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30 Cards in this Set

  • Front
  • Back

Shoot Primary tissue

Hypogeal

Cotyledon below soil

Phanerocotylar

Cotyledon escape seed coat

Cryptocotylar

Cotyledon in seed coat

Draw germination preteens for bean pea onion and corn

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Root primary meristem


To primary tissue

All first words are apical meristem


Protoderm -> epidermis


Ground meristem -> ground tissue


Protocambium -> primary xylem and primary phloem

Front (Term)

Ground meristem


Procambium


Protoderm

Shoot Primary meristem

Ground meristem


Procambium


Protoderm

Functions of wood?

Water conducting, support, and storage

How do annual rings form?

Periodical activity of vascular cambium

Difference between early and late wood

Early- vessels larger in diameter and thin walled



Late- smaller vessels with thick walls

Inner bark

Vc, secondary phloem, cork cambium, phelloderm

Outer bark

Dead, tissue outside cork cambium: phloem, dead secondary phloem, crushed primary phloem, cortex epidermis

Wood

Secondary xylem

Label winter and summer branches

-

Mesophytic - why dorsiventral?

-Abaxial side of lamina has prominent rib


-Epidermis, stomata on abaxial side


-In mesophyll, palisade parenchyma oriented towards adaxial surface and spongy parenchyma towards abaxial surface


-in major vein, xylem of vbundle oriented towards adaxial surface and phloem towards abaxial surface

Mesophytic - why dorsiventral?

-Abaxial side of lamina has prominent rib


-Epidermis, stomata on abaxial side


-In mesophyll, palisade parenchyma oriented towards adaxial surface and spongy parenchyma towards abaxial surface


-in major vein, xylem of vbundle oriented towards adaxial surface and phloem towards abaxial surface

Xerophytic- compared to mesophytic

-sunken stomatal crypts w/ trichomes and stomata


-thickened cutical layer


-sclerenchymatous multi epidermis/hypodermal layer

Mesophytic - why dorsiventral?

-Abaxial side of lamina has prominent rib


-Epidermis, stomata on abaxial side


-In mesophyll, palisade parenchyma oriented towards adaxial surface and spongy parenchyma towards abaxial surface


-in major vein, xylem of vbundle oriented towards adaxial surface and phloem towards abaxial surface

Xerophytic- compared to mesophytic

-sunken stomatal crypts w/ trichomes and stomata


-thickened cutical layer


-sclerenchymatous multi epidermis/hypodermal layer

Hydrophytic- compared to mesophytic

-stomata on adaxial surface


-reduced cutical layer


-highly aerenchymatous mesophyll


-reduced vascular system


-epidermis composed of thin walled cells, contain chloroplasts

Floral shoot structure labeled

-

Botanical definition of flower

Reproductive shoot, bearing microsporophylls and megasporopa and sterile appendages of perianth surrounding sporophyll components

Characteristics of a flower

Short shoot, limited intermodal elongation, heterophyllic, determinate and synorganization in floral structures

Characteristics of a flower

Short shoot, limited intermodal elongation, heterophyllic, determinate and synorganization in floral structures

Synorganization in floral structure

Synepalous calyx- Union of sepals


Synpetalous carolla- Union of petals


Synandrous androecium- fusion of stamen


Syncropous gynoecium- consists of two or more carpels, called a pistil

Label pineapple, strawberry, orange, Apple

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Primary growth root vs shoot

R: 1 xylem alt. w/ 1 phloem


S: 1 xylem and 1phloem in vascular bundle



R: later organs form endogenously


S: lateral organs form exogenously



R: 1 xylem exarch


S: 1 xylem endarch



R: protostele


S: Eustele



R: only vascular cambium


S: fascicular & interfascicular cambium

Root and shoot 2 growth

R: less cork produced


S: more cork produced for protection



R: epidermis removed


S: ruptures epidermis



R: phellogen differentiates in pericycle parenchyma


S: phellogen differentiates in cortex

Epigeal

Cotyledon above soil