Colorful life through a microscope
Scientists can study the colorful life of animals and plants in the natural environment by observing and recording microscopic images.
Bladderwort is considered a common carnivorous plant, often living in water or flooded areas, with traps like small bubbles on leaves.In the picture is a special bait of this carnivorous plant.
Embryo a black-eared bat (Molossus rufus).During this period, the fingers grow longer and form flexible skin membranes that connect the arm bone to the fingers, the wing-wing membrane covering the face.
The image is composed of a group of 7 species of unicellular freshwater algae.The red color in the picture comes from the luminescence of chlorophyll.
Cross-sectional image of a lily flower bud.
Two beetles Gonocerus acuteangulatus after being born for two hours, are 3mm in size.
Mosquito larva Glassworm (Chaoborus).By shooting and special lighting techniques, images of larvae can help viewers see their muscular system clearly.
Caddisfly larvae and legs.This is an insect found in Europe and North America, often living in fresh water, near sandy beaches or gravel and rocks.
Movement of Paramecium shoe sole, a representative of the grass layer.Microscopic images show that the germs move through the swimming feathers.Thanks to these swimming feathers, it swims very fast in the water and can both spin and spin.
- The birth of the microscope
- High Speed Microscope
- Microscope and telescope, which is more
- Scientists create three-dimensional microscopes to find aliens
- Why does the microscope output monochrome images?
- Unbelievable life colors under a microscope frame
- Google created a augmented reality microscope capable of detecting cancer
- Foldscope - paper microscope to diagnose malaria
- Australia makes 20 times more powerful microscopes today
- Polaris neutron microscope: Performing faster measurements
- Super light microscope
- Use 'scanning electron microscope' to search for biological samples on Mars