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PHOTOSYNTHESIS
WALTTo explain the structure of the leaf and how it is
adapted for its function
To explain the detailed structure of a chloroplast and
how it is related to its function
PHOTOSYNTHESIS
WILFDESCRIPTIONS OF THE DIFFERENT LAYERS OF STRUCTURE
WITHIN THE LEAF- GRADE CTO SUGGEST IMPROVEMENTS TO THE ADAPTIONS OF THE
LEAF AND CHLOROPLASTS- GRADE BTO JUSTIFY WHICH ADAPTATIONS ARE MORE IMPORTANT IN
THE SUCCESS OF ORGANISMS IN DIFFERENT HABITATS- GRADE
A/A*
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Some answers!!!!!- FROM KS4
light
energy
chlorophyll
glucose
oxygen
water
absorption
leaf
cell
reaction
pigment
There are others such as
leaf, glucose, cell…..
Some answers!!!!! –FROM AS
light
energy
chlorophyll
thylakoid
pair
oxygen
water
reaction
membrane
absorption
granum
pigment
ATP
ADP
There are others such as
leaf, glucose, cell,
transparent…….
Some answers- A2 from prior reading
light
energy
transfer
chlorophyll
electron
chain
thylakoid
photolysis
pair
oxygen
reaction
membrane
water
excite
absorption
granum
NADP(H)
centre
photosystem
pigment
ATP
ADP
There are others such as
leaf, glucose, cell…….
Collective memory & team work
Aim- TO REPRODUCE THE DIAGRAM….
Perfectly
Dionaea
muscipula
Task- for this
organism can you put
the adaptations for
photosynthesis
annotations into a
diamond 9 pattern of
importance. Be
prepared to justify
your decision.
most
least
The Venus Flytrap Plant, Dionaea
muscipula, is a carnivorous plant
that catches and digests animal
prey—mostly insects and
arachnids. Its trapping structure is
formed by the terminal portion of
each of the plant's leaves and is
triggered by tiny hairs on their
inner surfaces. The Venus Flytrap is
found in nitrogen- and
phosphorus-poor environments,
such as bogs and wet savannahs.
Small in stature and slow growing,
it is found natively only in North
and South Carolina in the United
States .
Rubus fruticosus
Task- for this
organism can you put
the adaptations for
photosynthesis
annotations into a
diamond 9 pattern of
importance. Be
prepared to justify
your decision.
most
least
COMMONLY KNOWN AS
BLACKBERRY OR BRAMBLE.
IT IS SUCCESSFUL IN A
RANGE OF HABITATS
INCLUDING LOWLAND
FORESTS COVERING LARGE
AREAS OF THE FOREST
FLOOR. IT IS AN IMPORTANT
FOOD SOURCE FOR
GRAZING DEER. SPECIMENS
FOUND IN OPEN HABITATS
HAVE SMALLER, PALER
LEAVES AND A GREATER
NUMBER OF THORNS.
Orchid aceae
Task- for this
organism can you put
the adaptations for
photosynthesis
annotations into a
diamond 9 pattern of
importance. Be
prepared to justify
your decision.
most
least
Highland Orchid – AN EPIPHYTE
To cut down on moisture loss, many
epiphytes also have a specialized form of
photosynthesis called C4 photosynthesis.
All plants require carbon dioxide for
photosynthesis. Most collect this during
the day when the sun is shining and they
are actively photosynthesizing. They open
the pores in their leaves to do this. But
this does allow water to escape.
Epiphytes can’t afford the risk. So they
open their pores in the cool of the night
and convert the carbon dioxide into an
acid they can use later when it is light.
The other benefit of this system is that
most other plants release carbon dioxide
at night making the supply plentiful.
These plants grow in the upper canopy of
the rainforest
QUICK REFLECTION
• WHAT I ALREADY KNEW……
• WHAT I HAVE LEARNED….
• WHAT I STILL NEED TO KNOW/DO/LEARN…..