welcome report Algie and escape for some of you it
Algie and escape for some of you it
Algie and escape for some of you it might be not very obvious why what is
might be not very obvious why what is
might be not very obvious why what is the connection here so let me take you
the connection here so let me take you
the connection here so let me take you to a world and explain to you and stitch
to a world and explain to you and stitch
to a world and explain to you and stitch together a picture of the most important
together a picture of the most important
together a picture of the most important small organisms on this planet if we
small organisms on this planet if we
small organisms on this planet if we start with migration if you think about
start with migration if you think about
start with migration if you think about migration always mankind was always
migration always mankind was always
migration always mankind was always moving throughout the planet it started
moving throughout the planet it started
moving throughout the planet it started with the movement out of Africa then it
with the movement out of Africa then it
with the movement out of Africa then it expanded to northern America but also
expanded to northern America but also
expanded to northern America but also within Europe always we have a history
within Europe always we have a history
within Europe always we have a history of earth movement which extended until
of earth movement which extended until
of earth movement which extended until nowadays and this movement always needs
nowadays and this movement always needs
nowadays and this movement always needs energy so I don’t know whether ever you
energy so I don’t know whether ever you
energy so I don’t know whether ever you have thought about where this energy is
have thought about where this energy is
have thought about where this energy is coming from energy for muscles energy
coming from energy for muscles energy
coming from energy for muscles energy for animals energy also for vehicles and
for animals energy also for vehicles and
for animals energy also for vehicles and airplanes but where is it coming from
airplanes but where is it coming from
airplanes but where is it coming from and if you think about it you will see
and if you think about it you will see
and if you think about it you will see it all comes from solar energy so I call
it all comes from solar energy so I call
it all comes from solar energy so I call it the canned solar energy because what
it the canned solar energy because what
it the canned solar energy because what happens humans were moving so they
happens humans were moving so they
happens humans were moving so they wanted to take the energy along they
wanted to take the energy along they
wanted to take the energy along they needed to can it so it could be the
needed to can it so it could be the
needed to can it so it could be the seeds the grains from early days down to
seeds the grains from early days down to
seeds the grains from early days down to fossil fuels nowadays and all of it has
fossil fuels nowadays and all of it has
fossil fuels nowadays and all of it has its origins in the solar energy I’m not
its origins in the solar energy I’m not
its origins in the solar energy I’m not going to talk about aliens today the
going to talk about aliens today the
going to talk about aliens today the time is limited but also I could maybe
time is limited but also I could maybe
time is limited but also I could maybe explain why the aliens are green so
explain why the aliens are green so
explain why the aliens are green so maybe later on we can talk about this in
maybe later on we can talk about this in
maybe later on we can talk about this in the coffee break so the beginning what
the coffee break so the beginning what
the coffee break so the beginning what how what is this how was it possible
how what is this how was it possible
how what is this how was it possible that we on the planet are able to use
that we on the planet are able to use
that we on the planet are able to use the stored solar energy so it all
the stored solar energy so it all
the stored solar energy so it all started millions of years ago with the
started millions of years ago with the
started millions of years ago with the first green organisms which by mutation
first green organisms which by mutation
first green organisms which by mutation developed a possibility to store the
developed a possibility to store the
developed a possibility to store the solar energy and to build up biomass by
solar energy and to build up biomass by
solar energy and to build up biomass by accident of course unfortunately they
accident of course unfortunately they
accident of course unfortunately they also build up oxygen and oxygen that
also build up oxygen and oxygen that
also build up oxygen and oxygen that time was very toxic so most of the
time was very toxic so most of the
time was very toxic so most of the organisms died again but some survived
organisms died again but some survived
organisms died again but some survived and continued to produce oxygen which
and continued to produce oxygen which
