GROW MORE 1-15-0 NATURAL ORGANIC BONE MEAL:

• Improves soil structure
  
• Provides substrate for increased microbial colonization
  
• Enhances root stimulation
  
• Improves - water retention in sandy soil

• Controlled natural pH
  
• Low salt index"
  
• Reliable product quality
  
• Favorable 9:1 carbon to nitrogen ratio
  
• Low ash content
  
• High silica content
  
• No sewage sludge

• No bio-solids
  
• N-P-K plus Ca & Mg + micros
  
• 30 - 50% Nutrient release in 1st season
  
• Naturally occurring micro nutrients
  
• Sugars, carbohydrates, amino cellulose to enhance rhizosphere microbes

Grow More provides a premium blend of high quality ingredients that help build and stimulate the biological activity of your soil. Grow More nutrients aid in the natural conditioning of soil by fostering microbial activity. The presence of certain bacteria is a requirement of vigorous soil. These microbes operate on the organic matter in the soil and produce a release of plant nutrients. Regular use of Grow More will temporarily:

• Encourage better aerification of soil
• Help normalize soil pH
• Improve water pentration in heavy textured soil that will improve moisture retention in sand and light textured soils
• Enhance soil nutritive holding and exchange capacity
• Help build stable soil aggregates - improve soil structure and tilth

Mycorrhizas - are beneficial root colonizing microorganisms that provide a major beneficial effect on the host plant by increasing the below ground combined surface area of roots (and mycorrhizas) for efficient acquisition of nutrients. Grow More Research Farm contains both ENDO and ECTO forms.

Other Beneficial Soil Microbes - are added to selected formulas. These microbes are foudn in association with well composed soil are part of the complex rhizosphere (root zone) and can stimulate root growth depending on environmental condition, soil type and organic carbon content of soil.

Humic Acid - is added as a primary carbon substrate for rhizosphere microorganisms, but can also become effective for mineral nutrient mobility as metabolites of microbial activity.