In northern Nevada, soils are extremely variable and can provide challenges for the gardener. Learning more about soil will help you develop a beautiful and productive garden or landscape. Soil texture and porosity

A soil test analyzes a representative sample of soil for specific characteristics. Most soil tests use chemical measurements and models to estimate the amount of nutrients that are available for growing plants.

In Nevada, our soils are already high in calcium and are generally adequate in sulfur. Physically tight soils, which are often clay‐rich, will not allow water to infiltrate. They can be improved by adding organic material.

This fact sheet contains information on soil considerations for low impact development (LID) in Northern Nevada. Learn more about the benefits of good soil, soil compaction, soil properties, soil biology, soil compaction, and many more.

Look for soils that are significantly different in color, texture (see Nevada Soils – Worth the Toil, University of Nevada Cooperative Extension Fact Sheet-09-14 for more information) or landscape position. Consider variables such as slope or poorly-drained bottom lands.

This fact sheet contains information on soil considerations for low impact development (LID) in Northern Nevada. Learn more about the benefits of good soil, soil compaction, soil properties, soil biology, soil compaction, and many more.

A brief overview of the physical, biological and chemical characteristics of soils. The information is provided for agronomic producers to help them understand soil properties and characteristics.

Nevada soils are generally low in organic matter and overall fertility, so incorporating a balanced fertilizer containing equal proportions of the three major nutrients prior to planting can be helpful.

Before planting any crop, it is important to know the properties and nutrient content of the soil through soil testing. Soil testing is a reliable tool for learning about key characteristics of the soil and its fertility levels.

Boron occurs naturally in arid soils originating from geologically young deposits. It may accumulate in soils that are heavily amended with borate-containing fertilizers. In Nevada, well water or water from springs near geothermal areas or earthquake faults may contain high concentrations of boron.