and continued to produce oxygen which then produced the atmosphere we have by
then produced the atmosphere we have by
then produced the atmosphere we have by this energy which was available
this energy which was available
this energy which was available all of a sudden bigger organisms could
all of a sudden bigger organisms could
all of a sudden bigger organisms could could develop and the first
could develop and the first
could develop and the first collaboration between green and long
collaboration between green and long
collaboration between green and long green organisms start
green organisms start
green organisms start so collaboration is something nature was
so collaboration is something nature was
so collaboration is something nature was using over and over again in order to
using over and over again in order to
using over and over again in order to enhance development and evolution on
enhance development and evolution on
enhance development and evolution on this planet so what happened some of the
this planet so what happened some of the
this planet so what happened some of the small non green organisms kind of went
small non green organisms kind of went
small non green organisms kind of went into an symbiosis with the green
into an symbiosis with the green
into an symbiosis with the green organisms and used the carbohydrates or
organisms and used the carbohydrates or
organisms and used the carbohydrates or the energy the stored energy which the
the energy the stored energy which the
the energy the stored energy which the green organisms could store and used it
green organisms could store and used it
green organisms could store and used it for energy energy consumption so from
for energy energy consumption so from
for energy energy consumption so from this the first land plants developed
this the first land plants developed
this the first land plants developed which means that more or less the car
which means that more or less the car
which means that more or less the car plants which are making the plants green
plants which are making the plants green
plants which are making the plants green nowadays are ancient algae which have
nowadays are ancient algae which have
nowadays are ancient algae which have been used in a symbiotic collaboration
been used in a symbiotic collaboration
been used in a symbiotic collaboration and it is still there if you have a look
and it is still there if you have a look
and it is still there if you have a look for example lichens which are growing on
for example lichens which are growing on
for example lichens which are growing on trees and on rocks and in very
trees and on rocks and in very
trees and on rocks and in very unfavorable environments those lichens
unfavorable environments those lichens
unfavorable environments those lichens are symbiosis between mushrooms and
are symbiosis between mushrooms and
are symbiosis between mushrooms and algae so the mushroom the fungus is
algae so the mushroom the fungus is
algae so the mushroom the fungus is getting energy carbon sources from the
getting energy carbon sources from the
getting energy carbon sources from the algae the algae is being protected by
algae the algae is being protected by
algae the algae is being protected by the outer skin of the of the fungus in a
the outer skin of the of the fungus in a
the outer skin of the of the fungus in a moist environment so it’s a very nice
moist environment so it’s a very nice
moist environment so it’s a very nice symbiosis and both of them benefit from
symbiosis and both of them benefit from
symbiosis and both of them benefit from it this one I like a lot I mean it’s not
it this one I like a lot I mean it’s not
it this one I like a lot I mean it’s not really a collaboration between a sheep
really a collaboration between a sheep
really a collaboration between a sheep and a house leak but what you can see is
and a house leak but what you can see is
and a house leak but what you can see is a snail and the snail lives in the water
a snail and the snail lives in the water
a snail and the snail lives in the water is green because it is having
is green because it is having
is green because it is having chlorophyll and also what you can see
chlorophyll and also what you can see
chlorophyll and also what you can see from this very nice picture the snail is
from this very nice picture the snail is
from this very nice picture the snail is called sea sheep and what you can see
called sea sheep and what you can see
called sea sheep and what you can see from this Verna’s picture that also
from this Verna’s picture that also
from this Verna’s picture that also Nature has some master models which it
Nature has some master models which it
Nature has some master models which it follows over and over again
follows over and over again
follows over and over again one additional example from this one
one additional example from this one
one additional example from this one which I like a lot is the the sea snail
which I like a lot is the the sea snail
which I like a lot is the the sea snail this one it looks as if it was a leaf
this one it looks as if it was a leaf
this one it looks as if it was a leaf and the particular thing about this it
