my topic will be about what humans know only 0.01% out of 100 our company and
only 0.01% out of 100 our company and
only 0.01% out of 100 our company and our team we do business in agriculture
our team we do business in agriculture
our team we do business in agriculture we do research in microbiology and we
we do research in microbiology and we
we do research in microbiology and we are investigating microorganisms and I
are investigating microorganisms and I
are investigating microorganisms and I have a question for you do you know how
have a question for you do you know how
have a question for you do you know how many percent of your body
many percent of your body
many percent of your body there are bacterias try to imagine well
there are bacterias try to imagine well
there are bacterias try to imagine well ten percent of all the bodies are a
ten percent of all the bodies are a
ten percent of all the bodies are a bacteria so another question do you know
bacteria so another question do you know
bacteria so another question do you know how many percent are good microbes and
how many percent are good microbes and
how many percent are good microbes and how many bad ones out of 100 percent
how many bad ones out of 100 percent
how many bad ones out of 100 percent well the answer is 95% of all micro
well the answer is 95% of all micro
well the answer is 95% of all micro organisms are good ones but we remember
organisms are good ones but we remember
organisms are good ones but we remember about them when we have some problems
about them when we have some problems
about them when we have some problems but the reality is like this even this
but the reality is like this even this
but the reality is like this even this picture is from our lab where specific
picture is from our lab where specific
picture is from our lab where specific microbes are fighting with each other
microbes are fighting with each other
microbes are fighting with each other and greed one is winning that fight in
and greed one is winning that fight in
and greed one is winning that fight in 2015 United Nations made this year
2015 United Nations made this year
2015 United Nations made this year International Year of soil because we
International Year of soil because we
International Year of soil because we have to think about the future about our
have to think about the future about our
have to think about the future about our land and what we will leave for our
land and what we will leave for our
land and what we will leave for our children well even these big components
children well even these big components
children well even these big components are thinking about the farming and as
are thinking about the farming and as
are thinking about the farming and as you see there is only a small piece of
you see there is only a small piece of
you see there is only a small piece of all Earth’s what we have for farming and
all Earth’s what we have for farming and
all Earth’s what we have for farming and somehow we have to feed them and it
somehow we have to feed them and it
somehow we have to feed them and it takes for nature 1,000 years to build
takes for nature 1,000 years to build
takes for nature 1,000 years to build from 2.5 to 5 centimeters of topsoil and
from 2.5 to 5 centimeters of topsoil and
from 2.5 to 5 centimeters of topsoil and with intensive farming and what we don’t
with intensive farming and what we don’t
with intensive farming and what we don’t care about the land it takes 30 years to
care about the land it takes 30 years to
care about the land it takes 30 years to destroy it what I mean intensive farming
destroy it what I mean intensive farming
destroy it what I mean intensive farming farmers are using fertilizers like macro
farmers are using fertilizers like macro
farmers are using fertilizers like macro micro elements nitrogen phosphorus
micro elements nitrogen phosphorus
micro elements nitrogen phosphorus potassium
potassium
potassium which is needed for acceleration of the
which is needed for acceleration of the
which is needed for acceleration of the growth of the plant as well crop
growth of the plant as well crop
growth of the plant as well crop protection chemicals to avoid plants
protection chemicals to avoid plants
protection chemicals to avoid plants from unwanted other plants weeds insects
from unwanted other plants weeds insects
from unwanted other plants weeds insects diseases so we put everything in our
diseases so we put everything in our
diseases so we put everything in our land and this how the global market
land and this how the global market
land and this how the global market looks like and what is the situation now
looks like and what is the situation now
looks like and what is the situation now on our for our ears so this is how our
on our for our ears so this is how our
on our for our ears so this is how our land
land
land looks like the greatest oil very
looks like the greatest oil very
looks like the greatest oil very decorated soil and we have only that
decorated soil and we have only that
decorated soil and we have only that piece with stable soil
according some studies there are 60
according some studies there are 60 years left for the topsoil and by 2050
years left for the topsoil and by 2050
years left for the topsoil and by 2050 we’ll need to feed more than 9 billion
we’ll need to feed more than 9 billion
