Soil Health in Ontario
Soil is a vital natural resource and the foundation of agricultural production. The many benefits of a healthy soil are important - underpinning the long-term sustainability of the farm operation, our agri-food sector and our environment.
What is a healthy agricultural soil? Essentially it refers to a soil's ability to support crop growth without becoming degraded or otherwise harming the environment.
While a soil can be degraded through particular practices, the good news is that many best management practices (BMPs) can build back and safeguard soil health.
The Role of Healthy Soil in a Changing Climate
Agriculture and climate are directly linked - anything that has a significant effect on our climate will influence farm production. Greenhouse gas (GHG) emissions and climate change are global concerns, and agriculture can be part of the solution.
BMPs that improve soil health can also help lower GHG emissions, reduce phosphorus loss from fields to surface water, and improve resilience to drought or excessively wet conditions. Healthy soil - an essential component of a healthy environment - is the foundation upon which a sustainable agriculture production system is built.
This publication provides a visual overview of the many best management practices that build back and safeguard soil health, along with soil health basics and challenges to soil quality.
Increasing the level of your organic matter in your soil will improve soil health, resilience to degradation and productivity. This factsheet describes the nature and benefits of soil organic matter, sources of organic matter and best management practices (BMPs) for adding organic amendments to the soil.
This factsheet explains the benefits of buffer strips, considerations for design and planning, and tips for establishment and maintenance.
Some agricultural soils are so inherently unproductive or challenged from past degradation that they are not suitable for intensive cropping. This factsheet looks at the problems with cropping marginal or fragile lands, the benefits of and options for cropland retirement, suitable planting types, planning steps and how-to tips.
Erosion control structures are designed to management runoff from cropland during intense storm events. This factsheet explains their role unique role in soil management, different types and their specific functions, how to get started, and design, management and maintenance considerations.
Field windbreaks and shelterbelts are vegetative barriers that reduce wind and water erosion, while improving crop yields and protecting sensitive crops from wind damage. This factsheet provides an overview for designing, planting and maintaining field windbreaks around croplands.
This factsheet describes types of no-till systems, their benefits and challenges, and tips for successful implementation.
This factsheet compares continuous cropping and crop rotation systems, outlines what to consider if you want to move to crop rotation, lists tips to making it work, and describes provven crop rotation combinations.
This factsheet describes the benefits, challenges, types and opportunities for growing cover crops in post-harvest conditions in Ontario.
Field slope gradient and length, rainfall, surface water runoff, tillage and cropping practices and soil type all play a role in a field's risk for erosion by water. This publication offers best practices and tips for keeping soil where it should be.
How do I get a copy?
Hardcopies of publications can be ordered through ServiceOntario
Online at ServiceOntario Publications
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Order in person through a public access terminal available at ServiceOntario Centres located across the province.
For more information:
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