Lime is usually added to acid soils to increase soil pH. The addition of lime not only replaces hydrogen ions and raises soil pH, thereby eliminating most major problems associated with acid soils but ...

The University of Delaware Soil Testing Lab uses the Adams-Evans buffer pH test to determine lime requirement for a field based on soil test analysis of an 8-inch composite soil sample. In this quick ...

Most plants thrive in soils with a slightly acidic to neutral pH of around 6.0 to 7.0. If you’re struggling with overly ...

Like carrots, parsnips thrive in loose, well-draining soil. However, they tolerate a wider pH range than carrots, making them ...

Acidic soil can plague crop producers with nutrient deficiencies and poor root growth, leading to reduced yields. Lime can be ...

If your soil pH is below 6.0, you may benefit from an application of lime. The goal of applying lime is to raise that soil pH ...

Understanding the type of lime required for your soil can significantly impact your crop yield and overall soil health.

Sandy gardens and areas with lots of granite are more likely to have acidic soil than clay-heavy gardens with an abundance of shale or limestone. But even alkaline garden soil may become acidic ...