phosphate fertilizers used in nut and grain production increase the concentration of phytic acid in the bran, which limits the amount of magnesium we can absorb from nuts and grains.
Not exact matches
Farmers are earning huge profits on their wheat, soybeans, cotton and other crops; strong demand for (and relatively tight supplies of) grain, oilseeds and other key food inputs encouraged them to
use large volumes of
fertilizer (notably potash,
phosphate and nitrogen) to boost their crop yields.
Phosphate Free: Some communities request that the lawn
fertilizer you
use is free of
phosphates.
If tobacco growers are
using fertilizer on their plants, it obviously works, even though it is made from uranium - rich
phosphate rock and results in polonium 210 — a decay product of uranium — being inhaled with cigarette smoke.
The
phosphate is harvested from vast strip mines and is
used in everything from
fertilizer to cola drinks.
Phosphate rock, a
fertilizer with only 8 to 12 percent phosphorus, is not only inexpensive, it is naturally suited for
use in acidic soils.
The
use of
phosphate fertilizers over many decades — contaminated with cadmium — created the current conditions.
With one of
phosphate's primary
uses being the production of commercial
fertilizers, the possibility of fluoride residues being absorbed by commercial tea crops being repeatedly treated with
phosphate based
fertilizers is a very real concern.
Phytic acid will be much higher in foods grown
using modern high -
phosphate fertilizers than those grown in natural compost.6
Unfortunately, the main chemicals
used to fluoridate drinking water, known as «silicofluorides,» are not pharmaceutical - grade fluoride products; they are industrial by - products of the
phosphate fertilizer industry.
For example, Mosaic mines in Florida that harvest
phosphate, and Eagle Mine in Michigan that harvests cobalt,
use those minerals for
fertilizer.
I can see that the third world requires greater economic growth for a while, but that doesn't necessarily translate to greater growth of the world economy, and it certainly should not be done
using fossil fuels and greater
use of nitrate /
phosphate fertilizers.
The last prevent mining of
phosphates (
used as
fertilizer) and many rare earths (which are found in conjunction with thorium) and
used for just about everything electronic.
Scientists have known since the 1920s that organic
fertilizers used by farmers to supplement conventional systems — composted animal manure, rock
phosphates, fish emulsions, guano, wood ashes, etc. — further contaminate topsoil with varying concentrations of heavy metals.
The
phosphate mined is
used to produce
fertilizer and livestock feed supplements.
The combination of high prices of natural gas, which is
used to make nitrogen
fertilizer, and of
phosphate, as reserves are depleted, suggests a much greater future emphasis on nutrient recycling — an area where small farmers producing for local markets have a distinct advantage over massive feeding operations.