1413 E. Poplar St. Algona, IA 50511 Ph: 515-295-4905

Slides:



Advertisements
Similar presentations
GPS/GIS Applications in Agriculture
Advertisements

We Have The Information, Now What??? What can we do with all of the information that we collect? zCrop History (Varieties, Herbicides, Weed Pressures,
Nutrient Management – Now and in the Future Richard Ferguson Tim Shaver University of Nebraska.
Readily Available Calcium for Your Soil
It’s the Water Workshop An Industry Approach Sept. 13, 2005 Dan Froehlich US Agronomy Manager Nitrogen Management.
 Wheat Lots of $ › Sprayer, No-till/Air seeder, GPS, Yield Monitor, Combine,  Wheat a little $ › Grid, Veris, GPS Yield Monitor, Nrich and GS  Corn.
Product Information, Benefits, Safeguards and Farmland Application Procedures.
Crop Science 6 Fall Crop Science 6 Fall 2004 What is Precision Agriculture?? The practice of managing specific field areas based on variability.
Evaluated Surface Drainage Problems with Data Charles Ellis Kent Shannon Ag Engineering Extension Specialists.
Teaching Critical Thinking Skills within Ag Geospatial Curriculum Ag GIS Education Symposium Pismo Beach, California January 20, 2006 Terry Brase, Associate.
Echelon – Who Are We? Echelon was an independent agricultural management consulting firm based out of Weyburn, SK Echelon joined the CPS family on Oct.
… putting the precision in ...
By: Courtney Whitacre Potato Production and Precision Agriculture.
Impressions of China and More Dr. Chuanguo Xu. Dr. Fang Chen Regional Director IPNI Mr. Maury Keonig Vice-President Ag Services.
Precision Farming Profitability Reference C: Soil Sampling and Analysis By Sylvie Brouder, Mark Morgan.
Overview Importance of using GIS Software, GPS Hardware, and Site Specific Data Management for farm management Past and Present / Future Levels of crop.
Site-Specific Management Factors influencing plant growth Water Light Temperature Soil Compaction Drainage.
Nutrient Management Planning Canada-Manitoba Farm Stewardship Program Steve Sager, P.Ag. Soil Resource Specialist Agriculture and Agri-Food Canada-PFRA.
Contrasting Precision Ag Technology Between Different Crop Species By Dodi Wear.
History of Production Agriculture
Using Yield Data to Make Decisions. Reasons for Collecting Yield Data Document yields Conduct field experiments Bottom-line Considerations Variable Rate.
2014 Agronomy Seedsmanship Conference Precision Farming Technologies Overview Dr. Brian Arnall Oklahoma State University.
Precision Guidance Systems for Efficient Material Application Presented By: Craig Kincaid.
What is Precision Agriculture?
A Compact Precision Agriculture Sprayer for Use in University and Extension Educational Programs A.R. Dickinson, D.M. Johnson, and G.W. Wardlow Department.
West Hills College Farm of the Future The Precision-Farming Guide for Agriculturalists Chapter Eight Precision Farming – Issues to Consider.
West Hills College Farm of the Future. West Hills College Farm of the Future Precision Agriculture – Lesson 5 What is Precision Agriculture?? Managing.
The Precision-Farming Guide for Agriculturalists Chapter One
A Perspective on the Nutrient Management Planning Process Eric McLean BenLedi Farm Ltd. Oak River, MB.
Lesson 3 Understanding Equipment Monitoring Systems.
Variable Rate Irrigation Cody Daft April 13 th, 2007.
Farm Field Record Keeping Jim Dunn Agricultural Economist Penn State University.
Precision Farming System Tim Sharp Jackson State College Jackson, TN.
MAKING PRECISION AGRICULTURE PAY ! Frannie Rogers BIOEN/SOIL 4213.
Agronomy Consulting and Soil Sampling in Precision Ag. By Josh Pittman.
Agriculture in the Area Mike Roegge University of Illinois Extension Adams/Brown Unit.
Katlynn Weathers Soil 4213 April 10,  What is precision agriculture?  What makes it so special?  How can grid soil sampling help?
West Hills College Farm of the Future The Precision-Farming Guide for Agriculturalists Chapter Seven Variable Rate Technologies.
Michigan Precision Farming Survey Roger Brook, Ph.D. Agricultural Engineering Dept. Michigan State University Presentation for Agricultural Engineering.
Precision Agriculture: GPS and Differential Corrections.
Variable Rate Seeding Technologies
FARMWORKS INTRODUCTION Carol Snyder INFORMATION MANAGEMENT WITH FARMWORKS.
Sensors vs. Map Based Precision Farming Chris Sechrest.
Grid Soil Sampling Cody Claflin Soil Objectives Common practices and methods of soil collection Common practices and methods of soil collection.
Variable Rate Technology Brian Montgomery InTime, Inc Director, Marketing and Customer Relations.
Utilizing a handheld GPS unit, a farmer or rancher can locate pumps, irrigation standpipes, wet and dry areas, cattle, and the location of fences that.
The Importance of Precision Ag in Custom Operations Trindle Brueggen.
Precision Agriculture John Nowatzki Extension Ag Machine Systems Specialist.
Soil Sampling for Fertilizer and Lime Recommendations.
Precision Agriculture Technology John Nowatzki Extension Ag Machine Systems Ag & Biosystems Engineering Dept.
TYLER KNUDSEN 2010/2011 Ag Leader Technology Scholarship.
Statewide Curriculum. Statewide Curriculum Precision Agriculture – Lesson 5 What is Precision Agriculture?? Managing Each Crop Production Input – Fertilizer.
Tillage and Planting Cost Comparisons
Grid Soil sampling.
What is Precision Agriculture?
Variable Rate Technologies
Current GPS and other Precision Agriculture Adoption in Agriculture
Precision Agriculture
Precision Ag Technology
Habits of Financially Resilient Farms - continued
Precision Agriculture
Precision Agriculture an Overview
Precision Agriculture in Pest Management
Life Science Chapter 5 Section 5
Intro to Precision Agriculture
Use of Precision Ag in Hay and Forage Production
Grid Sampling: Point vs. Random
Ron Steenhoek.
Precision Ag No-till’s Only Way In
Travis Schwickerath.
Presentation transcript:

