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Site-Specific Management Guidelines

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Site-Specific Management Guidelines (3-ring binder with over 30 topics)

Cost: $25.00 each

Size: 8.5 x 11 inches

Item#: 10-1000

The objective of this series is to provide a mechanism to assemble expert knowledge in a timely fashion on site-specific management in a form useful to farmers and their advisers. Each Guideline addresses a subject or issue related to site-specific soil and crop management. This format provides the flexibility needed to stay abreast of the dynamic knowledge base surrounding  site-specific technologies. The series currently includes over 30 topics of 2 to 4 pages each.

Also available: Site-Specific Management Guidelines on CD

Individual topics available:   Cost: 50¢ each

Item#	Topic
10-1001	Site-Specific Use of the Environmental Phosphorus Index Concept
10-1002	Management Zone Concepts
10-1003	Profitability of Site-Specific Farming
10-1004	How to Determine an Accurate Soil Testing Laboratory
10-1005	Developing Management Zones to Target Nitrogen Applications
10-1006	Global Positioning System Receivers
10-1007	Variable Rate Equipment – Technology for Weed Control
10-1008	Standardization and Precision Agriculture – ‘The Promised Land’
10-1009	Yield Monitor Accuracy
10-1010	The Pioneer Split-Planter Comparison Method
10-1011	The Earth Model – Calculating Field Size and Distances between Points Using GPS Coordinates
10-1012	Assessing Crop Nitrogen Needs with Chlorophyll Meters
10-1013	Identifying Good Candidates for Precision Phosphorus Management
10-1014	Selecting a DGPS for Making Topography Maps
10-1015	Scouting for Weeds
10-1016	Remote Sensing: Photographic vs. Non-Photographic Systems
10-1017	Setting Up On-Farm Experiments
10-1018	Simple On-Farm Comparisons
10-1019	Area-wide Management Zones for Insects
10-1020	Estimating the Timing of Weed Emergence
10-1021	Field Testing Management Zones for VRT
10-1022	Potential Applications of Remote Sensing
10-1023	Getting Specific with Site-Specific Nutrient Management
10-1024	Grain Protein Sensing to Identify Nitrogen Management in Spring Wheat
10-1025	Weed Biology and Precision Farming
10-1026	Interpreting Remote Sensing Data
10-1027	Spatial Variability in Corn and Soybean Insect Pests: Precision Farming and Insect Pest Management for the Future
10-1028	Strategic Approach to Site-Specific Systems
10-1029	Geographic Information Systems (GIS) in Site-Specific Systems
10-1030	Soil Electrical Conductivity Mapping
10-1031	Yield Monitors—Basic Steps to Ensure System Accuracy and Performance
10-1032	Trouble-Shooting Yield Monitor Systems
10-1033	Bt Corn and Insect Resistance Management: What Are They?
10-1034	Site-Specific Soil Compaction Mapping Using a Digital Penetrometer
10-1035	Obtaining Soil Information Needed for Site-Specific Management Decisions
10-1036	Variable-Rate Nitrogen Management for Corn Production – Success Proves Elusive
10-1037	Estimating Corn Yield Losses from Unevenly Spaced Planting
10-1038	Collecting Representative Soil Samples for Nitrogen and Phosphorus Fertilizer Recommendations
10-1039	A Cookbook Approach for Determining the Point of Maximum Economic Return
10-1040	Selecting the Appropriate Satellite Remote Sensing Product for Precision Farming
10-1041	Determining the “Best” Approach to Identify Nutrient Management Zones: A South Dakota Example
10-1042	Using Remote Sensing to Develop Weed Management Zones in Soybeans