[Music]
let’s talk about the future of the
agricultural production of the production of
food let’s talk about those
foods that are very important for
those important food chains do not
I want to say that it is this fresh melon
that flotilla that was cultivated very close
of your houses or the restaurant
where they went to eat is not important
is extremely important but today I
would like to talk about those foods
that are produced extensively in
large haciendas because they are the
foundation of these food chains
that feed many people for example
soy as a vegetable protein
that feeds pigs and these are the
animal protein that feeds the great
huge amount of millions of Chinese by
example or corn that is fundamental
for the food chain that generates the
meat the beef that is produced
on a large scale and talking about feeding
which of you put something in your mouth
today to feed themselves lift the
hand
well few diets do not
and I would like to know also another
very simple question and wants you
they saw have seen the last two three
months a newborn baby
several of you had little
I had few and if I had mouth it is not true
what I want to say is that we
we have a population that demands
food and day and will demand a lot
food because this population is
growing up let’s see an estimates
between 9 and 10 million people in the
year 2030 2050 good 2018 are 30 years
until then but the evolution of the
agriculture production
food moves very slowly so much
for a cultural theme
where the farmers the producers
are somehow slow to adopt
technologies want to see the results and
also for the year-to-year cycle where
the things we do today are not
we can try and see what they have
result until next year
and that has brought many concerns
governments no organizations
large government companies are
all worried there will be enough
earth is in imdb we will exterminate the
natural resources
let’s continue destining to the jungle
amazonian and great concerns but
I want to put ourselves today and invite them
to put ourselves in the shoes of the producer
from whom the individual who chose
produce food to earn the day
and that person also has many
concerns what is the variety that
planted what are the procedures that
I have to use to grow that
food idea have people that are going
to help to do all these tasks
What is happening in the field ?
those people who keep leaving the city
from the countryside yes to the city
and there we have our
producers with many doubts
today I want to bring you an optimistic message
because we have great advances
technological and some other factors of
which I’m going to talk to us
suggest that the production of
food although it is not insured but
we’re going to have
food good diversity food that
is going to feed us that those 2
millions of people who will be born of
that until 2050 then let’s see
what are those are three areas
main ones we’re going to talk about
today
the first
it’s genetics
but after having seen the talks
today I would have to have a lot
courage
I should have or be ashamed to
to be able to talk about genetics with
medical researchers with
biologists who have given us talks
fantastic today so let ‘s just
say that genetics has produced every
time varieties of the most important
crops with higher and higher productivity
throughout the cycle so we’ve seen
there is a linear growth in almost all
our cultures the crops another
where I can give you a little more is
mechanization and let’s talk
just from machines every day more auto
automatic each day more effective is each
most productive day
but another wave that is really
impacting agriculture is the
digitization in other words we have
all the connectivity that from the
many other climate machines
elements in the field are carrying that
real world that physical world to a world
digital and for example when we
we interpret
mechanization with digitization
we enter an area that agriculture
it’s called precision farming that in
reality is quite simple it is about
put the correct input with the quantity
correct at the right time in the
right place and in the right way
It seems simple but this is a field of
technology development of the
agriculture that continues to improve
continues to move forward but there is still
much to do for example we
we see in that photo that the seeds are
planted at a distance
agronomically optimal
to maximize the productivity of that
harvest but at the same time where it
they cross the lines we do not have seeds
duplicates so we can save
also in the costs of seeds that
because of genetics are becoming more expensive
but at the same time with greater
potential
in the chemical application part and
of fertilizer these even more
important because so far in the
most of the haciendas the method that
it is used is a brute force method
where we have wide machines that go
applying similar amounts but that
is an approach that would be very similar to
what if in the city of san jose de costa
rich we had some pockets of
disease and we gave them antibiotics to
all of you all too
we already heard the problem of
resistance we have heard the problem
of antibiotic overuse so
here we have a lot to do, leave me
show you two examples of technologies
that are making this mechanization
and this digitization
come together to reduce the amount of
inputs that we are throwing at the
farming
and inputs that when they’re good
applied are not pictures that for this
they look like pictures this seems really
an illustration but it’s just the
use of the autopilot you are going to
see there that are each of the
planted very well and even the
