Learn how direct soil measurement with Bluelab helps growers monitor pH, EC and moisture directly in the root zone. This guide explains how direct measurement works, why moisture matters, and how to interpret readings over time.

Learn how soil slurry testing helps growers measure pH and EC in soil and substrates. This guide explains what slurry testing measures, how to take a representative sample, and why consistency matters when comparing results.

Learn how the pour-through method helps growers measure pH and EC in container-grown plants. This practical guide explains how pour-through testing works, how to collect leachate, and how to interpret root zone conditions over time.

A turmeric grower in Tamil Nadu partnered with CV Hydro to implement a precision, data-led approach to cultivation. With support from Bluelab tools, the project delivered strong yields, high curcumin content, and a fully saleable crop, while also building local grower capability.

Learn how to clean and calibrate your Bluelab Conductivity Probe or Pen to ensure accurate EC and PPM readings, prevent measurement drift, and maintain optimal nutrient strength for healthy plant growth.

Get stable, accurate pH readings by mastering the essentials of Bluelab pH probe cleaning, hydration, and two-point calibration.

Accurate pH means healthier plants, discover why KCl storage solution is essential for protecting and extending the life of your Bluelab pH probe.

Nourishing Farms in India uses hydroponics to grow 12,500 leafy greens monthly & reduce people power with Bluelab technology

Want to know more about the agricultural irrigation industry in southern Africa? Check out our latest Q&A with Tasha van Niekerk from Cherry Irrigation.

What does it really take to be successful in CEA and automation? We speak to six industry experts who share their own success stories within CEA.

Controlled Environment Agriculture (CEA) describes different types of growing environments and methods, including greenhouses, hydroponics and more.

Through collaboration, data, and transparency, we can grow more food with less water and energy. Read the highlights from the webinar.