and the particular thing about this it
and the particular thing about this it is really still an actual collaboration
is really still an actual collaboration
is really still an actual collaboration between active algae and a snail a sea
between active algae and a snail a sea
between active algae and a snail a sea snail so what happens when the sea snail
snail so what happens when the sea snail
snail so what happens when the sea snail is hatching it is not green it has to
is hatching it is not green it has to
is hatching it is not green it has to feed on algae but soon after that it
feed on algae but soon after that it
feed on algae but soon after that it starts to incorporate the chloroplasts
starts to incorporate the chloroplasts
starts to incorporate the chloroplasts from the algae into its own tissue and
from the algae into its own tissue and
from the algae into its own tissue and it deposited they are in and it
it deposited they are in and it
it deposited they are in and it can make it viable so at one point the
can make it viable so at one point the
can make it viable so at one point the snail starts eating at all it is green
snail starts eating at all it is green
snail starts eating at all it is green and it doesn’t end it gets the energy
and it doesn’t end it gets the energy
and it doesn’t end it gets the energy from the incorporated chloroplasts so
from the incorporated chloroplasts so
from the incorporated chloroplasts so it’s very interesting to see that that
it’s very interesting to see that that
it’s very interesting to see that that it’s still possible this collaboration
it’s still possible this collaboration
it’s still possible this collaboration between algae and any other life-form
between algae and any other life-form
between algae and any other life-form maybe one day also we will be green of
maybe one day also we will be green of
maybe one day also we will be green of course we have to expand our surface but
course we have to expand our surface but
course we have to expand our surface but you never know now where we are at what
you never know now where we are at what
you never know now where we are at what what is the situation of the planet
what is the situation of the planet
what is the situation of the planet we’ve heard about this today negative
we’ve heard about this today negative
we’ve heard about this today negative news also I will be continuing this we
news also I will be continuing this we
news also I will be continuing this we are champions in consuming discs and
are champions in consuming discs and
are champions in consuming discs and solar energy could be food could be a
solar energy could be food could be a
solar energy could be food could be a few world so we are really champions but
few world so we are really champions but
few world so we are really champions but what are we doing by this we are
what are we doing by this we are
what are we doing by this we are destroying our environment in the early
destroying our environment in the early
destroying our environment in the early 1960s the Green Revolution started what
1960s the Green Revolution started what
1960s the Green Revolution started what was it humans started to develop crops
was it humans started to develop crops
was it humans started to develop crops which are delivering a lot of biomass a
which are delivering a lot of biomass a
which are delivering a lot of biomass a lot of food we were using a lot of
lot of food we were using a lot of
lot of food we were using a lot of fertilizers in order to produce more and
fertilizers in order to produce more and
fertilizers in order to produce more and more and more but by doing this so the
more and more but by doing this so the
more and more but by doing this so the idea initially was to eradicate poverty
idea initially was to eradicate poverty
idea initially was to eradicate poverty and malnutrition but did we achieve it
and malnutrition but did we achieve it
and malnutrition but did we achieve it no we destroyed rather we destroyed the
no we destroyed rather we destroyed the
no we destroyed rather we destroyed the environment by doing this so the future
environment by doing this so the future
environment by doing this so the future scenarios you know all this either it
scenarios you know all this either it
scenarios you know all this either it could be a desert we have a planet of
could be a desert we have a planet of
could be a desert we have a planet of deserts or we will have water world
deserts or we will have water world
deserts or we will have water world complete flooding of big areas and if
complete flooding of big areas and if
complete flooding of big areas and if you look at literature or scientific
you look at literature or scientific
you look at literature or scientific literature you will find proof for all
literature you will find proof for all
literature you will find proof for all of these for example one number just to
of these for example one number just to
of these for example one number just to Alou in illustrate this until 2000 so at
Alou in illustrate this until 2000 so at
Alou in illustrate this until 2000 so at the end of this of this century 2100 the
