Climate Change
Cell Cycle
Plant Development
Apical Meristem
Plant Tissues
100

This scientist proved CO2 held heat with his experiments

John Tyndall

100

Cells double in size during this phase

G1

100

The imbibition of this substance begins germination

H2O

100

The type of cells present in the apical meristem

undifferentiated

100

This tissue is used for storage

cortex

200

The curve which shows CO2 levels in the atmosphere over time

The Keeling Curve

200

The phases that are part of interphase (in order)

G1, S, G2

200

The site of mitosis on growing plants

apical meristem

200

The growth response that causes the root to grow downward

gravitropism

200

This tissue is made from an epidermal cell and is only a singular cell

root hairs

300
The percent of the atmosphere that is made of CO2

0.04% ; less than 1%

300

This happens during S phase

DNA is replicated

300

This structure in a seed is referred to as an embryonic leaf

plumule

300

The structure that protects the root apical meristem

root cap
300

This tissue is only present in roots

pericycle
400
This scientist used sea shells to prove that water temperatures coincide with the Keeling Curve

Andrea Dutton

400

The phases of metaphase in order

1. Prophase

2. Prometaphase

3. Metaphase

4. Anaphase

5. Telophase

400

The angle that sequential leaves grow at in a plant

137.5 degrees

400

The structures that protect the stem apical meristem

leaf primordia
400

This tissue is home to the chloroplasts in leaves

palisade mesophyll

500

The season where CO2 levels rise

winter

500

The kind of division mitosis is referred to as

nuclear

500

The type of growth response that allows pea plants to attach to structures as they grow

thigmotropism

500

The three types of primary meristems produced by the apical meristem

1. Protoderm

2. Ground Meristem

3. Procambium


500

This type of primary meristem becomes the phloem and xylem in a mature plant

procambium

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