Jadam organic Farming & Gardening : The Way to Ultra-Low-Cost Agriculture, Make All-Natural Fertilizer, Pesticide and Microorganism Inputs Yourself

cultivate them in the
same environment as the crops! 
We are blinded by technology so we choose to walk in zigzags. We try to
walk straight but there are so many pseudo-sciences out there to confuse us.
Nobody is speaking for the farmers. True organic farming is about returning to
nature and seeking answers from nature. Let us build a new system of farming
based on nature’s system. ere are truths we can readily utilize. ere are
truths about microorganisms, truths about liquid fertilizers, and truths about
agriculture. It is often our current, so-called knowledge and none other that
hinders us from reaching our goal. Our vision prevents us from seeing. When
ULC영어본문.qxp_레이아웃 1 2016. 2. 19. 오후 6:40 페이지 145

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JADAM Organic Farming 
you make liquid fertilizers or culture microorganisms, always remember to look
at the process from a 
nutritional perspective. 
We learn that psychrotrophs are bad, thermophiles are good, anaerobic is
bad, aerobic is good, etc. e conclusion? So you must buy machines to control
the conditions. at is a complete rubbish; and an expensive one too. Crops
that love low-temperature can get help from low-temperature loving microor-
ganisms. If the crops like hot climate, provide them with microorganisms cul-
tured in hot conditions. is principle makes things so easy: just grow your
microorganisms where your crops grow. Prepare your liquid fertilizers so that
they stand in the same place as the crops. 
Make your microorganism solution and liquid fertilizers at ambient temper-
ature. Don’t bother heating. For ield crops make them outdoors; for protected
crops make them in the greenhouse. Free yourself from the restrictions of tem-
perature. Your old rubber drums, bins and all sorts of containers will turn into
valuable tools for making your inputs. It is interesting to note that when you
culture microorganisms at low temperature then the bubbles that appear on the
liquid surface will be much tinier. is is nothing to worry about as this hap-
pens because the psychrotrophiles are much smaller than thermophiles. Just like
size difference exists in the animal kingdom – like an elephant and an ant – so
too does it in the world of microorganisms. 
Now we have an answer to temperature problem for liquid fertilizers too.