Water quality can make or break the health of your greenhouse crop. Here are some tips on sampling and testing to make sure you’re in the clear.

There has never been a more optimal time for the adoption of efficient and innovative technology tools for irrigation in the greenhouse.

Learn how smart water management and irrigation research can lead to better use of this natural resource, while maintaining plant quality.

Production facilities must have the capacity to generate and store sufficient volumes of irrigation water.

An improved water management system is just one of the many projects in the works at this progressive New England greenhouse operation.

The most recent video in the University of Florida’s Five Tips for Horticulture series features water management insights from a collaborative research team.

The Water for Food Global Forum takes place in October and tackles issues related to achieving global water and food security.

Even with disease symptoms present, it can be difficult to nail down which pathogen is the culprit (and which fungicide will work), without a DNA test.

Reduced resource waste, lower labor requirements, and time savings are just a few reasons to look into a nutrient or fertilizer delivery system.

Growers are finding themselves with limited or even zero access to this precious resource.

When it comes to choosing the best filter for your irrigation system, go with the one that matches the target problem.

Around 70% of the world’s agricultural water is surface water, which increases the risk of clogging. AlphaDisc is designed to reduce the risk of clogs.

The purpose of this new survey is to understand concerns about plant pathogens in irrigation water.