconds! 🌍 This YouTube Short unveils the fascinating and often overlooked world of microorganisms. With striking visuals and concise explanations, we explore the astonishing facts about these tiny titans that play a massive role in our ecosystem. From bacteria that benefit our health to microorganisms that drive major environmental processes, this short video reveals the hidden wonders of the microscopic world. Ideal for science buffs and the naturally curious! 🧫 Hit like, subscribe, and share your favorite microorganism fact in the comments. Stay tuned for more incredible insights into the micro-world with our upcoming Shorts! #Microorganisms, #ScienceShorts, #Microbiology, #EducationalContent, #ScienceAndNature, #MicroWorld, #NatureUnderTheMicroscope, #BacteriaFacts, #AmazingScience, #MicrobeMagic, #ScienceEducation, #BiologyShorts, #LearningScience, #HiddenWorlds, #NatureShorts

[zegalba]

Sand Under a Microscope.

There are roughly 8,000,000,000 grains of sand per cubic meter of beach, and roughly 700,000,000,000 cubic meters of beach on Earth. That's 5 sextillion grains of sand. An incomprehensible number, and yet every sand grain is microscopically unique. Like a snowflake, no two are the same.

[lost-wits]

horned spamworm moth x

[microcosmicobservations]

Didymium clavus aka tiny cookies covered in powdered sugar

And here's a size reference of the specimen (they are the tiny white dots, if it's not obvious):

[neat-deadandlive-things]

Oh Haematococcus, my beloved.

[angelnumber27]

diatoms

[this-vs-that]

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[biologist4ever]

Cell Division: Stages of Mitosis

[mineralsandsomerocks]

Native Silver (tarnished yellow) overgrown by Nickeline (pink) and Rammelsbergite (whitish grey rim on Nickeline) and Gersdorffite (light grey, euhedral crystals) and partially replaced by intergrown Acanthite (dull, scratched grey) and Stephanite (slightly lighter, "cleaner" grey)

Locality: Easter-Duffy Deposit, Greater Slave Lake, Northwest Territories, Canada

Plane Polarized Reflected Light, 50X Magnification

Have not had time to take new pictures of my newer rocks, as I have been super busy working on my MSc, so I thought I would upload some reflected light images from my thesis! If it seems like these are something folks want to see, I have loads more where this came from. Plus tumblr has a lack of reflected light microscopy images anyways. Feel free to reach out if you have any questions about this stuff!

[nonotnow-photography]

Tilia

©️nonotnow photography.

🔬~microscope: biolam r11~

📸Helios 44-2 58mm, f/2

📸iPhone 11

[seabeck]

Bog Beacons

[rebeccathenaturalist]

So. My partner and I have a holiday tradition where we go to at least one, sometimes multiple, bookstores and buy each other piles of books. It's a fun once-a-year splurge, and so we both usually end up with a great array of new and secondhand books to enjoy throughout the year. We ended up delaying things until Powell's had their Friends and Family sale, and hit up a couple of their locations along with a few other local bookstores. I got some pretty awesome stuff this year, but this has to be my best find:

It's exactly the kind of thing one would use to bait a trap for me (along with assorted cheese and warm, cozy wool socks). I collect field guides, and this one is delightfully niche. I almost put it back after reading the title because I've been trying to cut back a little on adding to my pretty, artistic vintage field guides in favor of up to date books for research. But then I looked inside:

Look at that. This isn't just discussing the general fur patterns and textures of mammal hairs. It's a bunch of microscopic photos of each type of hair of each species listed, showing unique cuticle textures that can be used to identify an animal based on a single hair. I mean, this is one of those areas of nature identification I knew existed but had just never really delved into myself.

Oh, and it's been out of print for ages and is basically impossible to find online. The chances of me finding this again were pretty slim. And for fourteen bucks less 30%? SOLD.

I really appreciate how several canids were included, like the gray wolf, coyote, coydog, German shepherd, and Labrador retriever (really cool to see how the textures of the two domesticated breeds differed!) I can also see where this would be really useful if you have some sort of pack-hunting canids going after livestock and you manage to find a bit of hair; I wonder how many wild species would be exonerated in cases where it's actually domestic or feral dogs causing trouble?

I'm also really intrigued by this note on the porcupine's page. Is it caution over issues identifying porcupine hairs, or did Moore et. al. write an entire study (or book) on reasons to exercise caution when collecting and examining a porcupine's hairs? (Probably best to save the examination for hairs that are not still attached to said porcupine.)

Anyway. This is a really cool addition to the field guide collection that's got me wanting to break out my microscope once I have the book manuscript done and have a little more time.

[xin-bloomx]

the beauty of microscopy

rattus norvegicus

thyreoidea, trachea, esophagus

institute of biology

🧫instagram🧫

[lost-wits]

butterfly wing under magnification x

[microcosmicobservations]

Can we talk about how cute springtails are? I brought this piece of wood home to look at the slime mold, and this springtail came along for the ride.

[pupshine-funtime]

Dendy (from OK K.O) tech stimboard

sources: 🌼-🧪-🎒 | 🌼-X-🎒 | 🌼-🧪-🎒

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