Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
65 Cards in this Set
- Front
- Back
cellulose cell wall
|
structure of cell wall
|
|
thylakoids, granum, stroma
|
cholrooplast structure
|
|
membranous sac
|
thylakoid
|
|
stacks of thylakoids
|
Granum
|
|
internal fluid
|
stroma
|
|
after the calvin cycle, the sugars are sent to the mitochondria where ATP is made
|
purpose of mitochondria
|
|
-converts light to energy (ATP)
-occurs in the thylakoid membrane |
discuss light reaction
|
|
complex made of proteins, chlorophyll, and carotenoids
|
explain Photosystem I and II
|
|
it is used to break water
|
what is photsystem I and II used for?
|
|
chloroplast a absorbs light;
make ATP and by-product (O2) |
Photosystem II
|
|
in the stroma; ATP
|
where is the calvin cycle carried out and what energy does it use?
|
|
when CO2 (air) is made into organic comounds (sugars) and photosynthesis occurs
|
what is the Calvin Cycle?
|
|
Drying out, scarcity fo water, and gravity
|
what are the problems that the land causes the plants?
|
|
hydrolysis
store proteins and ions waste dump poisons for defene attracting pollinators |
what are the characteristics of the central vacuole?
|
|
sporopollenin
|
tough durable polymer covering spore
|
|
cuticle
|
waxy coat on plant
|
|
stomata
|
open and close
|
|
seed/pollen
|
protective coat
|
|
sporopollenin, cuticle, stomata, seed/pollen, mychorrizae, cell wall and stem
|
list the adaptations of plants that make tem so successful
|
|
apical meristems, alternation of generations, walled spores in sporgangia, and gametangia
|
what are the 4 traits of all plants?
|
|
region of continuous cell division at tips of shoots
|
apical meristems
|
|
have 2 multicellular forms: sporophyte- all diploid
gametophyte- all haploid spore-->gametophye--> gametes (m+f)--> zygote--> sporophyte--> spore |
alternation of generations
|
|
N-->N
|
mitosis
|
|
2N-->N
|
meiosis
|
|
multi-celled organ in gametophytes that makes gametes
|
gametangia
|
|
Antheridia (m)
archegonia (f) |
what are the two types of gametes?
|
|
spore--> protonema (first threads) --> break into male and female gametophyte (archegonia and Antheridia) --> sperm and egg= zygote --> sera grows out of the foot --> sporangia--> spores
|
describe the moss life cycle
|
|
spore--> bisexual gametophyte--> archegonia and antheridia--> zygote--> sporophyte grows out--> sporophyll develops--> makes spores
|
describe the fern life cycle
|
|
Xylem and Phloem
|
what are the 2 vascular tissues?
|
|
moves water and minerals through a tube like structure
|
xylem function
|
|
moves sugar, amino acids, and organic products through separated tube `
|
phloem function
|
|
tracheids (tubular dead cells) and Lignin (thick strong polymer lining outside)
|
structure of xylem
|
|
organs that anchor plants and enable water and nutrients to be absorbed
|
roots
|
|
organs that increase surface area
|
leaves
|
|
single veined leaves
|
microphylls
|
|
branching veins
|
megaphylls
|
|
modifies leaves with sporangia
|
sporophylls
|
|
sori- cluster of sporangia on bottom of sporophyll
strobili- cone-like structure |
2 parts of sporophylls
|
|
homosporous and heterosporous
|
2 types of spore production
|
|
produce one type of spore; bisexual gametophyte; in Bryophytes and seedless plants
|
homosporous
|
|
produce different spores: megaspore= female
microspore= male; all seeded plants |
heterosporous
|
|
Heterosporous
Reduced gametophyte Ovules Pollen Seeds |
5 unique characteristics of seeded plants
|
|
Which type of plant has reduced gametophyte
|
Seeded
|
|
protective tissue around megasporangium
|
Integument
|
|
Makes megaspores
|
Megasporangia
|
|
Makes microspores
|
Microsporangia
|
|
Becomes the f. Gametophyte and makes the egg
|
Megaspore
|
|
Integument, Megasporangium, Megaspore
|
Parts of the ovule
|
|
Sporopollenin wall with M. Gametophyte inside that makes the sperm
|
Parts of the pollen
|
|
Embryo surrounded by seed coat (Integument from ovule)
|
Parts of seed
|
|
No root, stem, leaves, or vascular tissues.
Gametophyte dominant Homosporous |
Bryophytes
|
|
Mosses, liverworts, and hornworts
|
Bryophytes
|
|
Have root, stem, leaves, and vascular tissues.
No seed Sporophyte dominant Homosporous |
Seedless vascular
|
|
Lycophyta, pterophyta,
|
Seedless vascular phylums
|
|
Clubs mosses (have microphylls)
|
Phylum Lycophyta: seedless vascular
|
|
Ferns (have megaphylls)
|
Phylum Pterophyta: seedless vascular
|
|
Have root, stem, leaves, and vascular tissue.
Have seed Sporophyte dominant Heterosporous |
Seeded plants
|
|
Gymnosperms (naked seed)
Angiosperms (fruits and flowers) |
2 types of seedless plants
|
|
Ginko tree
|
Seeded: Gymnosperm: phylum gingkophyta
|
|
Cycad tree
|
Seeded: Gymnosperm: phylum cycadophyta
|
|
Conifers (pines)
|
Seeded: Gymnosperm: phylum coniferophyta
|
|
Monocots and eudocots
|
Angiosperms:phylum anthophyta
|
|
Phylum anthophyta
|
Angiosoerms
|
|
Grasses and grains (one cotyledon, parallel venting, fibrous root system, flower parts in 3's)
|
Angiosperms: phylum anthophyta: monocots
|
|
Oak, apple, maple (two cotyledon, netlike veneration, taproot system, flower parts in 4s and 5s)
|
Angiosperm: phylum anthophyta: eudicots
|