IPM Programs: Best of the Pest Prevention Measures
In an ideal world, no grower would use chemical pesticides. IPM, or “Integrated Pest Management” is a multi-faceted system that is striving to create that world. IPM’s goal is to reduce overall chemical pesticide use while effectively controlling the pest.
What are the steps in an IPM Program?
1. Determining action thresholds
We see signs of pest infestation before it gets out of control. IPM starts by creating a framework for the operation to follow up on, when those signs appear. This framework involves identifying, monitoring, and establishing threshold values. When the threshold values are reached, an action plan gets triggered. These “action thresholds” are determined through a comparison of the potential loss from the pest to the cost of action.
Do we intervene in every sign of pest formation?
Crops can generally handle small amounts of pest pressure without loss in yield. Therefore, intervening in every sign of pest formation would cost more in labor and resources than it would potentially save in yield value. In addition to economic issues, environmental issues will likely arise in the operation where a premature intervention took place. There is a point, however, when the pest pressure creates losses in yield that requires action. Naturally, it becomes important to determine the threshold values for your field and crops. This way, you know when the right action time is, without wasting unnecessary amounts of resources and losing large amounts of yields throughout the season.
Managing pest count data across large acreage for differing threshold values requires significant field and data management. When data is managed correctly, the correct action will be taken in the correct areas.
2. Creating action plans
After determining the action thresholds, the next step is to create an action plan to implement when those thresholds are exceeded. These action plans are based on the farm’s context and available resources to the grower.
However, the first step of any IPM action plan is focused on prevention, rather than the action itself. The key aspect of prevention is often overlooked as a primary method of pest prevention: Nutrient management.
Plant Sap Analysis for Better Nutrient Management
We know that healthy plants have better defense mechanisms against pests than unhealthy plants. So what exactly is the standard for “health enough to prevent pest infestation”? New data has been showing that plant sap analysis provides indicators of how optimized nutrient uptake is in an operation, therefore, how healthy a plant is.
A Few Facts to End On
The closer the plant sap levels are to optimum, the better the crop’s natural defense capabilities are. This means that during the season, we can make decisions on nutrient management changes rather than resort to chemical pesticide applications.We can also predict potential chinks in our armor if we spot major plant sap imbalances before the pests arrive. Implementing these new strategies are cost, time and labor effective, but they require pristine data management.
Here at SoilBeat, we manage all data taken from any soil and/or plant testing, and point out trends and correlations. With a farm data management system that can also interpret plant sap data like SoilBeat, you can see pest related issues arising before they get out of hand.
Other Articles.
by
David Edwards
Are fertilizer costs cutting into your bottom line?
Dec 24, 2024
by
David Edwards
Advancing Precision Irrigation: Leveraging Technology for Sustainable Agriculture
Dec 24, 2024
by
David Edwards
Unlocking Agriculture’s Hidden Helpers: Microbial Genomics and the Data Challenge
Dec 9, 2024
by
David Edwards
The importance of microbial amendments: How to increase overall crop resilience
Nov 18, 2024
by
David Edwards
Unlocking Crop Potential: The Untapped Power of Plant Sap Analysis
Nov 11, 2024
by
David Edwards
Unlocking Carbon Credits: What Data Farmers Need to Track and How We Can Help
Nov 1, 2024
by
David Edwards
Enhancing Weed Management: Leveraging Data Analytics for Sustainable Agriculture
Oct 21, 2024
by
David Edwards
Elevating Crop Health with Brix Measurements: The Sweet Science of Plant Immunity
Oct 10, 2024
by
David Edwards
Nutrient Management and Disease Resistance: Unveiling the Hidden Connections Through Data Analytics
Oct 2, 2024
by
David Edwards
Base Saturation Balancing: Achieving the Ideal Ratio for Optimal Crop Production
Sep 2, 2024
by
David Edwards
How to Achieve Zero Excess Free Nitrates and Ammonium in Plant Sap Analysis
Aug 26, 2024
by
David Edwards
America's Buzzing Backbone: The Crucial Role of Migratory Beekeeping in U.S. Agriculture
Aug 19, 2024
by
David Edwards
Breaking Down Soil Biology Testing - Finding the ROI with PLFA Tests
Aug 13, 2024
by
David Edwards
Precision Agriculture: Revolutionizing Farming, One Field at a Time
Aug 5, 2024
by
David Edwards
Ag101: What is the difference between organic and regenerative agriculture?
Jul 23, 2024
by
David Edwards
Your Favourite Beans are in Danger: Threats to Coffee & Chocolate Production
Jul 5, 2024
by
David Edwards
Wet Spring Issues - Why So Irreparable?
Jul 2, 2024
by
David Edwards
The Influence of Nutrient Applications on Post Harvest
Jun 29, 2024
by
David Edwards
Orange Juice in Danger: The Threat of HLB Disease
Jun 27, 2024
by
David Edwards
California Dreaming: The Issue with Almond Production
Jun 26, 2024
by
David Edwards
Sight Unseen: Zinc Deficiency in Soil
Jun 13, 2024
by
David Edwards
Battle Beneath: Understanding Calcium - Potassium Antagonism in Soil
Jun 13, 2024
by
David Edwards
The Plant Kingdom's Power Couple: Nitrogen and Sulfur's Synergistic Symphony
Jun 13, 2024
by
David Edwards
Increase Drought Tolerance With This Commonly Missed Micronutrient
Jun 13, 2024
by
David Edwards
Digging Deeper: The Great Soil Analysis Debate for Regenerative Agriculture
Jun 13, 2024
by
David Edwards
Ammonium vs Calcium: The Nutrient Balancing Act for Thriving Plants
Jun 3, 2024
by
David Edwards
Improving Soil Structure: Boost Your Farm’s Resilience
Jun 3, 2024
by
David Edwards
Sodium and Calcium Relationship: A Tale of Frenemies in the Soil
May 20, 2024
by
David Edwards
The Soil Office: Molybdenum and Nitrate's Tumultuous Relationship
May 8, 2024
by
David Edwards
The Delicate Dance: Achieving the Perfect Nitrogen Balance for Optimal Crop Productivity
Mar 25, 2024
by
David Edwards
Paving the Way for a Regenerative Future: Insights into the "Data Driven Regenerative Ag" Project
Mar 20, 2024
by
David Edwards
Unlocking Soil's Full Potential: The Pioneering Principles of Dr. William A. Albrecht
Mar 20, 2024
by
David Edwards
The Benefits of Regenerative Agriculture for Human Health
Sep 27, 2023
by
David Edwards
Responsible Data Exchange in Agriculture
Sep 14, 2023
by
David Edwards
Responsible Fertilizer Use for Mitigating Drought
May 1, 2023
by
David Edwards
The Power of Healthy Soil: for a Happy World Earth Day
Apr 23, 2023
by
David Edwards
Crop Scouting for Regenerative Agriculture
Apr 14, 2023
by
David Edwards
Plantsap and Soil Analyses for Nitrogen Emission Reduction
Apr 7, 2023
by
David Edwards
How do you use Plant Nutrition for Regenerative Agriculture?
Mar 30, 2023
by
David Edwards
Profitability of Regenerative Agriculture and Transition Management
Feb 9, 2023
by
David Edwards
How can we use Data-Driven Farming for a Bright Future?
Jan 31, 2023
by
David Edwards
Plantsap Analysis for More Yield and Less Fertilizer
Jan 25, 2023