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Our Water Footprint | Breakthrough


waters finite but our demands for it or

waters finite but our demands for it or not

not

not and so in places where we have rivers

and so in places where we have rivers

and so in places where we have rivers running dry what’s happening is our

running dry what’s happening is our

running dry what’s happening is our demands are bumping up against those

demands are bumping up against those

demands are bumping up against those limits of the finite supply and so our

limits of the finite supply and so our

limits of the finite supply and so our use of water for agriculture for food

use of water for agriculture for food

use of water for agriculture for food production for growing cities and

production for growing cities and

production for growing cities and industries is beginning to really max

industries is beginning to really max

industries is beginning to really max out that water supply and so it shows up

out that water supply and so it shows up

out that water supply and so it shows up in the form of groundwater being over

in the form of groundwater being over

in the form of groundwater being over pumped rivers running dry and just

pumped rivers running dry and just

pumped rivers running dry and just generally finding that we’re we’re sort

generally finding that we’re we’re sort

generally finding that we’re we’re sort of running out of the water we need a

of running out of the water we need a

of running out of the water we need a lot of people only think about water

lot of people only think about water

lot of people only think about water when it comes out of their tap but in

when it comes out of their tap but in

when it comes out of their tap but in fact our lifestyles require a lot of

fact our lifestyles require a lot of

fact our lifestyles require a lot of water if we’re an average American it

water if we’re an average American it

water if we’re an average American it takes about 2,000 gallons of water a day

takes about 2,000 gallons of water a day

takes about 2,000 gallons of water a day to keep our lifestyles afloat and most

to keep our lifestyles afloat and most

to keep our lifestyles afloat and most of that is in our diet so we can become

of that is in our diet so we can become

of that is in our diet so we can become more conscious about not wasting food

more conscious about not wasting food

more conscious about not wasting food because every time we waste food we’re

because every time we waste food we’re

because every time we waste food we’re wasting water if we want to we can be

wasting water if we want to we can be

wasting water if we want to we can be more conscious about the kinds of foods

more conscious about the kinds of foods

more conscious about the kinds of foods we eat eating more healthily but also

we eat eating more healthily but also

we eat eating more healthily but also food that’s maybe a bit less thirsty in

food that’s maybe a bit less thirsty in

food that’s maybe a bit less thirsty in terms of the amount of water it takes to

terms of the amount of water it takes to

terms of the amount of water it takes to produce so I think there are a lot of

produce so I think there are a lot of

produce so I think there are a lot of ways just becoming a more conscious

ways just becoming a more conscious

ways just becoming a more conscious consumer we can make a difference

consumer we can make a difference

consumer we can make a difference you know part of the reason we’re in

you know part of the reason we’re in

you know part of the reason we’re in this mess in a way with water is that

this mess in a way with water is that

this mess in a way with water is that there are so many billions of people now

there are so many billions of people now

there are so many billions of people now all needing to eat but if each of us

all needing to eat but if each of us

all needing to eat but if each of us makes decisions we can begin to scale

makes decisions we can begin to scale

makes decisions we can begin to scale that back so if you think about our

that back so if you think about our

that back so if you think about our water footprint you know about half of

water footprint you know about half of

water footprint you know about half of it is our diet 1/3 of it is our use of

it is our diet 1/3 of it is our use of

it is our diet 1/3 of it is our use of energy all of these daily things that we

energy all of these daily things that we

energy all of these daily things that we do involve water and sometimes quite a

do involve water and sometimes quite a

do involve water and sometimes quite a lot you know it can take 700 gallons of

lot you know it can take 700 gallons of

lot you know it can take 700 gallons of water just to make one cotton t-shirt

water just to make one cotton t-shirt

water just to make one cotton t-shirt the good news is there are a lot of

the good news is there are a lot of

the good news is there are a lot of things we can do to use water more

things we can do to use water more

things we can do to use water more efficiently to conserve it which would

efficiently to conserve it which would

efficiently to conserve it which would open up opportunities to restore some

open up opportunities to restore some

open up opportunities to restore some water back to nature for example in

water back to nature for example in

water back to nature for example in agriculture you know there are

agriculture you know there are

agriculture you know there are efficiency technologies combined with

efficiency technologies combined with

efficiency technologies combined with information technologies like sensors

information technologies like sensors

information technologies like sensors that help us understand how much water

that help us understand how much water

that help us understand how much water we really need to use that would allow

we really need to use that would allow

we really need to use that would allow us to do that get smarter about how we

us to do that get smarter about how we

us to do that get smarter about how we use that water and and then again return

use that water and and then again return

use that water and and then again return some to the natural environment

some to the natural environment

some to the natural environment you

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