Installing Drip Irrigation in a High Tunnel: A Step-by-Step Guide

Added:

Saving Caterpillar
Drip Irrigation Plan
Setting Up Lines
Mainline Assembly
Connecting Drip Tubes
Testing System
Adding Row Cover
Checking Cows
Reflecting on Work

Saving Caterpillar

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Playing Section
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    Family pauses project to rescue a woolly bear caterpillar.

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    Kids put it in a jar with spinach for observation.

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    Brief detour before heading to the high tunnel.

Basic understanding of high tunnel (hoop house) structures and how they differ from traditional open-field farming and glass greenhouses.
Fundamentals of hydraulics, specifically the relationship between water pressure (PSI), flow rate (GPM), and pipe sizing.
Elementary knowledge of soil-water-plant relationships, including soil capillary action and crop water requirements.
Familiarity with standard plumbing components and tools, such as backflow preventers, pressure regulators, and tubing cutters.
Designing and integrating fertigation systems to deliver liquid fertilizers directly to crop root zones through the drip lines.
Implementing automation, including the integration of soil moisture sensors, solenoid valves, and smart irrigation controllers.
System maintenance and troubleshooting protocols, such as winterization, acid-flushing to remove mineral deposits, and repairing physical line damage.
Calculating crop-specific evapotranspiration (ET) rates to create highly efficient, data-driven irrigation scheduling.
28.7K views2.9Klikes31:52@OurWyomingLifeOriginal Release: 2022-04-04

Drip irrigation systems deliver water directly to plant roots through emitters placed along flexible tubing, conserving water compared to overhead sprinklers; installation involves laying emitter tape along crop rows, connecting to a main line with pressure regulation, and using a timer for consistent watering schedules, with system effectiveness varying based on soil type and crop water needs.