351.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Water Requirements are Effected by: The crop being.

Slides:



Advertisements
Similar presentations
Wind Break Irrigation By C. Prestwich. Soil water extraction by Plants.
Advertisements

Chapter 9 Water Resources.
Priorities of Soil Management for Extreme Events and Drought Charles W. Rice University Distinguished Professor Soil Microbiology Department of Agronomy.
Micro – Drip irrigation Water applies at a low rate over a longer time and more frequent intervals Water is applied at or near the root zone Emitters discharge.
What is the most appropriate irrigation method. Key issues capital v. recurrent costscapital v. recurrent costs salinisation risk,salinisation risk, uniformity,uniformity,
Hung Le Paramount Farming Company Irrigation Manager May 05, 2014 AGRICULTURAL EXPERT PANEL TESTIMONY: NITROGEN & IRRIGATION MANAGEMENT 1.
Irrigation Systems.
Slow watering of crops and plants
Desertification: Degrading Drylands About one-third of the world’s land has lost some of its productivity because of drought and human activities that.
Introduction to Surface Irrigation
IRRIGATION IN MONTANA MOST SYSTEMS IN PLACE FOR MANY YEARS.
Soil Conservation in Israel Presented by : Jonathan Abrahams Soil Conservation Planner and Cover Crop Specialist Soil Conservation Unit-Western Galilee.
Operating, Calibrating, and Maintaining Irrigation Systems
IRRIGATION Agricultural Use of Water. Amount of Water Used In western US states, 70 to 95% of the fresh water supply is dedicated to irrigation Globally.
Irrigation Topic 2072 Created by Torey Birchmeier.
Non-renewable Sources of Energy
IRRIGATION METHODS. IRRIGATION METHODS Contents: Definitions Objective of irrigation methods Choice of irrigation methods Requirements of irrigation.
Hydroponics Plants without soil!!! By: Walt Iciek Topic# 2221.
Healthy planting material is necessary for successful horticultural plantation. But raising healthy planting material is a high skill and resource oriented.
Understanding Agronomy. Irrigation Objectives  Describe the benefits of irrigation; Describe the benefits of irrigation;  Identify ways to determine.
Climate and Soils Chapter 4. Climate Temperature Rainfall Fog Humidity Duration of sunshine.
PLANNING PHASE. “ A row crop drip system does not make a farming operation good. On the contrary, one needs to START with a farming operation and then.
AIM: To describe ways in which people use water and relate how water affects ecosystems. Do Now: Describe how your life would be different if we did not.
Colorado Ag. Science Curriculum Section: Plant and Soil Science Unit: 5 - Environmental Factors Lesson: 6 Managing Water – Irrigation.
Irrigation Chapter #7. What is irrigation? ä the controlled application of water ä xerophytes, mesophytes, hydrophytes.
Precision Irrigation and Fertigation
342.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Sources of Primary Plant Nutrients Types of Nitrogen Fertilizers.
AGRICULTURE The growing of plants and raising of domesticated animals.
IRRIGATION SCHEDULING AND TECHNIQUES IN BANANA NextEnd.
Irrigation and water conservation techniques
Food Efficiency.  The effectiveness of different types of agriculture  Measures the quantity of food produced  In a given area  With limited energy.
 Basin irrigation is still used today. It consists of a field enclosed by a raised bank called a dike. The water is allowed to flood the field and the.
Irrigation in Saskatchewan Project Presentation from 2001 Used as notes 2002.
CONVEYANCE AND REQUIREMENTS
Uses of Water.
PRT 2008 Lecture 6. Basic agricultural resources.
Introduction Water is an essential resource affecting growth, development and yield of crops. Potato is very sensitive to water availability as potatoes.
355.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Practices Sources of Irrigation Water The majority of.
Introduction Tomato seedlings require adequate moisture during growth period. Quantity of water required varies according to soil type and climatic conditions.
Hydroponics Introduction to Agriculture Original Power Point Created by Mike White Modified by Georgia Agricultural Education Curriculum Office June 2002.
IAFNR Plant and Soil Sciences Module
California and the National Ag Economy Model Agricultural Core Curriculum: Supplement University of California, Davis 112.T 1 Examples of the Direct Impact.
Challenges of farming.
Ag Production and the Environment
SURFACE IRRIGATION IN MONTANA. MOST SYSTEMS IN PLACE FOR MANY YEARS.
345.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Fertilizer Applications Factors that Affect the Type of Fertilizer.
Energy & water saving in vineyards How can vineyards in our region to save water and energy? Letizia M. Class IV A IIS G.Garibaldi - Macerata.
© John Wiley & Sons, Inc.Exploitation, Conservation, Preservation 4e Cutter and Renwick 2003 Chapter 6: Agriculture and Food Production Food Production.
Irrigation Efficiency or IE Water applied is never 100% beneficially used. There is always some loss Evaporation from soil and leaf surface Evaporation.
314.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Classification of Plants by Lifecycle Annuals: Complete their lifecycle.
Copyright © 2010 Delmar, Cengage Learning. ALL RIGHTS RESERVED. Unit 38 Irrigation Technology.
Management for Agricultural Land Uses Unit 2 Chapter 20 Lesson 4.
EMBEDDED SYSTEM BASED DRIP IRRIGATION. EMBEDDED SYSTEM :  A Computer system designed for specific control functions within a larger system  Including.
Water Resources Engineering-I Outline
Irrigation & Agriculture
Chapter 9 – Module 28 Water Resources.
Discuss at least two differences occurring in these two photos
GROWING GREENHOUSE VEGETABLE TRANSPLANTS
Definition Irrigation is the application of controlled amounts of water to plants at needed intervals. Irrigation helps to grow agricultural crops, maintain.
All About Irrigation. Definition Irrigation is the application of controlled amounts of water to plants at needed intervals. Irrigation helps to grow.
Managing the Crop.
Discuss at least two differences occurring in these two photos
Turn in WEBQUEST RIGHT NOW on front table
California Water Project and Central Arizona Project
Food Efficiency.
Factors Influencing Where People Settle
Human-Environment Interaction in SWA
Methods of Irrigation Dr. Sailesh Prajapati.
Agriculture and Soil Unit 9: Food April 22, 2009 Sanders.
IRRIGATION SYSTEMS Presented by : ANISHA RAJ BHENGRA
Presentation transcript:

351.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Water Requirements are Effected by: The crop being grown Climate Season Soil Conditions Method of Application

351.T2 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Border/Flood Irrigation: Used where the land is nearly level Often used in orchards, and vineyards A mild slope of 0.1 to 0.4 ft per 100 ft. is often used

351.T3 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Furrow Irrigation: Water runs down furrows in-between plants Efficient with water use, but labor intensive Uniform crop maturity is obtainable as the soil is uniformly water

351.T4 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Sprinkler Irrigation: Used when flood or furrow systems are impractical Leveling is not necessary Sprinklers may be used for frost control Lower incidence of erosion Higher initial costs and power costs

351.T5 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Drip Irrigation: Very efficient water use Easy to fertilize or apply pesticides through the system Expensive initial costs Labor intensive Salts tend to build up around emitters