Microscope activities
Onion cells under a microscope: your first plant-cell slide
Start the school year with a simple onion-cell slide, clear focusing steps, and an observation record that separates visible details from textbook diagrams.
Microscope knowledge
Make a more confident observation
Straightforward guides to selecting equipment and getting useful detail from a compound microscope.
Wevision microscope guides
Microscope activities
Pollen under a microscope: a fall observation guide
Explore a timely September subject with prepared pollen slides, a repeatable observation routine, and realistic limits on identifying grains.
Microscope activities
Sand under a microscope: a realistic viewing guide
Prepare and compare real sand samples at low power while separating careful observations from guesses about mineral or biological origin.
Microscope activities
How to find a tardigrade under a microscope
Follow a practical moss-soaking and slide-scanning workflow to look for a tardigrade while protecting the specimen and microscope.
Microscope photography
How to take microscope pictures with a phone
Use a smartphone and eyepiece adapter to capture steadier, clearer microscope images without losing the specimen or adding empty magnification.
Microscopy methods
Microplastics under a microscope
Use ordinary microscopy to describe and sort suspected particles while keeping a clear boundary between visual screening and confirmed plastic.
Microscope activities
Pond water under a microscope
Turn one drop of pond water into a structured microscopy activity with careful collection, wet-mount preparation, focusing, and observation notes.
Student microscope guide
How to choose a microscope for students
Match a student microscope to the learner, setting, samples, controls, viewing comfort, accessories, and future coursework.
Buyer’s guide
How to choose a compound microscope
Compare viewing heads, optics, stages, focus controls, lighting, power, accessories, and real-world use.
Optics basics
Microscope magnification explained
Calculate total magnification and understand why useful detail depends on more than a large number.