Environmental Science Educational Materials
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.
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.
Science First™ Stream Table
With an integrated design, setup is a breeze — simply add water, turn on the pump and teach.
LaMotte™ D-Net with Expandable Pole
Bag attached to metal frame with clamp rings.
Fisher Science Education™ Water Quality Saddle Bag
For study of water pollution and its effects.
Science First™ Turbidity Tubes
Determine the degree of visibility when a Secchi disk can't be used.
Fisher Science Education™ Environmental Engineering Oil Spill Management Kit
Hands-on oil spill awareness and cleanup kit designed for grades 7 to 12.
Fisher Science Education™ Biogas Kit
Create real bio-renewable energy using readily available organic waste materials.
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™ Sweeping Net
Eisco™ Sweeping Net designed for sweeping vegetation to collect insects features a light weight aluminum handle with rubber grip.
3B Scientific™ Teaching Case, Soil Analysis, VISOCOLOR™
3B Scientific™ Teaching Case, Soil Analysis, VISOCOLOR™ can be used to reliably identify important soil parameters without prior knowledge of chemistry
3B Scientific™ Inclination Instrument E
3B Scientific™ Inclination Instrument E is for measuring the inclination of the Earth’s magnetic field and mapping the magnetic field of a current-carrying conductor.
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