traces of gps hair machines
that follow the traces of
guided by gps
that is a technology that is already
many years but others are coming
interesting still
when we take the ability to
artificial intelligence neural networks
deep and machine learning and
We bring them from laboratories and
we integrate into a machine that is capable
to detect a weed of a plant
these systems go through a lot of
training we show you these
machines a lot of photos of weeds and
lots of photos of plants and finally
has the ability to discriminate between
over and over then in this case this
machine takes the identification of the
plant and if it is weed castilla a
trickle
of chemical to only get rid of
the weeds and the rest of the crop no longer
has more that application the savings is from
more than 90 percent of the input but
more important and I think we’re not
placing more chemicals than
you really need to produce with
quality
technology
that is coming out of the labs and
of applications in the city in the
industry in finance and they are
coming up with very simple solutions for
help that producer to talk to them
to apply the chemical exactly
where it has to be applied and no more than
what has to be applied
the last talk of the previous section
he talked about robotics
This machine is not a machine that is
agricultural is a robotic machine that
cut the grass in residences and I’ll go
to take for a small detour because in
actually let’s go back to agriculture
in a moment but for those who
we participate in this project to take
technologies put them into a product that
It was sold as a preheating
as just before a football match
super important that people warm up
a little bit good that’s what we did
here and of course it also has a
important value proposition saves you
time to people to acquire them
can go to play soccer with the children
they can not go play in
motorcycle or also so that man
have time to have a drink
came with the wife and do what comes
after that they remember the first
friendly talk or something like that
well let’s go back to the game
main here we have a prototype of
one of the big companies of
manufacture of agricultural machines that
is showing how we are going to help you
producer to compensate for that lack of
labor and to make work
in the field be done with some more
precision
and for those who are worried about the
meat we talk about the meat all this of
precision agriculture the
digitization mechanization not
only applies to the production of
crops also the livestock is
going through a revolution where instead
to work with a flock of hundreds of
heads and apply the same diets
food and the same antibiotics as
we listen before now we are trying
each of them thanks to having
sensors in animals
places where we can think them day to
day and understand what is happening with each
one of them so that we can have
just animal after animal health
and genetic mechanization digitalization
are making the production of
food continues to grow but I want
take them to a map to show them
where is the next border
of exponential growth of the
agriculture and that’s where we are
stopped today the tropics
and because in the tropics because the
tropics we have the intensity
solar that allows the growth of
plants photosynthesis occurs at
throughout the year
and it’s Latin America where that miracle and
that growth is happening now in
Africa is going to happen but Africa are
decades behind and other places like
for example india suffer everything and still
from spraying the property
agricultural product of agrarian reforms
then we can count on how much in
Latin America
and why is it because the
in temperate climates we have
a crop a soybean crop or a
culture of the country that will occupy between
40 or 60 percent of the time of the year and
the rest of the time that land and remains
stop
but in tropical climates we can
use a soybean crop after one
of corn using more than 80% of the
time that fertile land or even
we can plant with the most techniques
modern grass together with corn and
then we can take degrees and so the
land benefits not only from
production in more than 90% but that
besides that of the benefit of the
crop rotation that is very healthy and
the interaction between livestock and
meadow that increases the health of the soil
but that also brings complexity and
you here are watching a scenario
that has many machines trying to
harvest that grain that is
dry enough but at the same
time has to plant immediately
on a floor that I hope is
sufficiently moist for the
germination this is usually more
beyond the reach of most of the
producers is very complex but together
with the challenge is also the
opportunity and there is help and an example
I’m going to give you in Brazil in trapa
together with a network of private companies and
also other government agencies to
develop a promotion justly
to motivate the use of techniques
tropical farming that
integrates forestry forests crops and
animals and this is already covering more than
11 million hectares in Brazil and more
still if we count the countries that are
surrounding so there is hope and
support for the producer
and there is another factor that I would like
highlight
all our children the new generation
comes with an adoption of the
digital technology and that factor of which
I was speaking at the beginning that
producers are very reluctant to adopt
technologies I’m confident that this
is a turning point because the
new generations of producers are going to
come asking for new technology
and how will this technology come from
where does our countries come from?
