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On The Hoof
Issue 14 - Better Grass in 2010 even better
Issue 12 Better Grass XTRA in 2010
Issue 9 Newsletter
Results around the country
The Future of Farming is BIO-Logical
Issue 4 For Big Crops of OSR
Issue 1 Basic Slag
Roberts Ramblings
Can you grow wheat for £50 per ton
Bio-Mulch 2010
Mychorrhizal Fungi
5 Simple steps to increase OSR yield
Bio-Mulch
Importance of Trace Elements
Cereals - send in samples
Vita-Mag plus 30
Still Time to Foliar Feed Phosphite
Foliar Feed Phosphite
Increase Available Phosphate
Why Boron is an essential mineral for your grass and the health of your stock
Selenium
When Potash may be Damaging
The Importance of Potash


Welcome to Independent Soil Solutions


True soil fertility is the foundation for good crop and livestock performance. In natural eco-systems, the main sources of nutrients in the soil are air, water, rock minerals and organic matter.

In modern farming systems, chemical-based fertilisers have largely replaced the work of natural microbes. Plants can be fed directly from the bag but being soluble, any fertiliser not used by the plant will either move through the soil into drainage water, or become “locked” in soil reserve. Good examples of this are nitrates and phosphates, although potassium and other elements can be affected. Without question, crops respond to the use of fertilisers. However, releasing stored soil nutrients can help reduce costs, improve productivity and avoid pollution.

We know that soils contain enough nutrient reserves to feed plants for many years, if only the plant could gain access to them. In the past, little value was placed o the measurement of total soil reserves, as they were thought to be “locked-up” and unavailable to plants. Microbes play an important part in moving nutrients from “locked-in” resources because they have the ability to release these nutrients into forms that are truly plant-available: different types of microbes can pull nitrogen form the air, dissolve phosphates from rock and move minerals form the soil to the root zone.

Bio-logical farming systems use this concept to match crop needs with soil reserves and microbial activity. The starting point for this is a full soil analysis which measures true fertility, chemistry balance and physical soil problems.

Booklet:

Download the whole booklet as a .zip file:

How to Grow Better Grass - FULL BOOKLET
   
View each page of the booklet individually:

How to Grow Better Grass - Front
How to Grow Better Grass - Page 1
How to Grow Better Grass - Page 2
How to Grow Better Grass - Page 3
How to Grow Better Grass - Page 4
How to Grow Better Grass - Page 5
How to Grow Better Grass - Page 6
How to Grow Better Grass - Page 7
How to Grow Better Grass - Page 8
How to Grow Better Grass - Page 9
How to Grow Better Grass - Page 10
How to Grow Better Grass - Page 11
How to Grow Better Grass - Page 12
How to Grow Better Grass - Page 13
How to Grow Better Grass - Page 14
How to Grow Better Grass - Page 15
How to Grow Better Grass - Page 15A
How to Grow Better Grass - Page 16
How to Grow Better Grass - Page 17
How to Grow Better Grass - Page 18
How to Grow Better Grass - Page 19
How to Grow Better Grass - Page 19A
How to Grow Better Grass - Page 20
How to Grow Better Grass - Page 21
How to Grow Better Grass - Page 22
How to Grow Better Grass - Page 23
How to Grow Better Grass - Page 24

 

 
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