Environmental Science Educational Materials
Environmental Science Educational Materials
Eisco™ Secchi Disk Including Rope
The Secchi Disk Including Rope is used to determine transparency of water in lakes, streams, oceans.
United Scientific™ Secchi Disk
Use this Secchi Disk for water clarity measurements.
Fisher Science Education™ Environmental Engineering Oil Spill Management Kit
Hands-on oil spill awareness and cleanup kit designed for grades 7 to 12.
AquaPhoenix Scientific™ Bee an Engineer (Version 2) Deluxe Kit Components
Replacement parts for Educational Kit
Fisher Science Education™ Biogas Kit
Create real bio-renewable energy using readily available organic waste materials.
Fisher Science Education™ Water Quality Saddle Bag
For study of water pollution and its effects.
Eisco™ Plankton Net with Collection Vial
Eisco™ Plankton Net with Collection Vial features a collection bag made of strong bolting netting cloth suspended by muslin reinforcement and mounted on a wire ring.
Eisco™ Sweeping Net
Eisco™ Sweeping Net designed for sweeping vegetation to collect insects features a light weight aluminum handle with rubber grip.
United Scientific™ Metal Sieves
United Scientific™ Metal Sieves are ideal for separating soil or sediment particles of multiple sizes. Available in six sizes with a lid and catch pan.
Eisco™ Transparent Turbidity Tube
Determines transparency of water in lakes, streams, oceans.
Eisco™ Bottom Sampling Net
Eisco™ Bottom Sampling Net designed specially for collecting animals and vegetation from trees or pond and stream bottoms.
3B Scientific™ Globe with Bar Magnet
3B Scientific™ Globe with Bar Magnet is helpful for demonstrating the shape of the Earth’s magnetic field. Compass or magnetic field indicator can be seen to align at the surface of the globe in accordance with a magnetic field parallel to the lines of longitude
3B Scientific™ Set 14 Bravais Lattices
3B Scientific™ Set 14 Bravais Lattices are easy-to-handle models of the 14 fundamental lattice types (Bravais lattices), from which Auguste Bravais postulated that practically all naturally occurring crystal lattices can be derived by shifting along the axes