we’ll need to feed more than 9 billion people with such small piece of land and
people with such small piece of land and
people with such small piece of land and for one kilogram of meat we need six
for one kilogram of meat we need six
for one kilogram of meat we need six kilogram of food grains so we will need
kilogram of food grains so we will need
kilogram of food grains so we will need to produce more grains just to feed all
to produce more grains just to feed all
to produce more grains just to feed all the human so what shall we do are we
the human so what shall we do are we
the human so what shall we do are we going to do more intensive farming but
going to do more intensive farming but
going to do more intensive farming but according the United Nations there are
according the United Nations there are
according the United Nations there are several ways one is biodiversity it
several ways one is biodiversity it
several ways one is biodiversity it means that we have to change where it is
means that we have to change where it is
means that we have to change where it is we have to have rarity of grains
we have to have rarity of grains
we have to have rarity of grains changing the plants even animal breeds
changing the plants even animal breeds
changing the plants even animal breeds as well sustainable farming that we need
as well sustainable farming that we need
as well sustainable farming that we need to think how we do our farming water
to think how we do our farming water
to think how we do our farming water drain systems we have so much water
drain systems we have so much water
drain systems we have so much water coming from the rain but we do not
coming from the rain but we do not
coming from the rain but we do not collect it and use it for the farming
collect it and use it for the farming
collect it and use it for the farming and of course restoring microflora so
and of course restoring microflora so
and of course restoring microflora so all these organisms which are living in
all these organisms which are living in
all these organisms which are living in soil our teams way is microbiology so we
soil our teams way is microbiology so we
soil our teams way is microbiology so we do research in microbiology in
do research in microbiology in
do research in microbiology in microorganism and I
microorganism and I
microorganism and I like a little bit to describe what is
like a little bit to describe what is
like a little bit to describe what is needed for the plant what kind of
needed for the plant what kind of
needed for the plant what kind of elements nitrogen is needed for to have
elements nitrogen is needed for to have
elements nitrogen is needed for to have more green leaves bigger acceleration of
more green leaves bigger acceleration of
more green leaves bigger acceleration of photosynthesis then another important
photosynthesis then another important
photosynthesis then another important element is phosphorus which is good to
element is phosphorus which is good to
element is phosphorus which is good to have huge roots potassium which health
have huge roots potassium which health
have huge roots potassium which health plan to be more stable healthy and to
plan to be more stable healthy and to
plan to be more stable healthy and to produce more blossoms and fruits but the
produce more blossoms and fruits but the
produce more blossoms and fruits but the funny thing is that we have 1,200 tonnes
funny thing is that we have 1,200 tonnes
funny thing is that we have 1,200 tonnes hanging in the air on one hectare of
hanging in the air on one hectare of
hanging in the air on one hectare of soil but their plans cannot take it due
soil but their plans cannot take it due
soil but their plans cannot take it due to specific composition of this nitrogen
to specific composition of this nitrogen
to specific composition of this nitrogen phosphorus is produced from phosphoric
phosphorus is produced from phosphoric
phosphorus is produced from phosphoric rock and it’s not renewable and we will
rock and it’s not renewable and we will
rock and it’s not renewable and we will have it according different studies from
have it according different studies from
have it according different studies from 80 to 100 years then potassium is partly
80 to 100 years then potassium is partly
80 to 100 years then potassium is partly on biology poly where several companies
on biology poly where several companies
on biology poly where several companies and countries control that business so
and countries control that business so
and countries control that business so what to do other ways microorganisms
what to do other ways microorganisms
what to do other ways microorganisms again one more question do you know how
again one more question do you know how
again one more question do you know how many organisms are in one spoon with the
many organisms are in one spoon with the
many organisms are in one spoon with the soil try to calculate in your mind how
soil try to calculate in your mind how
soil try to calculate in your mind how many quantities are in such spoon so at
many quantities are in such spoon so at
many quantities are in such spoon so at that tiny spoon with the soil we have
that tiny spoon with the soil we have
that tiny spoon with the soil we have more microorganisms that are living
more microorganisms that are living