Latin America as we have seen it and
is east of c’s are seething with
creativity are seething with
innovation the universities are
creating a lot of knowledge there
ecosystems of companies that are
growing startups and everything makes it
possible that we bring technologies by
very complex examples like
artificial intelligence to very solutions
simple to help that producer
I’ve been working in Brazil for five years
to innovate in Latin America in the
agribusiness
with researchers in the field and with
clients in the field to understand how
we are going to bring the best technologies
developed around the world to
apply them and continue in this in this
way to increase the production of the
tropical agriculture
I would like to invite you all
you who are investors by
example that consider agriculture
as a source of future returns
the academics who are working for
example in new technologies of
artificial intelligence to see if there is
applications in the agriculture
for those of you who are
potential future producers that
interesting there is a lot of land still
work so with that I leave you with the
next invitation let’s work
all together we will bring the best that
we have we will continue to develop that
tropical agriculture and together we are going to
feed the world that exists today and the
2 million additional that come on
2050 thank you very much
[Applause]
[Music]
let’s talk about the future of the
agricultural production of the production of
food let’s talk about those
foods that are very important for
those important food chains do not
I want to say that it is this fresh melon
that flotilla that was cultivated very close
of your houses or the restaurant
where they went to eat is not important
is extremely important but today I
would like to talk about those foods
that are produced extensively in
large haciendas because they are the
foundation of these food chains
that feed many people for example
soy as a vegetable protein
that feeds pigs and these are the
animal protein that feeds the great
huge amount of millions of Chinese by
example or corn that is fundamental
for the food chain that generates the
meat the beef that is produced
on a large scale and talking about feeding
which of you put something in your mouth
today to feed themselves lift the
hand
well few diets do not
and I would like to know also another
very simple question and wants you
they saw have seen the last two three
months a newborn baby
several of you had little
I had few and if I had mouth it is not true
what I want to say is that we
we have a population that demands
food and day and will demand a lot
food because this population is
growing up let’s see an estimates
between 9 and 10 million people in the
year 2030 2050 good 2018 are 30 years
until then but the evolution of the
agriculture production
food moves very slowly so much
for a cultural theme
where the farmers the producers
are somehow slow to adopt
technologies want to see the results and
also for the year-to-year cycle where
the things we do today are not
we can try and see what they have
result until next year
and that has brought many concerns
governments no organizations
large government companies are
all worried there will be enough
earth is in imdb we will exterminate the
natural resources
let’s continue destining to the jungle
amazonian and great concerns but
I want to put ourselves today and invite them
to put ourselves in the shoes of the producer
from whom the individual who chose
produce food to earn the day
and that person also has many
concerns what is the variety that
planted what are the procedures that
I have to use to grow that
food idea have people that are going
to help to do all these tasks
What is happening in the field ?
those people who keep leaving the city
from the countryside yes to the city
and there we have our
producers with many doubts
today I want to bring you an optimistic message
because we have great advances
technological and some other factors of
which I’m going to talk to us
suggest that the production of
food although it is not insured but
we’re going to have
food good diversity food that
is going to feed us that those 2
millions of people who will be born of
that until 2050 then let’s see
what are those are three areas
main ones we’re going to talk about
today
the first
it’s genetics
but after having seen the talks
today I would have to have a lot
courage
I should have or be ashamed to
to be able to talk about genetics with
medical researchers with
biologists who have given us talks
fantastic today so let ‘s just
say that genetics has produced every
time varieties of the most important
crops with higher and higher productivity
throughout the cycle so we’ve seen
there is a linear growth in almost all
our cultures the crops another
where I can give you a little more is
mechanization and let’s talk
just from machines every day more auto
automatic each day more effective is each
most productive day
but another wave that is really
impacting agriculture is the
digitization in other words we have
all the connectivity that from the
many other climate machines
elements in the field are carrying that
real world that physical world to a world
digital and for example when we
we interpret
mechanization with digitization
we enter an area that agriculture
it’s called precision farming that in
reality is quite simple it is about
put the correct input with the quantity
correct at the right time in the
right place and in the right way
It seems simple but this is a field of
technology development of the
agriculture that continues to improve
continues to move forward but there is still
much to do for example we
we see in that photo that the seeds are
planted at a distance
agronomically optimal
to maximize the productivity of that
harvest but at the same time where it
they cross the lines we do not have seeds
duplicates so we can save
also in the costs of seeds that
because of genetics are becoming more expensive
but at the same time with greater
potential
in the chemical application part and
of fertilizer these even more
important because so far in the
most of the haciendas the method that
it is used is a brute force method
where we have wide machines that go
applying similar amounts but that
is an approach that would be very similar to
what if in the city of san jose de costa
rich we had some pockets of
disease and we gave them antibiotics to
all of you all too
we already heard the problem of
resistance we have heard the problem
of antibiotic overuse so
here we have a lot to do, leave me
show you two examples of technologies
that are making this mechanization
and this digitization
come together to reduce the amount of
inputs that we are throwing at the
farming
and inputs that when they’re good
applied are not pictures that for this
they look like pictures this seems really
an illustration but it’s just the
use of the autopilot you are going to
see there that are each of the
planted very well and even the
traces of gps hair machines
