You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
When considering healthy soils<br />
and plants, the greatest need in<br />
terms of achieving vibrant plant<br />
health and lasting vigor is to consider<br />
“the trunk of the tree” instead of getting<br />
hung out on a limb and never tackling the<br />
core problem. To determine this certain<br />
basic questions and answers should first<br />
be considered and some of those may not<br />
always come that easily into view.<br />
As a whole, in this entire world someone<br />
has responsibility over all the land.<br />
Someone is put in charge of it and generally<br />
has a say about what can or cannot be<br />
done to that land and too often not with<br />
a mind toward what would be best for<br />
the land or what is produced on it. The<br />
real bottom line is, when you give the soil<br />
what it actually requires, only then can it<br />
provide what is truly needed for optimum<br />
soil and plant health! Anything less and<br />
that much less is what you should expect<br />
in return!<br />
Various short term for profit programs<br />
have allowed so many destructive actions<br />
and so much degradation to the land that<br />
there are now a host of programs that<br />
“make it better” and are touted as basic<br />
solutions to the problems the previous<br />
thinking of past and present generations<br />
have caused.<br />
What works best? Is it when plants<br />
improve soil health or when soil improves<br />
plant health? In other words, can you<br />
best use plants to improve the soil and<br />
its fertility level, or the soil to improve<br />
the plants and their health and nutritive<br />
providing abilities? This is not like asking<br />
the question, “Which one came first, the<br />
chicken or the egg?” This question can be<br />
correctly answered. And in the process<br />
of answering such a question, what is best<br />
for soil biology - the true life of the soil -<br />
would need to be included.<br />
So then what is the trunk of the tree<br />
for deriving the most benefit from<br />
agriculture? Is it making the most<br />
money, or making the greatest yields?<br />
Is it growing the best plants or the most<br />
nutritious foods? It should be the key<br />
to all of those packed into one logical<br />
program with the most economical<br />
approach being what can best be done<br />
to most help the soil and the crops that<br />
grow there.<br />
The best answers to soil fertility, plant<br />
growth and feed or food quality are not<br />
geared to the philosophy of how much<br />
can growers get for the least amount<br />
they can give, whether that is money,<br />
fertility or the amount of effort being<br />
put forth.<br />
However, most of the time the solutions<br />
that get adopted are because it<br />
can be shown that to do so means there<br />
is substantial profit to be made by the<br />
sale of something to the farmer. This is<br />
not meant to even imply that anything<br />
is wrong with increasing income from<br />
the added value of work being done.<br />
But if the bulk of the profit accrues to<br />
those who are devising the program at<br />
the expense of the soil and what grows<br />
there, is it really true profit? And are<br />
those programs being proposed the<br />
actual solutions needed or just another<br />
“band aid” as a stop-gap measure that<br />
helps only temporarily improve the<br />
situation in some way?<br />
Dr. William Albrecht once described an<br />
experiment his team tried for extracting<br />
more nitrogen from the colloidal humus<br />
once they learned to isolate that humus<br />
from the soil. He said they tried every<br />
conceivable acid and many “reasonable”<br />
combinations, but could never find a<br />
formula that would do the job.<br />
But conversely, by extracting exudates<br />
from plant roots and using an inordinately<br />
large amount as compared to the normal<br />
release from plants and crops, it was the<br />
secret key to unlock that N. Yet they were<br />
unable to duplicate that in the lab. So far<br />
as is now known, no one ever has. When<br />
science can’t even do that, it is hard to<br />
believe that even the best team of scientists<br />
would be wise enough to figure out<br />
all that a plant really needs.<br />
That said, a slow steady feed of what is<br />
shown to be needed should generally be<br />
of most benefit to both plants and soils.<br />
However, in work with a company using<br />
that approach on a 20,000 acre almond<br />
operation for feeding nutrients through<br />
the drip, the program still only provides<br />
top results if the soil contains or receives<br />
what nutrients can be measured and supplied<br />
as needed first.<br />
No matter how intelligent mankind may<br />
be considered, taking care of the soil to<br />
feed the total biological needs of the entire<br />
“team” - then striving to provide needs for<br />
the specific crop - works time after time.<br />
But too many want to skip building up<br />
soil fertility and just feed the crop. When<br />
that happens, could growers be robbing<br />
themselves of the greatest benefits in<br />
terms of both soil health and the highest<br />
yields and quality for whatever they are<br />
producing?<br />
Most likely there is no one who really<br />
knows how to provide all of the exact<br />
nutrients each plant will thrive on to do its<br />
best. When anyone proposes to improve<br />
upon what life in the soil can do in that<br />
regard, even the best “guesstimate” will<br />
likely fall far short of properly feeding the<br />
soil- and thus will also rob the plant of its<br />
full potential - to grow the best yields and<br />
highest nutrition from the proper inputs.<br />
So the question then becomes what is the<br />
18 <strong>Organic</strong> <strong>Farmer</strong> <strong>February</strong>/<strong>March</strong> <strong>2020</strong>