Todd Cavins Allen Hammer Brian Whipker Gordon Elsbury

Slides:



Advertisements
Similar presentations
ECONOMICS.
Advertisements

Chapter 1: What is Economics? Section 1
Objective Demonstrate the application of various types of fertilizers.
Horticulture CD Unit B1 - 3 Floriculture. Problem Area 1 Greenhouse Crop Production.
Introduction to Greenhouse
Irrigation Systems.
1 Maximizing Drip and Micro Sprinkler Systems Efficiency through UAV (Drone), Soil Sensing Technologies & VRI.
Slow watering of crops and plants
Greenhouse Management. 3 Basic Types Sub-Irrigation Overhead Irrigation Drip Irrigation.
Greenhouse & Nursery Irrigation. Greenhouse Irrigation Woodburn Area nurseries use 4 basic types of greenhouse irrigation systems – Solid-set Sprinklers.
Beds and Benches Mindy Moore HORT Beds for Cut Flowers Raised and Ground Beds Raised and Ground Beds The beds can be level with the ground or they.
Using Automated Systems in the Greenhouse
Vision Guy Fipps Professor and Extension Agricultural Engineer Department of Biological and Agricultural Engineering Texas A&M University College Station.
Greenhouse Plant Management: 2165 Topic: water Brian Sobecki
Planning for Change and Uncertainty ISMT 200G -- March 20, 2007 Dr. Theodore H. K. Clark Associate Professor and Academic Director of MSc in IS Management.
Supply & Costs of Production
Project website: Microirrigation Introduction: What is it? Microirrigation is the slow, frequent application of water.
Types of Watering Systems: Irrigation Systems for Bedding Plants Topic #2155 Created by: Tracey Hoffman
How To Use Automation To Make Money From Marketing Campaign? By: Alphasandesh.comAlphasandesh.com.
5.1 Production Methods IBBM.
LESSON ONE: INTRODUCTION TO HIGH TUNNELS High Tunnel Fruit and Vegetable Production.
Horticulture Science Lesson 53 Managing the Greenhouse Business.
Chapter 1: What is Economics? Opener. Slide 2 Copyright © Pearson Education, Inc.Chapter 1, Opener Essential Question How can we make the best economic.
Costs of Production Unit 7 Decision, Decisions. Remember…… Scarcity forces people to make decisions about how they will use their resources!!! **Economic.
Part 5—Job Satisfaction
Unit 1. Terms  Ornamental Horticulture: the practice of growing and using plants for decorative purposes.  Floral Production: involves growing of flowering.
Lesson 4 Identifying and Using Macroeconomics and Microeconomics.
Irrigation and water conservation techniques
Horticulture Science Lesson 44 Using Automated Systems in the Greenhouse.
Chapter 5 Supply. Section 1 What Is Supply? What are five services or goods that you supply to people in life? Please tell me the benefit others receive.
Goal 7 Individuals and Economic Choices. Basic Factors of Production Land (property plus natural resources on property) Labor (contribution of human workers)
Productivity.
Heating Hot water heat system heating water in a boiler and pumping the hot water through pipes located in the greenhouse located under benches, low maintenance,
ECONOMIC BASICS.
Numatic Engineering Cobot Presentation College of the Canyons.
Hort I: Obj Demonstrate the application of various types of fertilizers.
Chapter 1: What is Economics? Section 1. Slide 2 Copyright © Pearson Education, Inc.Chapter 1, Section 1 Objectives 1.Explain why scarcity and choice.
What is Economics? Chapter 1, Section 1. Economics Economics is the study of how people seek to satisfy their needs and wants. Economics is the study.
351.T1 Model Agricultural Core Curriculum: Supplement University of California, Davis Irrigation Systems Water Requirements are Effected by: The crop being.
Financial and Practical Considerations of Selecting Zero Runoff Subirrigation Systems Wen-fei L. Uva Department of Agricultural, Resource, and Managerial.
When Mother Nature doesn’t provide enough: Irrigation techniques Jade Sabourin, Zac Perkins, & Dani Ross.
Manufacturing systems Brian Russell. Exam expectations Issues associated with Manufacturing are regularly tested in the written paper. Questions often.
 Everyone has them  Basic- food, clothing, shelter ◦ But not satisfied with just the basics  Endless  Differ depending on where you live and who you.
MICRO-IRRIGATION FOR SCHOOL GARDENS. WHAT YOU WILL LEARN TODAY Benefits of using micro-irrigation in your school garden Types of micro-irrigation Maintenance.
Lesson 3 Using Automated Systems in the Greenhouse Reminder: student learning activities are at the end of this power point.
Human Resources - Performance
Agricultural Development Theories
Chapter 1: What is Economics? Section 1
Scarcity and the Science of Economics
What Every Student Is Patiently Waiting To Know
Greenhouse & Nursery Irrigation
Irrigation & Agriculture
SUPPLY.
Make Your Moving Stress Free
What is the difference between a good that is a need and a good that is a want? Give an example of each. A good that is a need is necessary for survival,
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.
Supply Unit 2.
What is Economics?.
Which one of these supply curves is elastic? Curve A Curve B
HOW CAN A VIRTUAL ASSISTANT HELPFUL TO GROW YOUR REAL ESTATE BUSINESS.
Chapter 1: What is Economics? Section 1
Production Ag Ag Processing Sales & Marketing Ag Services Research 100
Chapter 1: What is Economics? Section 1
Chapter 1: What is Economics? Section 1
Macroeconomics Chapter 4
Chapter 1: What is Economics? Section 1
WHY SEWBOTS? Automation Cost Reduction Technology.
4 Reasons Why Professional Repair Service Is Beneficial for You Submitted By - George Collazo
Chapter 1: What is Economics? Section 1
Presentation transcript:

Todd Cavins Allen Hammer Brian Whipker Gordon Elsbury Irrigation Workshop Todd Cavins Allen Hammer Brian Whipker Gordon Elsbury NC STATE UNIVERSITY Irrigation Workshop 2003

Greenhouse Automation For The Small Grower

Automation is a Tool A tool is both contrived and used for extending the force of an intelligent agent to something that is operated upon.

“Automation is driving the future of the greenhouse industry” And the size of the greenhouse does not matter

Greenhouse size does affect what you automate however Every greenhouse can automate something for a profit

How do you increase profit? increase price lower costs increase efficiency

It is simply not true that: Automation just doesn’t work unless there is a major area of one crop at one time

why automate? make work easier small window of opportunity holiday markets, too much work in a short period of time improved work quality less quality workforce lower labor costs replace unavailable labor labor is your major production cost

Is finding labor a problem? or Is it just easier to deal with automation than employees?

Fingers do not do it better

Automation Look at greenhouse tasks - repetitive - tedious - time-consuming

Study tasks time and motion studies

What are those time consuming hand labor jobs?

What are your major costs? Where does it make sense to reduce production costs? automation is probably your most important cost savings

Take A Systems Approach to Automation “automating a job” “automating a process” Automation should be cost effective It should be a short term investment - one that has a payoff in a very few years Irrigation Workshop 2003

Study your entire greenhouse operation labor saving devices often produce better quality and more uniformity automation often times work location of materials and controls is very important for efficiency and reducing worker fatigue

Automation has a learning curve automation often requires a different approach automation allows worker to better manage the plants automation often increases skill levels Irrigation Workshop 2003

Automation can have added benefits do not use the single minded approach of only considering efficiency or reduced costs

improved working conditions

Do not simply automate your present way of doing things “think new” Do not simply automate your present way of doing things You do not automate your hose - you automate watering

Automation - first things first Watering Materials handling Benches Flat and pot fillers Seeders Transplanters

watering. Ebb and Flood. Trough. Drip. Spaghetti Tubes. Boom. Mat watering Ebb and Flood Trough Drip Spaghetti Tubes Boom Mat Stationary Overhead Sprinklers

Automation it does not have to be complex or expensive

Has made it very easy to automate greenhouse watering Plastic pipe and valves Has made it very easy to automate greenhouse watering

design the system with both clear and fertilizer water fertilizer injectors are very important even in the smallest of greenhouses

Simple and Conservative

Watering Watering is both a science and an art

You can not do it better by a hand

Perched water table Free water The science and the art of watering When to water? How to water? You can apply too little water You can not apply too much water

Hand watering is not better is not cheaper Is not easier

Automation - first things first Watering is the very first thing to automate