the end of this of this century 2100 the
the end of this of this century 2100 the sea level could rise between half a
sea level could rise between half a
sea level could rise between half a meter and two meters and this is because
meter and two meters and this is because
meter and two meters and this is because we we produce so much oxygen co2 a
we we produce so much oxygen co2 a
we we produce so much oxygen co2 a carbon dioxide the the temperature is
carbon dioxide the the temperature is
carbon dioxide the the temperature is rising and so on and so forth so you
rising and so on and so forth so you
rising and so on and so forth so you know that but now in this situation
know that but now in this situation
know that but now in this situation where we don’t know where to go or maybe
where we don’t know where to go or maybe
where we don’t know where to go or maybe how to deal with all of these
how to deal with all of these
how to deal with all of these environmental problems the question
environmental problems the question
environmental problems the question again is could algae help and this is
again is could algae help and this is
again is could algae help and this is why I am here to show a little bit the
why I am here to show a little bit the
why I am here to show a little bit the possibility
possibility
possibility we have with algae so algae are growing
we have with algae so algae are growing
we have with algae so algae are growing ten times faster than any land land
ten times faster than any land land
ten times faster than any land land plant they are inhabit inhabiting
plant they are inhabit inhabiting
plant they are inhabit inhabiting extreme environments you can find them
extreme environments you can find them
extreme environments you can find them in hot very hot areas but also in
in hot very hot areas but also in
in hot very hot areas but also in glaciers and by living in these extreme
glaciers and by living in these extreme
glaciers and by living in these extreme environments they have to protect
environments they have to protect
environments they have to protect themselves against this the threat or
themselves against this the threat or
themselves against this the threat or distress from the environment so they
distress from the environment so they
distress from the environment so they made up very interesting and strategies
made up very interesting and strategies
made up very interesting and strategies on how to survive in extreme
on how to survive in extreme
on how to survive in extreme environments algae are producing 50
environments algae are producing 50
environments algae are producing 50 percent of the oxygen we are consuming
percent of the oxygen we are consuming
percent of the oxygen we are consuming every day so imagine or think about when
every day so imagine or think about when
every day so imagine or think about when you remember what we just heard before
you remember what we just heard before
you remember what we just heard before with every breath you can feel yourself
with every breath you can feel yourself
with every breath you can feel yourself you can improve your situation but with
you can improve your situation but with
you can improve your situation but with every second breath you take oxygen
every second breath you take oxygen
every second breath you take oxygen which was produced algae they are
which was produced algae they are
which was produced algae they are virtually invisible they are very small
virtually invisible they are very small
virtually invisible they are very small you need a microscope to see them except
you need a microscope to see them except
you need a microscope to see them except in a situation where you have algae
in a situation where you have algae
in a situation where you have algae blooms so very often algae are called
blooms so very often algae are called
blooms so very often algae are called bad and you have the algae blooms this
bad and you have the algae blooms this
bad and you have the algae blooms this is what you can see on the picture this
is what you can see on the picture this
is what you can see on the picture this is the Gulf of the sky with these cloudy
is the Gulf of the sky with these cloudy
is the Gulf of the sky with these cloudy areas in there with a lot of algae
areas in there with a lot of algae
areas in there with a lot of algae destroying the fish there but in general
destroying the fish there but in general
destroying the fish there but in general they are good they produce our oxygen
they are good they produce our oxygen
they are good they produce our oxygen and they are at the base of the aquatic
and they are at the base of the aquatic
and they are at the base of the aquatic food chain so I want to elaborate a
food chain so I want to elaborate a
food chain so I want to elaborate a little bit more on this the blue
little bit more on this the blue
little bit more on this the blue ecosystem is whew and so the whole
ecosystem is whew and so the whole
ecosystem is whew and so the whole ecosystem and the food web within there
ecosystem and the food web within there
ecosystem and the food web within there is fueled by the Sun imagine the yearly