more microorganisms that are living people on the earth another question
people on the earth another question
people on the earth another question please imagine how many organs are
please imagine how many organs are
please imagine how many organs are invisible so we cannot see with their
invisible so we cannot see with their
invisible so we cannot see with their eyes
sixty six percent of all living
sixty six percent of all living organisms are invisible and the truth is
organisms are invisible and the truth is
organisms are invisible and the truth is that science knows only 0.01% of all
that science knows only 0.01% of all
that science knows only 0.01% of all available microbes and microorganisms in
available microbes and microorganisms in
available microbes and microorganisms in the world so there is still a lot to do
the world so there is still a lot to do
the world so there is still a lot to do for our scientist and to explore it play
for our scientist and to explore it play
for our scientist and to explore it play do not get by themselves all these
do not get by themselves all these
do not get by themselves all these elements that are specific bacterias
elements that are specific bacterias
elements that are specific bacterias like nitrogen-fixing bacteria which can
like nitrogen-fixing bacteria which can
like nitrogen-fixing bacteria which can fix about 50 kilograms of nitrogen from
fix about 50 kilograms of nitrogen from
fix about 50 kilograms of nitrogen from the atmosphere in one hectare of soil
the atmosphere in one hectare of soil
the atmosphere in one hectare of soil and and it could be available for the
and and it could be available for the
and and it could be available for the plant another bacterial phosphorus so
plant another bacterial phosphorus so
plant another bacterial phosphorus so localized in bacteria it can solubilize
localized in bacteria it can solubilize
localized in bacteria it can solubilize 50 kilograms of fixed phosphorus and
50 kilograms of fixed phosphorus and
50 kilograms of fixed phosphorus and make it available again for one hectare
make it available again for one hectare
make it available again for one hectare of soil potassium potassium bacteria can
of soil potassium potassium bacteria can
of soil potassium potassium bacteria can mobilize potassium and make it again
mobilize potassium and make it again
mobilize potassium and make it again available in the soil so we can do a lot
available in the soil so we can do a lot
available in the soil so we can do a lot with microorganisms microflora
with microorganisms microflora
with microorganisms microflora just we need to take care about them and
just we need to take care about them and
just we need to take care about them and to give food as I’m here in Lithuania so
to give food as I’m here in Lithuania so
to give food as I’m here in Lithuania so what is the situation in Lithuania in
what is the situation in Lithuania in
what is the situation in Lithuania in agribusiness so we have no draughts we
agribusiness so we have no draughts we
agribusiness so we have no draughts we have plenty of water
have plenty of water
have plenty of water nice lakes nice rivers what we can use
nice lakes nice rivers what we can use
nice lakes nice rivers what we can use this water for farming comparing with
this water for farming comparing with
this water for farming comparing with other countries we have huge plots of
other countries we have huge plots of
other countries we have huge plots of lands what a meal during the Soviet
lands what a meal during the Soviet
lands what a meal during the Soviet Union and collectivization process which
Union and collectivization process which
Union and collectivization process which was sad period for us it was made and
was sad period for us it was made and
was sad period for us it was made and built big plots of lands and after
built big plots of lands and after
built big plots of lands and after independence our farmers can use huge
independence our farmers can use huge
independence our farmers can use huge equipment huge combines and do the
equipment huge combines and do the
equipment huge combines and do the farming more efficiently comparing with
farming more efficiently comparing with
farming more efficiently comparing with other Western Europe country we do
other Western Europe country we do
other Western Europe country we do investments in agriculture we buy new
investments in agriculture we buy new
investments in agriculture we buy new technologies new equipment like combines
technologies new equipment like combines
technologies new equipment like combines tractors so we have everything we just
tractors so we have everything we just
tractors so we have everything we just need to continue and think what we are
need to continue and think what we are
need to continue and think what we are doing with our land and doing farming
doing with our land and doing farming
doing with our land and doing farming more sustainable and the last one what
more sustainable and the last one what
more sustainable and the last one what kind of land we would like to leave for
kind of land we would like to leave for
kind of land we would like to leave for our future it’s a question for you to
our future it’s a question for you to
our future it’s a question for you to think and thank you so much
”
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