How can bio-fertilizers help in plant growth?

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BIO FERTILIZER
PRODUCTS
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About Us
Impello Biosciences was founded on a simple
premise biostimulants make agriculture better
for everyone. Our integrated solutions, ranging
from microorganisms to other biological
fertilizers, help farmers everywhere increase
the quality and yield of every harvest. Impello
addresses tough agricultural challenges with
next-generation biotechnology to support a
better, healthier, and more sustainable planet.
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HOW CAN BIO- FERTILIZERS HELP IN PLANT
GROWTH?
In current days, strategies of soil management
primarily depend on inorganic chemical
fertilizers that can cause threats to the
environment as well as human health. The
exploitation of some bene?cial microbes in the
form of bio-fertilizers has now become an
important aspect in agriculture as they play
vital roles in sustainable production of crops
and food safety. The eco-friendly approaches of
bio fertilizer products can lead to improved
uptake of nutrients, plant tolerance and plant
growth. This blog emphasizes how bio-fertilizers
can help in plant growth.
PHOSPHOROUS MINERALISATION AND SOLUBILISATION
One of the important plant nutrients that
indirectly or directly affect every bi- ological
process is Phosphorus. For example, Phosphorus
plays an important role in every metabolic
process, such as signal transduction, energy
transfer, respiration and molecule biosynthesis.
A small amount of Phosphorus is avail- able in
soil, in both organic and inorganic forms.
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HOW CAN BIO- FERTILIZERS HELP IN PLANT
GROWTH?
However, as they remain in insoluble or occluded
forms and for this reason, plants cant intake
them. In this regard, soil microbes can convert
insoluble phosphorus in soil into speci?c forms
that plants can uptake through differ- ent
mineralisation and solubilisation mechanisms.
NITROGEN FIXATION
Nitrogen is an essential element of amino acids,
chlorophyll, ATP, nucleic acids and others.
However, plants cannot intake this component,
unless and until it becomes available through
the process of BNF or Biological N2-?xa- tion.
This procedure is an energy-intensive technique
through which enzyme nitrogenase can convert
atmospheric N2 to NH3 (Ammonia). It is available
for assimilation by microbes and plants.
Nitrogenases are available in small groups of
microorganisms, named diazotrophs. They include
archea, free-liv- ing bacteria, and symbiotic
bacteria. In agriculture, one of the most
effective symbiotic N2-?xing organisms is
rhizobia.
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• 720 772.9767.
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