1413 E. Poplar St. Algona, IA Ph:

Advanced Crop Management Established in 1996 Main focus was soil sampling for variable rate fertilizer application GPS services have grown with the business for soil sampling, crop scouting, and precision ag solutions Nutrient Management Plans for livestock producers

Advanced Crop Management Agricultural Services – Crop Consulting – Nutrient Management Plans – Soil Sampling – Precision Ag Sales & Installation- Ag Leader

Advanced Crop Management Crop Consulting – Crop Planning Seed, Herbicide, Fertilizer, Fungicide, Insecticide – Crop Scouting Crop staging, weeds, insects, disease, nutrient deficiency, soil nitrate test, yield estimates

Nutrient Management Plans Develop and maintain NMP’s for new and existing livestock operations Collecting manure samples for NMP records and analysis for application rates Soil samples are taken to determine soil fertility levels

Advanced Crop Management Soil Sampling – Grid – 2.5, 4.4, 10 ac – Management Zone – Soil Type Use GPS and field mapping software in-field – Ag Leader GPS – HGIS Mapping Software Desktop Software – Ag Leader SMS Software – SST Software – SGIS Software

Field Boundaries Exterior of field is driven while GPS marks out the boundary. This is drawn prior to taking soil samples. Waterways, terraces, ponds, etc. are marked out as well.

Grid Size and Sample Points Once the boundary is drawn, grid squares are created based on grid size and boundary shape. Points are then drawn within the grid areas. This is where the sample will be taken.

Soil Sample Results

Flat Rate vs. VRT Application

MAP (Mono-ammonium phosphate) – $ per ton – Flat Rate Total Amount Applied 11.6 tons x $730.00/ton = $8, $8,468 / 149.1ac = $56.80 per acre for MAP Flat Rate – VRT Total Amount Applied 4.2 tons x $730.00/ton = $3, $3,066 / = $20.56 per acre for MAP VRT

Flat Rate vs. VRT Application

Potash – $ per ton – Flat Rate Total Amount Applied 15.0 tons x $600/ton = $ $9000 / 149.1ac = $60.40 per acre for Potash Flat Rate – VRT Potash 12.0 tons x $600/ton = $ $7200 / 149.1ac = $48.30 per acre for Potash VRT

Advanced Crop Management Precision Ag Sales & Installation – Ag Leader Products SeedCommand – Planters, drills, air seeders DirectCommand – Sprayers, spinner spreaders, strip-till GPS/Guidance – Assisted steering, hydraulic steering Harvest – Yield monitoring on combines – Selling – Installing – Supporting

Advanced Crop Management Benefits of Precision Ag – More efficient use of agricultural inputs Seed – Row Shutoffs Fertilizer Chemicals – Sprayer Boom Section Shutoffs – Allows operator to concentrate more on task at hand; Reduces operator fatigue – End Result= Precision products gives the producer priceless data to continue to make profitable decisions for their operation