4 Benefits of Using Agro-Z Sustainable Soil Additive To Conserve Water in Agriculture Operations
Published on by Nick Nicholas, App Eng/Technical Director at Genesis Water Technologies, Inc. in Technology
There are many complex aspects to soil quality that can affect the growth and health of plants. Soils in different areas have different physical and chemical compositions that can be good or bad for farming. In the case of naturally rich and beneficial soil, over time, nutrients will be depleted. For other soils, plants could not be grown well there naturally. In those cases, a sustainable soil additive will be required for continued farming in those areas. There are a number of different types of fertilizers marketed, but most of these only provide nutrients for the plant.
However, the soil is what really needs adjustment over time. In conditioning the soil, this would provide better water retainment, aeration, nutrient regulation, pH buffering, and toxic contaminant capture to benefits the plants that are grown there.
Luckily, such a product exists! As an added bonus it’s perfectly natural and will stay in the soil for long periods of time and it can be mixed with conventional or organic fertilizers. This product is called Agro-Z by Genesis Water Technologies, Inc. Using the natural properties of the mineral zeolite among other synergistic compounds, this sustainable soil additive can improve soil in ways that will increase crop quality and yield while reducing fertilizer nutrient runoff, water use and environment harm caused by excess nutrients seeping into our surface waters.
Here we will look at just four of the many benefits that the sustainable soil additive, Agro-Z can provide for agricultural companies.
Attached link
https://genesiswatertech.com/blog-post/4-benefits-of-using-agro-z-sustainable-soil-additive-for-agriculture-companies/Media
Taxonomy
- Fertilizers
- Sustainable Agriculture
- Agronomics
- Agribusiness
- Urban Agriculture
- Soil
- Water Efficiency
- Agricultural Engineering
- Conservation
- Climate Change
- Natural Resource Management
- Integrated Watershed Management
- Climate Change Adaptation