IKONIS Satellite Imagery of an Oklahoma Wheat Field – 4 m Resolution

Slides:



Advertisements
Similar presentations
Combine Yield Monitors
Advertisements

Glasgow Area Chamber of Commerce And Agriculture New Trends in Agriculture Glasgow, MT January, 12, 2011.
What is the purpose of this presentation? n Provide a better understanding of site specific yield information and the value that it can bring to your.
May 6, Drought tolerant Miller ComparisonsEfawLCB Grain Yield (bu/ac) Drought tolerant vs. Non-drought tolerant Monsanto vs. Pioneer
586 farmer’s fields ( , N Rich or Ramps)
Crop Science 6 Fall Crop Science 6 Fall 2004 What is Precision Agriculture?? The practice of managing specific field areas based on variability.
Precision Ag in Oklahoma Wheat Production By Brennan Leighton.
Echelon – Who Are We? Echelon was an independent agricultural management consulting firm based out of Weyburn, SK Echelon joined the CPS family on Oct.
Relationships Between NDVI and Plant Physical Measurements Beltwide Cotton Conference January 6-10, 2003 Tim Sharp.
GreenSeekerTM Variable Rate Applicator Equipment and Applications
Overview Importance of using GIS Software, GPS Hardware, and Site Specific Data Management for farm management Past and Present / Future Levels of crop.
A comparison of remotely sensed imagery with site-specific crop management data A comparison of remotely sensed imagery with site-specific crop management.
What is Precision Agriculture?
Operating the Oklahoma State Univ. Ramp Mobile Analysis V2.0.
Digital Numbers The Remote Sensing world calls cell values are also called a digital number or DN. In most of the imagery we work with the DN represents.
Combine Yield Monitors. Current Yield Monitors n Mass-flow sensor n Volumetric-flow sensor n Conveyor belt load sensor n Trailer load sensor n Torque.
Evaluation of Foliar UAN and Timing on Wheat Grain Yield and Protein Department of Plant and Soil Sciences, Oklahoma State University, 371 Agricultural.
1413 E. Poplar St. Algona, IA Ph:
Sensor-based Nitrogen Application – Converting Research to Practicality Brent Rendel Rendel Farms Miami, Oklahoma.
Precision Agriculture an Overview. Need for Precision Agriculture (1) l In 1970, 190,500,000 ha classified as arable and permanent cropland in the USA.
3-Year Results of Total Farm Management with Precision Ag Technologies Sharp T., Evans G., and Salvador A. Jackson State Community College – Jackson Tennessee.
Organic matter contribution Improved drainage Decreased salinity and leaching Better water use in following crops The Rotational Benefits of Forages: Soil.
Michigan Precision Farming Survey Roger Brook, Ph.D. Agricultural Engineering Dept. Michigan State University Presentation for Agricultural Engineering.
Satellite Imagery for Agronomic Management Decisions.
State of Engineering in Precision Agriculture, Boundaries and Limits for Agronomy.
Precision Agriculture an Overview. Precision Agriculture? Human need Environment –Hypoxia –$750,000,000 (excess N flowing down the Mississippi river/yr)
Spatial Variability in Precision Agriculture What is it? What is it? – Precision n. The quality or state of being precise. Used or intended for precise.
Three Alternative Nitrogen Management Strategies for Cereal Grain Production Brian Arnall Brian Arnall Plant and Soil Sciences Department Oklahoma State.
Nutrient Management: Ways to Save Money, From Simple to High Tech Brian Arnall Precision Nutrient Management Plant and Soil Sciences Department Oklahoma.
Field Agronomist Perspective Sensor Based Nitrogen Management Training Jan. 19,2007 Stillwater, Okla.
NFOA for Wheat and Corn. Yield Potential Definitions INSEYIn Season Estimated Yield = NDVI (Feekes 4 to 6)/days from planting to sensing (days.
Virginia Polytechnic Institute and State University Methods to Improve N Fertilization in Virginia Methods to Improve N Fertilization in Virginia Wickham.
GIS: The Systematic Approach to Precise Farm Management Robert Biffle Precision Agriculture April,
Camera Pod Mounted on Cessna 172. Using Landsat TM Imagery to Predict Wheat Yield and to Define Management Zones.
Cost/Return Analysis of Precision Agriculture on Oklahoma Farms Aaron Witt April 25, 2001.
Variable Rate Nitrogen
Precision Sensing for Improved Wheat Production
Nutrient Management: Ways to Save Money, From Simple to High Tech
What is Precision Agriculture?
RSA: Crop Estimates Overview AfriGEOSS-EOPower-GEOGLAM
Fertilizer Management in No-Till Farming
Using Sensors and Lime Reference Strips to Manage Soil Acidity
Introduction to Geospatial Technologies in Ag
Precision Agriculture an Overview
Precision Agriculture
Stewart Reed Oklahoma State University
Precision Agriculture an Overview
G. V. Johnson and W. R. Raun Dept. Plant & Soil Sciences
Oklahoma State University February 2002
E.V. Lukina, K.W. Freeman,K.J. Wynn, W.E. Thomason, G.V. Johnson,
Wheat Nitrogen Diagnostics
Combine Yield Monitors
Oklahoma State University
Predicting Winter Wheat Grain Yield under Grazed and Non-Grazed Production Systems Jason Lawles.
Determining Nitrogen Application Rates with SBNRC and RAMP Calculator
The Rotational Benefits of Forages: Crop Yield and Quality
By Blake Balzan1, with Ramesh Sivanpillai PhD2
Recommendations All BMPs to give a healthy crop, especially . . .
Precision Agriculture
UNL Algorithm for N in Corn
Use of Precision Ag in Hay and Forage Production
Late-Season Prediction of Wheat Grain Yield and Protein
Corn Algorithm Comparisons, NUE Workshop
Assistant Professor & Extension Economist
Conventional N Management for Oklahoma
Experiment #601 Long-term Top-Dress N Trial Stillwater, OK
Calibration Stamp.
Agricultural Techniques
Fertilizer Price: per lb of N
Precision Irrigation in Oklahoma
Presentation transcript:

IKONIS Satellite Imagery of an Oklahoma Wheat Field – 4 m Resolution Farmed Since Homesteaded Farmed Years

IKONIS Satellite Imagery of an Oklahoma Wheat Field – 4 m Resolution Higher soil moisture in terrace channels Streaking due to inadequate spreader spinner speed Alkalai spots

Farm Rate 100 lb/ac N-Rich Rate 200 lb/ac Farm Yield 50 bu/ac

Farm Rate 100 lb/ac N-Rich Rate 200 lb/ac Yield 40 bu/ac

N-Rich 140 lb/ac Farm Rate 70 lb/ac 44 bu/ac farm Alfalfa Field Yield bu/ac Eroded Hillside Bottom Formerly in Alfalfa

Fallowed Previous Year – not moisture limited N-Rich 140 lb/ac Farm Rate 70 lb/ac

GreenSeekerTM Sensor NDVI Output Displayed in an Agricultural GIS SSToolbox GIS Software Courtesy of SST Development Group, Stillwater, OK

GreenSeekerTM NDVI Map Showing Fertilizer Application Terminated on Salt Contaminated Area Terraces Granular Fertilizer Streaking