Discover soil protozoa under the microscope—learn about amoebae, flagellates, and ciliates, their roles in soil health, and how to identify

Explore nematodes under the microscope. Learn about feeding habits, movement patterns, and their roles in soil and compost ecosystems.

Explore soil bacteria under the microscope. Learn about bacterial shapes, functions, and microscopy techniques for identification.

Explore Filamentous Organisms—Actinobacteria, fungi, and Oomycetes—and their roles in soil health, composting, and nutrient cycling.

Learn how to handle soil and compost samples for microbiological assessment. Master pipette calibration, water quality, dilution factors,...

Learn how to sample soil and compost for microbiological analysis. Follow simple steps to collect representative samples.

Discover the compound light microscope: how it works, its parts and functions, and why it’s essential for exploring soil & microscopic life.

Explore soil microscopy to learn about microorganisms, organic matter, and soil structure that drive soil health and fertility.

Discover the sulfur cycle process and its importance in soil health and ecosystems.

Learn the phosphorus cycle definition, steps, and importance. Explore its role in soil health.

Discover the role of soil nematodes in nutrient cycling, pest control, and soil health.

Discover the role of soil protozoa in nutrient cycling, microbial regulation, and soil health. Learn about their types and functions

What are soil fungi? Discover their types, examples, and benefits. Learn how these organisms improve soil health and plant growth.

Discover the importance of soil bacteria, their types, examples, and benefits for soil health.

Explore the carbon cycle, its steps, importance, human impact, and connection to climate change.

Explore the nitrogen cycle, its steps, role in soil life, and human impact.

Explore how plant and soil biological succession shape ecosystems, manage nutrients, and control weeds in natural and agricultural settings.

Learn how soil structure forms, why it’s vital for plant health, and how to improve soil for better water retention and root growth.

Explore nutrient cycling, plant growth, and soil health to understand the processes that maintain fertile, thriving ecosystems.

Discover the vital role of soil as a living ecosystem, its components, and how it supports life and sustainable practices.