As water becomes more scarce across the country, growers must turn to practices that maximize water savings.

Water is becoming more scarce, so growers are learning to do more with less.

Iron deficiency can be caused by a wide variety of problems ranging from insufficient fertility, high substrate pH, root rot, or overwatering.

The Water Circularity Working Group plans to identify strategies that all growers, regardless of size, can follow to reduce water waste and improve water quality.

Installing irrigation systems designed to efficiently apply water to the plant, evenly and specifically, can reduce labor greatly while keeping plant growth healthy and even.

The Vineland Research and Innovation Centre is partnering with LetsGrow.com on a watering algorithm solution integration that can help growers improve crop management and yields.

Drought can strike in increasingly extreme forms, causing concern in global horticulture. With availability of high-quality fresh water no longer certainty in many areas, here’s how you can plan ahead.

It is important to identify what strength of acid you’re adding to your irrigation water, along with specific gravity to accurately determine the rate you require.

Moleaer, a global leader in nanobubble technology, is expanding its nanobubble generator product suite with the launch of Lotus.

When implemented correctly, irrigation allows growers to optimize performance, without significantly raising their overall expenses.

The evolution of irrigation technology, combined with increasing water access and other regulations in different areas of the country, has led to many growers seeking unique solutions.

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.