is fueled by the Sun imagine the yearly
is fueled by the Sun imagine the yearly fish catches about 90 million tons of
fish catches about 90 million tons of
fish catches about 90 million tons of fish in order to generate this Nature
fish in order to generate this Nature
fish in order to generate this Nature has to produce three times more biomass
has to produce three times more biomass
has to produce three times more biomass and at the end of the food chain it’s
and at the end of the food chain it’s
and at the end of the food chain it’s always algae it’s always the sunlight
always algae it’s always the sunlight
always algae it’s always the sunlight which is powering this so about 280
which is powering this so about 280
which is powering this so about 280 million tons of algae have to be eaten
million tons of algae have to be eaten
million tons of algae have to be eaten in order that we can catch 990 million
in order that we can catch 990 million
in order that we can catch 990 million fish 90 million tons of fish what are we
fish 90 million tons of fish what are we
fish 90 million tons of fish what are we doing with the fish there is a lot of
doing with the fish there is a lot of
doing with the fish there is a lot of bycatch another number in Norway they
bycatch another number in Norway they
bycatch another number in Norway they have about 250,000 tons of bycatch what
have about 250,000 tons of bycatch what
have about 250,000 tons of bycatch what is being done with it they don’t throw
is being done with it they don’t throw
is being done with it they don’t throw it away either it’s used for protein
it away either it’s used for protein
it away either it’s used for protein source for again
source for again
source for again aquaculture and also what is very
aquaculture and also what is very
aquaculture and also what is very important event getting more and more
important event getting more and more
important event getting more and more important is omega-3 fatty acids so from
important is omega-3 fatty acids so from
important is omega-3 fatty acids so from these 250,000 tons about three and Naha
these 250,000 tons about three and Naha
these 250,000 tons about three and Naha 3500 tons of fatty acids are being
3500 tons of fatty acids are being
3500 tons of fatty acids are being extracted if you would do the same as I
extracted if you would do the same as I
extracted if you would do the same as I told the algae at the base of all of
told the algae at the base of all of
told the algae at the base of all of this and the algae are also producing
this and the algae are also producing
this and the algae are also producing the omega-3 fatty acids it’s not the
the omega-3 fatty acids it’s not the
the omega-3 fatty acids it’s not the fish the fish just takes it ups and
fish the fish just takes it ups and
fish the fish just takes it ups and stores it and we are using it afterwards
stores it and we are using it afterwards
stores it and we are using it afterwards so if you would go to the bottom of all
so if you would go to the bottom of all
so if you would go to the bottom of all of that and use the algae right away
of that and use the algae right away
of that and use the algae right away without killing any fish then you could
without killing any fish then you could
without killing any fish then you could even get three times the amount of fatty
even get three times the amount of fatty
even get three times the amount of fatty acids three times the amount of omega-3
acids three times the amount of omega-3
acids three times the amount of omega-3 fatty acids and this is something we
fatty acids and this is something we
fatty acids and this is something we should start thinking about we should
should start thinking about we should
should start thinking about we should try to use them the problem is only
try to use them the problem is only
try to use them the problem is only they’re so small so we have to make up
they’re so small so we have to make up
they’re so small so we have to make up technologies on how to use them and the
technologies on how to use them and the
technologies on how to use them and the algae can do much more just briefly they
algae can do much more just briefly they
algae can do much more just briefly they can be used in food and feed the
can be used in food and feed the
can be used in food and feed the nutrition and also in energy so algae
nutrition and also in energy so algae
nutrition and also in energy so algae because they are living in extreme
because they are living in extreme
because they are living in extreme environments they can produce food
environments they can produce food
environments they can produce food colorants natural blue like the blue
colorants natural blue like the blue
colorants natural blue like the blue gummy bear it’s made from a color from
gummy bear it’s made from a color from
gummy bear it’s made from a color from from an algae but also proteins and
from an algae but also proteins and
from an algae but also proteins and fewer jet fuel in the end could be done
fewer jet fuel in the end could be done
fewer jet fuel in the end could be done from algae because millions and millions
