1.
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The
maximum height of the plant will be given the name "H" and will be the
measurement provided in class.
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2.
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Surface
area for the Photosynthesizers
will total H2. (This is the same as H times H).
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3.
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Vascular
structures will be located within the Supportive elevators.
They will extend from the Water
absorbing anchors to (not through) the Photosynthesizers.
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4.
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Smaller
vascular structures will bring water and minerals from the Supportive elevators
throughout the Photosynthesizers.
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5.
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Water absorbing anchors must
have space to store sugars.
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6.
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Photosynthesizers will need
to have structures to permit CO2 in and
release H2O vapor and O2. |
7.
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Woody
Supportive elevators
need a firm support.
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8.
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The
"Make more of me"
structures will have to pack their bags and travel. Insects,
animals, or the wind are the best candidates for delivery by
pollinators.
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9.
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There
must be a safe place for the new baby plants to grow and develop before
the pollinators take over.
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To earn up to a B (81) you must
thoroughly complete steps 1 through 9 above. For those students
that desire a higher grade, they should complete the following.
Each item listed gives the points that can be earned. Your grade
is up to you!
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10.
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Your
plant must be either a dicot or a monocot. All structural
characteristics appropriate to one or the other will be evident.
(6 points)
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11.
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Your
Water absorbing anchors
must have appropriately sized vascular structures for reaching out into
the soil to obtain water and nutrients. (3 points)
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12.
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Your
plant will need the following brightly colored "insect attractors" that
demonstrate the four main kinds of specialize leaves that form the "Make more of me"
structures. (5 points) |
13.
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Your
Photosynthesizers
will need a special structure to attach them to the Supportive elevators. There
will need to be a special place from which smaller Supportive elevators can grow, thereby creating more
Photosynthesizers.
(6 points)
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14
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Plants
are part of a food chain in a garden. For extra credit, research
the organisms dependent on your plant. Create them (to scale) and
place them near your plant. Credit will be given based upon
research, creativity and quality.
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