#Eco System

A jar of seawater can hold an entire living world. Snails, alien-like crustaceans, and predatory worms turn this small container into a self-sustaining biosphere. #ecosystem #oceanlife #jararium #marinelife #microfauna nature biosphere

I sealed a river ecosystem in a jar. 6 months later, it became something completely different. #ecosystem #jar #nature #science #ecosphere biology wildlife microecosystem

Timelapse of a closed ecosystem with life inside 🦐🌱 #timelapse #ecosystem #nature

NEE TUTORIAL!🦐 - No filter. No Heater! Shrimp Ecosystem🌱🦐 - Spinning Bases Available on our website! Full tutorial - Step By Step Guide Available on our Website(link in bio) Beginner Boxes Available for anyone for wants to start!🦐🌱 ❤️ so I can keep bringing you all tutorials! #plantedtank #aquarium #ecosystem #tutorial #tinyecosystems

Looking at some inspiration for a giant vivarium build! 🌱🐸 #aquarium #fishtank #vivarium #ecosystem #jungle

EVERYONE knows this🤔❓❓ But i gotta put something in the caption so.. uh plants produce oxygen through a process called photosynthesis where they use sunlight to turn water and carbon dioxide into food. Inside the leaves tiny structures called chloroplasts act like solar panels to capture energy and split water molecules into hydrogen and oxygen. While the plant keeps the hydrogen to make sugars for its own growth it releases the oxygen as a byproduct through small pores in its leaves called stomata. This constant exchange is what creates the breathable air that almost all animals and humans need to stay alive Follow @astro_labx for more such interesting facts like this

Who doesn’t love a miniature rope swing? This is a fully self-sustaining bonsai terrarium. The tree is a ficus ginseng and is one of the only little trees I’ve had success with in a closed environment. Even then it can be tricky and they often shed lots of leaves before coming back with a bang. You can purchase the miniature bench, rope swing and even the stones from our website. Link in bio. #terrariums #crafting #fairygarden #bonsai #ecosystem

EVERYONE knows this but i gotta put something in the captins so.. uh plants produce oxygen through a process called photosynthesis where they use sunlight to turn water and carbon dioxide into food. Inside the leaves tiny structures called chloroplasts act like solar panels to capture energy and split water molecules into hydrogen and oxygen. While the plant keeps the hydrogen to make sugars for its own growth it releases the oxygen as a byproduct through small pores in its leaves called stomata. This constant exchange is what creates the breathable air that almost all animals and humans need to stay alive. yea im done follow @afterismm for daily AI-free content #community #corecore #plants #science #interesting

Micro-ecological water and grass tank, ecological cycle, no filter, do you want one?

Ecosystem

So many of you fell in love with our accidental mini-ecosystem a few weeks ago. Today’s update: the tails are disappearing and the legs are appearing. Watching the transition from swimming tadpoles to tiny rock-climbers is the best kind of slow living. #tadpoles #ecosystem #froglife #mountainlife #watergarden

Plants take up carbon dioxide and release oxygen, but how do gases actually move in and out of a leaf? In this video, you can see oxygen gas being released from a spider plant leaf. . Why do plants take in carbon dioxide? Plants need carbon dioxide to carry out photosynthesis, which is their way of making their own food from scratch. They do so by reactions involving carbon dioxide and water. This process is powered by sunlight energy. . How do plants take in carbon dioxide and release oxygen? Because carbon dioxide is a gas, plants use tiny pores that open and close to allow carbon dioxide to enter the plant. These pores are called stomata and are usually very abundantly located on the underside of the leaf. As a byproduct of photosynthesis, oxygen (another gas) is generated (this is the very oxygen that we breathe!). That oxygen exits the plant through the same pores (stomata) that the plant uses to take up carbon dioxide. . In other words, stomata are the “mouths” that plants use to “breathe” (do gas exchange). The bubbles you see forming on the leaf are due to oxygen leaving through these microscopic openings. . Unavoidably, every time that stomata open, water vapor escapes the plant too (transpiration). As water evaporates from the leaves, it creates a negative pressure that pulls water (and dissolved minerals) up from the roots into the plant. This is basically the force that allows roots to “suck up” water and nutrients from the soil into the plant!! . Plant biology is fascinating! . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 400x magnification #microscopy #stomata