from algae because millions and millions
from algae because millions and millions of years ago they were the basis of our
of years ago they were the basis of our
of years ago they were the basis of our current of our car and fuel we just need
current of our car and fuel we just need
current of our car and fuel we just need to make up how to do it again and we
to make up how to do it again and we
to make up how to do it again and we don’t have so much time
don’t have so much time
don’t have so much time another thing is environmental pollution
another thing is environmental pollution
another thing is environmental pollution as you can capture co2 they can clean
as you can capture co2 they can clean
as you can capture co2 they can clean wastewater and even they can accumulate
wastewater and even they can accumulate
wastewater and even they can accumulate a radioactive nucleotides which for
a radioactive nucleotides which for
a radioactive nucleotides which for example are spilled into the ocean in
example are spilled into the ocean in
example are spilled into the ocean in Fukushima so algae could be used to
Fukushima so algae could be used to
Fukushima so algae could be used to accumulate it and then trash it in a
accumulate it and then trash it in a
accumulate it and then trash it in a defined place and not spill it
defined place and not spill it
defined place and not spill it throughout the world urban living
throughout the world urban living
throughout the world urban living another thing we try to make our cities
another thing we try to make our cities
another thing we try to make our cities greener more lively and more better for
greener more lively and more better for
greener more lively and more better for life and we need to generate oxygen
life and we need to generate oxygen
life and we need to generate oxygen within our our cities so one very nice
within our our cities so one very nice
within our our cities so one very nice idea are these recreational pavilions
idea are these recreational pavilions
idea are these recreational pavilions which are fueled by algae and sunlight
which are fueled by algae and sunlight
which are fueled by algae and sunlight so within there you have an it would
so within there you have an it would
so within there you have an it would have an an elevated oxygen concentration
have an an elevated oxygen concentration
have an an elevated oxygen concentration and people if there is smoke outside
and people if there is smoke outside
and people if there is smoke outside could go inside kind of recreate a bit
could go inside kind of recreate a bit
could go inside kind of recreate a bit and then continue their way so there are
and then continue their way so there are
and then continue their way so there are many fancy ideas now coming up also
many fancy ideas now coming up also
many fancy ideas now coming up also algae can be used in future and of
algae can be used in future and of
algae can be used in future and of course and this was in the introduction
course and this was in the introduction
course and this was in the introduction as well going to outer space and there
as well going to outer space and there
as well going to outer space and there are some projects in in the u.s. also in
are some projects in in the u.s. also in
are some projects in in the u.s. also in the Europe in Russia where they tried to
the Europe in Russia where they tried to
the Europe in Russia where they tried to mimic what how is it possible to add I
mimic what how is it possible to add I
mimic what how is it possible to add I have autonomic life in artists outer
have autonomic life in artists outer
have autonomic life in artists outer space and always the problem is how to
space and always the problem is how to
space and always the problem is how to get enough oxygen because if you rely on
get enough oxygen because if you rely on
get enough oxygen because if you rely on machines these machines they could break
machines these machines they could break
machines these machines they could break down as long as algae have sunlight they
down as long as algae have sunlight they
down as long as algae have sunlight they would produce oxygen so in general if
would produce oxygen so in general if
would produce oxygen so in general if you calculate it would be enough to have
you calculate it would be enough to have
you calculate it would be enough to have about 40 liter of an algae suspension to
about 40 liter of an algae suspension to
about 40 liter of an algae suspension to make one human being to keep up the
make one human being to keep up the
make one human being to keep up the oxygen supply 40 liters is not much
oxygen supply 40 liters is not much
oxygen supply 40 liters is not much imagine it’s fat for buckets so you go
imagine it’s fat for buckets so you go
imagine it’s fat for buckets so you go with your 4 buckets you exhale into the
with your 4 buckets you exhale into the
with your 4 buckets you exhale into the bottom on the top you get the oxygen you
bottom on the top you get the oxygen you
bottom on the top you get the oxygen you need you’re fine by at the same time the
need you’re fine by at the same time the
