Enhance your understanding of why more growers are choosing Subsurface Drip Irrigation as their preferred method of irrigating. We’ll cover land and water sustainability, achieving precise control over distribution uniformity, and how to lower operational costs.

Determine which components optimize system performance and increase the rate of return on investment. Learn best practices for layout design and gain a clear understanding of each components' role in the system's overall performance. Simplify troubleshooting and automation, so your system works for you.

Learn the terminology used in the field and how to properly apply the concepts of uniformity and efficiency. Learn how to get the best Emission Uniformity and Flow Variation rates through recommended application methods and system design.

Increased yields and balanced maintenance costs start with proper design. Gain insightful knowledge on every design factor to construct higher performing and longer lasting systems. Experienced designers provide solutions for every field possibility.

When done right, converting to drip means gaining greater control of the system, increasing hydraulic performance, and improving yields. Learn about system design and placement, monitoring technology, and improving existing infrastructure to maximize gains.

Learn which factors are within the grower’s control and those that are not, and how to manage them to get the desired results. Obtain knowledge on factors that affect soil water potential, field capacity, and permanent wilting point.

This lesson highlights soil and water analysis and treatment strategies and how to combat challenging fertilizers while enforcing proper nutrient management. Learn how to predict plant behaviors in all stages based on water and soil analysis and plant sampling.

The majority of irrigation problems are caused by poor installations due to improper equipment set-up. Avoid hours of troubleshooting common issues and potential yield loss with step by step instructions from experienced professionals. Guarantee successful installs, minimize line maintenance, and increase system efficiency.

The right filtration system will protect the entire system from common issues and expensive repairs for years. Learn how to choose the right system and what factors to consider before making your selection.

The key to long term, high performance drip irrigation systems is our ability to measure and monitor exactly what is happening within the system and pair it with the capability of reacting accordingly. Learn recommended work flows, remedy approaches, and future strategy plans.

This lesson covers the network of pipes for a typical irrigation set up and the installation procedure from the Main Valve to the Collection Manifold flush-outs. Learn start-up and flushing procedures and the functions and connection styles of the three valves in a drip system.

Optimum yield and quality rely on proper connections between the dripline and the submain pipes. Learn the best way to connect them while protecting them from potential damage.

Learn these three simple steps that will time, money, and frustration.

Preventing Problems & Increasing Longevity

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Damaged dripperline diagnosis and solutions.

Is it at all possible to reduce large content into small bites that's faster, easier and easily usable by learners?

How does the world of video abundance impact the way we learn?

What is "Learning by Oops"? Have you seen something like the error in Image 1 below when using your computer? It can be annoying, right? Don't you sometimes want to hit your head with the keyboard or bang it on the wall when something like this comes up?