that follow the traces of
guided by gps
that is a technology that is already
many years but others are coming
interesting still
when we take the ability to
artificial intelligence neural networks
deep and machine learning and
We bring them from laboratories and
we integrate into a machine that is capable
to detect a weed of a plant
these systems go through a lot of
training we show you these
machines a lot of photos of weeds and
lots of photos of plants and finally
has the ability to discriminate between
over and over then in this case this
machine takes the identification of the
plant and if it is weed castilla a
trickle
of chemical to only get rid of
the weeds and the rest of the crop no longer
has more that application the savings is from
more than 90 percent of the input but
more important and I think we’re not
placing more chemicals than
you really need to produce with
quality
technology
that is coming out of the labs and
of applications in the city in the
industry in finance and they are
coming up with very simple solutions for
help that producer to talk to them
to apply the chemical exactly
where it has to be applied and no more than
what has to be applied
the last talk of the previous section
he talked about robotics
This machine is not a machine that is
agricultural is a robotic machine that
cut the grass in residences and I’ll go
to take for a small detour because in
actually let’s go back to agriculture
in a moment but for those who
we participate in this project to take
technologies put them into a product that
It was sold as a preheating
as just before a football match
super important that people warm up
a little bit good that’s what we did
here and of course it also has a
important value proposition saves you
time to people to acquire them
can go to play soccer with the children
they can not go play in
motorcycle or also so that man
have time to have a drink
came with the wife and do what comes
after that they remember the first
friendly talk or something like that
well let’s go back to the game
main here we have a prototype of
one of the big companies of
manufacture of agricultural machines that
is showing how we are going to help you
producer to compensate for that lack of
labor and to make work
in the field be done with some more
precision
and for those who are worried about the
meat we talk about the meat all this of
precision agriculture the
digitization mechanization not
only applies to the production of
crops also the livestock is
going through a revolution where instead
to work with a flock of hundreds of
heads and apply the same diets
food and the same antibiotics as
we listen before now we are trying
each of them thanks to having
sensors in animals
places where we can think them day to
day and understand what is happening with each
one of them so that we can have
just animal after animal health
and genetic mechanization digitalization
are making the production of
food continues to grow but I want
take them to a map to show them
where is the next border
of exponential growth of the
agriculture and that’s where we are
stopped today the tropics
and because in the tropics because the
tropics we have the intensity
solar that allows the growth of
plants photosynthesis occurs at
throughout the year
and it’s Latin America where that miracle and
that growth is happening now in
Africa is going to happen but Africa are
decades behind and other places like
for example india suffer everything and still
from spraying the property
agricultural product of agrarian reforms
then we can count on how much in
Latin America
and why is it because the
in temperate climates we have
a crop a soybean crop or a
culture of the country that will occupy between
40 or 60 percent of the time of the year and
the rest of the time that land and remains
stop
but in tropical climates we can
use a soybean crop after one
of corn using more than 80% of the
time that fertile land or even
we can plant with the most techniques
modern grass together with corn and
then we can take degrees and so the
land benefits not only from
production in more than 90% but that
besides that of the benefit of the
crop rotation that is very healthy and
the interaction between livestock and
meadow that increases the health of the soil
but that also brings complexity and
you here are watching a scenario
that has many machines trying to
harvest that grain that is
dry enough but at the same
time has to plant immediately
on a floor that I hope is
sufficiently moist for the
germination this is usually more
beyond the reach of most of the
producers is very complex but together
with the challenge is also the
opportunity and there is help and an example
I’m going to give you in Brazil in trapa
together with a network of private companies and
also other government agencies to
develop a promotion justly
to motivate the use of techniques
tropical farming that
integrates forestry forests crops and
animals and this is already covering more than
11 million hectares in Brazil and more
still if we count the countries that are
surrounding so there is hope and
support for the producer
and there is another factor that I would like
highlight
all our children the new generation
comes with an adoption of the
digital technology and that factor of which
I was speaking at the beginning that
producers are very reluctant to adopt
technologies I’m confident that this
is a turning point because the
new generations of producers are going to
come asking for new technology
and how will this technology come from
where does our countries come from?
Latin America as we have seen it and
is east of c’s are seething with
creativity are seething with
innovation the universities are
creating a lot of knowledge there
ecosystems of companies that are
growing startups and everything makes it
possible that we bring technologies by
very complex examples like
artificial intelligence to very solutions
simple to help that producer
I’ve been working in Brazil for five years
to innovate in Latin America in the
agribusiness
with researchers in the field and with
clients in the field to understand how
we are going to bring the best technologies
developed around the world to
apply them and continue in this in this
way to increase the production of the
tropical agriculture
I would like to invite you all
you who are investors by
example that consider agriculture
as a source of future returns
the academics who are working for
example in new technologies of
artificial intelligence to see if there is
applications in the agriculture
for those of you who are
potential future producers that
interesting there is a lot of land still
work so with that I leave you with the
next invitation let’s work
all together we will bring the best that
we have we will continue to develop that
tropical agriculture and together we are going to
feed the world that exists today and the
2 million additional that come on
2050 thank you very much
[Applause]
[Music]
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