One 100 year-old northern red oak

tree stores 7.7 tons of carbon

in its wood and bark.

100ft

tall

4.5ft

wide

It would take 35 younger oaks –

30 to 50-year-old trees – to store the

same amount of carbon.

1ft

wide

50ft

tall

Or 48,061 new nursery trees. They

would take up 5.5 acres of land.

4.5ft tall

1in

wide

One 100 year-old northern red oak tree

stores 7.7 tons of carbon in its

wood and bark.

4.5ft

wide

100ft

tall

It would take 35 younger oaks – 30 to 50-

year-old trees – to store the same amount

of carbon.

1ft

wide

50ft

tall

Or 48,061 new nursery trees. They would

take up 5.5 acres of land.

4.5ft tall

1in

wide

One 100 year-old northern red oak tree

stores 7.7 tons of carbon in its wood and bark.

4.5ft

wide

100ft

tall

It would take 35 younger oaks – 30 to 50-

year-old trees – to store the same amount

of carbon.

1ft

wide

50ft

tall

Or 48,061 new nursery trees. They would

take up 5.5 acres of land.

4.5ft tall

1in

wide

One 100 year-old northern

red oak tree stores 7.7 tons

of carbon in its wood and bark.

It would take

35 younger oaks –

30 to 50-year-old trees –

to store the same

amount of carbon.

Or 48,061 new

nursery trees.

They would take

up 5.5 acres of

land.

4.5ft tall

4.5ft

wide

100ft

tall

1ft

wide

50ft

tall

1in

wide

One 100 year-old northern

red oak tree stores 7.7 tons

of carbon in its wood and bark.

It would take

35 younger oaks –

30 to 50-year-old trees –

to store the same

amount of carbon.

Or 48,061 new

nursery trees.

They would take

up 5.5 acres of land.

4.5ft tall

4.5ft

wide

100ft

tall

1ft

wide

50ft

tall

1in

wide

One 100 year-old northern red oak tree

stores 7.7 tons of carbon in

its wood and bark.

It would take 35 younger oaks –

30 to 50-year-old trees – to store

the same amount of carbon.

Or 48,061 new

nursery trees.

They would take

up 5.5 acres of land.

4.5ft tall

4.5ft

wide

100ft

tall

1ft

wide

50ft

tall

1in

wide