need you’re fine by at the same time the same time those 40 liters would generate
same time those 40 liters would generate
same time those 40 liters would generate about 200 grams of biomass every day of
about 200 grams of biomass every day of
about 200 grams of biomass every day of course you should not kind of eat them
course you should not kind of eat them
course you should not kind of eat them all right away because then there’s no
all right away because then there’s no
all right away because then there’s no more oxygen but if you but if you think
more oxygen but if you but if you think
more oxygen but if you but if you think further you could of course have several
further you could of course have several
further you could of course have several of these buckets and if you compare it
of these buckets and if you compare it
of these buckets and if you compare it to trees for example human being the
to trees for example human being the
to trees for example human being the oxygen we need is generated by three to
oxygen we need is generated by three to
oxygen we need is generated by three to two three trees we would need if this
two three trees we would need if this
two three trees we would need if this tree dies you need 15 years no breathing
tree dies you need 15 years no breathing
tree dies you need 15 years no breathing until the die recruit adept tree
until the die recruit adept tree
until the die recruit adept tree regrowth now here with the algae takes
regrowth now here with the algae takes
regrowth now here with the algae takes one or two weeks from one single cell to
one or two weeks from one single cell to
one or two weeks from one single cell to fill your 40 liters again so you see
fill your 40 liters again so you see
fill your 40 liters again so you see there are many advantages of the algae
there are many advantages of the algae
there are many advantages of the algae so now they can do all of this and we’ve
so now they can do all of this and we’ve
so now they can do all of this and we’ve heard some of these stories for many
heard some of these stories for many
heard some of these stories for many years already but what is realistic what
years already but what is realistic what
years already but what is realistic what can we do and why is it not there yet
can we do and why is it not there yet
can we do and why is it not there yet so you have to compare it in a way to
so you have to compare it in a way to
so you have to compare it in a way to agriculture these are wild types we are
agriculture these are wild types we are
agriculture these are wild types we are working with these unicellular organisms
working with these unicellular organisms
working with these unicellular organisms they are wild types 2,000 years ago when
they are wild types 2,000 years ago when
they are wild types 2,000 years ago when domestication of crop plant started the
domestication of crop plant started the
domestication of crop plant started the crops had like a few grains on a grass
crops had like a few grains on a grass
crops had like a few grains on a grass that it wasn’t more into
that it wasn’t more into
that it wasn’t more into years it took us to come up with these
years it took us to come up with these
years it took us to come up with these land plans and the crops we have
land plans and the crops we have
land plans and the crops we have nowadays we don’t have time to wait for
nowadays we don’t have time to wait for
nowadays we don’t have time to wait for suit 2,000 years
suit 2,000 years
suit 2,000 years another example is Penicillium it was
another example is Penicillium it was
another example is Penicillium it was found out the action of Penicillium 50
found out the action of Penicillium 50
found out the action of Penicillium 50 years ago in these last 50 years
years ago in these last 50 years
years ago in these last 50 years productivity increased by 5000 times
productivity increased by 5000 times
productivity increased by 5000 times imagine just fifty years so now we had
imagine just fifty years so now we had
imagine just fifty years so now we had the next step LG can do so much we just
the next step LG can do so much we just
the next step LG can do so much we just have to find out how to work with them
have to find out how to work with them
have to find out how to work with them we have to look at nature what are the
we have to look at nature what are the
we have to look at nature what are the tricks nature was putting on what are
tricks nature was putting on what are
tricks nature was putting on what are the molds what are the templates and
the molds what are the templates and
the molds what are the templates and then we will be able to exploit and tap
then we will be able to exploit and tap
then we will be able to exploit and tap this potential of algae so what I’m
this potential of algae so what I’m
this potential of algae so what I’m convinced of is that the algae will be
convinced of is that the algae will be
convinced of is that the algae will be the green revolution 2.0 thank you
the green revolution 2.0 thank you
the green revolution 2.0 thank you [Applause]
”
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