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Using the Indicator Plant Method to Calculate Drip Emitter Requirements

The typical landscape bed is designed with plants having different irrigation water requirements, yet they are all on one irrigation zone. This webinar will use the indicator plant method of selecting the flow and quantity of emitters per plant-water-use type to apply the required amount of water for each plant. This method can also be used for line source drip and even mixing different types of overhead irrigation. (Don’t tell the irrigation police!)
$35.00
$50.00
$50.00
Electronic product available for immediate access

Utilizing Low-Cost Technology in Agriculture

This webinar focuses on applied research and demonstration related to traditional industry standard technology, while looking for ways to reduce the costs of scientific instrumentation to provide more options to agricultural decision-makers. The session will discuss drones, low-cost water samplers for edge-of-field monitoring, temperature and humidity, soil moisture sensors, and soil infiltrometers. All of these tools are designed to be internet-connected via Wi-Fi or cellular modems.
$35.00
$50.00
$50.00
Electronic product available for immediate access

Water Conservation Approaches in Turfgrass Systems

Two different approaches of water conservation will be discussed during this webinar, based on information obtained from two separate research projects at Kansas State University. Project 1: Subsurface drip irrigation is increasingly popular because of its potential for conserving and uniformly distributing water. We investigated the effects of straw and poly-mesh germination blankets in combination with SSDI on germination and establishment of tall fescue turfgrass. Under ground covers, soil temperatures were 5-7 degrees higher and erosion during rainfall was reduced, resulting in uniform and faster germination of tall fescue compared with no ground covers. Project 2: Irrigation strategies typically rely on calendar or evapotranspiration schedules that completely ignore soil moisture. Our research approach is to integrate the components of the soil-plant-atmosphere continuum by utilizing sensor-based technology to determine turf canopy responses to soil water deficits and to improve irrigation decisions. Water savings of 70% have been achieved using this approach.
$35.00
$50.00
$50.00
Electronic product available for immediate access

Water Hammer and Maintaining Basic Hydraulics

This webinar will cover a review of system hydraulics, including hydraulic grade, pressure, elevation and friction loss. This webinar will help you understand what water hammer is; why it happens and how it affects irrigation systems; what can be done to prevent or mitigate the effect of water hammer, including good system design practices. This webinar is worth one CEU in the Tier 1 - Irrigation Training category
$35.00
$50.00
$50.00
Electronic product available for immediate access

Wi-Fi Controllers in Irrigation

Communication technology is changing the face of landscape irrigation systems by allowing us to have easy, remote access to our irrigation controllers. This webinar will explore this technology, how it will impact the irrigation contractor and what the future might hold for the industry.
This webinar is worth one CEU in the Tier 1 - Irrigation Training category
$35.00
$50.00
$50.00
Electronic product available for immediate access