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84 Cards in this Set

  • Front
  • Back
3 domains
eukarya, archaea, prokarya/bacteria
6 kingdoms
protista, animailia, plantae, fungi, eubactera, archaebacteria
phylum: cyanobacteria
oscillatoria, nostoc, anabaena
oscillatoria
kingdom: bacteria
phylum: cyanobacteria
blue green algae
appearance:"stacked coins"
nostoc
kingdom: bacteria
phylum: cyanobacteria
blue green algae
"string of beads"
heterocysts- nitrogen fixation
anabaena
kingdom: bacteria
phylum: cyanobacteria
blue green algae
"string of beads"
heterocysts- nitrogen fixation
Phylum Rhizopoda/Sarcodina/Sarcomastigophora
kingdom: protista
amoeba, entamoeba
Phylum Zoomastigina/Mastigophora
kingdom: protista
Trypanosoma, Giardia
Phylum Ciliophora
kingdom: protista
ciliate protozoans
Stentor,Paramecium , Balantidium
Phylum Apicomplexa/Sporozoa
kingdom: protista
non-motile parasites
Plasmodium
Phylum Euglenophyta
kingdom: protista
Euglena
photosynthetic flagellates
photosynthetic flagellates
euglena
"eye spot"
photosensitive area in euglena
Phylum Bacillariophyta
diatoms
tests
shells remaining from diatoms
Division Acrasiomycota
kingdom: protists (fungus like)
cellular slime molds
Genus: Dictyostelium – free living (amoeboid) and when food is scarce
Division Myxomycota
kingdom: protists (fungus like)
acellular slime mold
multinucleated mass
 
Division Oomycota
kingdom: protists (fungus like)
water molds or egg fungi
Peronospora
Peronospora
kingdom: protists
causes blue mold of tobacco plants
phylum: oomycota
Phylum Chlorophyta
kingdom: protista
Volvox,Spirogyra
Phylum Phaeophyta
kingdom: protista
brown algae
Phylum Rhodophyta
kingdom: protista
red algae
hyphae
thin filaments of fungi
mycelium
an intertwined mass of hyphae
saprophytic
feeding on dead material
Division (Phylum) Zygomycota
kingdom: fungi
Rhizopus, Mucor
Rhizopus

reproduction
kingdom: fungi
Phylum) Zygomycota
sexual: conjugation of hyphae forming zygospores
asexual: sporangia
coenocytic
undivided hyphae
rhizoids
anchor the hyphae in place
sporangia
house the asexually-produced spores
Division Ascomycota
kingdom: fungi
Peziza, Penicillium, Saccharomyces
Sac or cup fungi, yeasts, truffles
Deuteromycetes – imperfect fungi (Candida and Pneumocystis)
acsi
spores are produced in these small sacs in ascomycota
conidia
asexual spores of ascomycota
conidiophores
produce spores in ascomycota
Division Basidiomycota
kingdom: fungi
Agaricus, Coprinus
Club fungi, mushrooms, rusts
sexual reproduction only
coprinus
kingdom: fungi
phylum: basiomycota
Division Chytridiomycota
Fungi that have some motile stage in their life-cycle
(believed to be the most primitive of the Fungi
Bryophytes
kingdom: plantae
phylums: Bryophyta, Hepatophyta, Anthecaerophyta
antheridia
male gametophyte in bryophytes
archegonia
female gametophyte in bryophytes
Phylum (Division) Bryophyta
kingdom: plantae
Mnium
Mnium
kingdom: plantae
phylum: bryophyta
moss, spore grows tall out of gametohpyte
Phylum (Division) Hepatophyta
kingdom: plantae
Marchantia
liverworts
gemmae cups
asexual repoduces in Marchantia- Bryophyta
gametophyte dominant
gametophyte most visible
Bryophytes
antheridiophores
the antheridia are located along the upper surface of these stalked structures
archegoniophores
the archegonia are located on the underside of these stalked structures
Marchantia
capsule
the diploid sporophyte grows within the archegonium by mitotic divisions
Phylum (Division) Anthocerophyta
kingdom: plantae
bryophyte
hornworts
Seedless-Vascular/Tracheophyta
lower vascular plants
tracheids
lignified cells for internal water transport and increased structural rigidity in tracheophyta
homosporous
producing only one type of spore which grows into a gametophyte with both antheridia and archegonia
Phylum Lycophyta
kingdom: plantae
seedless-vascular
Selaginella
club mosses
Marchantia
Phylum (Division) Hepatophyta
kingdom: plantae
heterosporous
bryophyte
heterosporous
producing seperate spores for archegonia and antheridia
epiphytes
plants which grow on other plants
strobilus
terminal cone-like structure
megasporangium
produces megaspores, which in turn grow into female gametophytes
microsporangium
produces microspores, which grow into male gametophytes
Phylum (Division) Pterophyta
kingdom: plantae
ferns
Equisetum, Psilotum
megaphylls
leaves with branched veins
microphylls
leaves with a single vein
prothallus
a small independently-growing gametophyte housing the antheridia and archegonia in Pterophyta
sori (singular sorus
Clusters of sporangia on the underside of leaves in Pterophyta
Angiosperm
enclose the seed within some form of fruit
Seed Plants- Upper division
Gymnosperm
seed occur exposed within (or upon) the scales of the strobilus (the cone)
Seed Plants- Upper division
Division Coniferophyta
kingdom: plantae
Pinus
cone-bearing plant
staminate/pollen cones
Male cones in Coniferophyta
containing scale like structures called microsporophylls holding miscrosporangia
seed cone/strobilus
female cone,on short lateral branches near the apex of young branches
containing megasporophylls holding ovules
Coniferophyta
Division Magnoliophyta
kingdom: plantae
Angiosperms
Class Liliopsida
Class Magnoliopsida
Class Magnoliopsida
kingdom: plantae
phylum: magnoliophyta
Tilia
dicots
Class Liliopsida
kingdom: plantae
phylum: magnoiliophyta
Zea, Lilium
monocots
micropyle
opening to the megasporangium for pollen tube
angiosperms
stigma
a flattened and often tip receptive to pollen at top of style
angiosperms
style
slender stalk
angiosperms
pistil
consists of three parts: the ovary, an enlarged basal region; the style, a slender stalk; and the stigma, a flattened and often tip receptive to pollen
seed-like structures called ovule
angiosperms
megagametophyte
megaspore with eight nuclei ready for fertilization
1- egg
2- polar nuclei-nutritive tissue
angiosperm

5-
endosperm
nutritive triploid tissue in megagametophyte
double fertilization
angiosperms
1 sperm nuclei fertilizes egg
1 sperm nuclei fertilizes polar nuclei
pollen
sperm consisting of 3 cells- 1 nuclei for tube nucleus
2 nuclei for double fertilization
angiosperm
anther
tip of filament where sperm produced
stamen
male floral parts
anther, filament
sepal
small semi-leaves at bottom of pistil
angiosperm
corolla
all petals on flower