it's a prokaryote (lacking nuclei) - single celled, no membrane bound organelles, smaller & less complexCoccus - sphericalBacillus - rod-likeSpirillum - spiral
Coccus
kocuria rhizophila
Bacillus
Bacillus subtilis
Spirillum
Rhodospirillum rubrum
it's a prokaryote - single celled, no membrane bound organelles, smaller & less complex some live in extreme environmentsextremely hotchemically abrasive
archaebacteria
Halobacterium
it is eukaryotic - contain membrane bound organelles, complex structures
Protists
Characteristics aquatic diverse in structure could be heterotrophic (can make their own food) or Autotrophic (can't make their own) Motile (use, pseudopods, cilia or flagella Unicellular Complex w/ many organelles Reproduce both ace/sexually
Animal-like
Sarcomastigophora
Sarcodines
Amoeba proteus
use pseudopods to move (blob-like and very slow)
Ciliophora
Ciliates
paramecium caudatum
They have cilia (tiny & hair like) that beat in order to move (in a propelling motion)
Zoomastigina
Zooflagellates
trypanosoma gambiense
they have a flagella (tail-like and moves fast like)
Apicomplexa
Sporozoan
Plasmodium/Malaria
no pseudopod, cilia or flagella they invade or get eaten by hosts which helps distribute them
Plant-like
photosynthesize - its why they're plant like
Rhodophyta
red algae
Euglenoids
Euglena
Dinoflagellates
gonyaulax spinifera
Fungi-like
saprophytic heterotrophs - (digest externally & then absorb food)
Acellular molds
red raspberry slime mold
Cellular slime molds
physarum polycephalum
Water Molds
Penicillium expansum
Fungi
characteristics chemoheterotrophic - can't produce their own food: absorb it reproduce using spores a/sexual usually not motile Alternation of generation cell wall are made up of chitin
Zygomycota
Common Molds Conjugated - a/sexual -asexual , spores are released Sexual , zygote is formed
Rhizopus stolonifer (Bread molds)
Ascomycota
Sac fungiasexual , fragmentationSexual , zygote is formed
Yeast
Basidiomycota
Club Fungisexually - zygote is formed
Amanita phalloides (Death cap)
Deuteromycota
Imperfect Fungiasexual - spores are released
Hyphomycetes
chytridiomycota (chytrids)
chytridsa/sexualspores alternation of generations
Batrachochytrium dendrobatidis
Plants
defining characteristics include:multicellularPhotosynthetic - contain chlorophyl a & bAlternation of generations - change btwn haploid & diploid state Develop from embryos - product of sexual fusion
chlorophyta
chlorophyll a & b = green colour = better photosynthesis
Gree Algae
non vascular
Characteristics they've have adapted to moist environmentsLack vascular tissueadaptation smaller/shorter = more efficient when moving nutrients throughout the plant
Bryophyta (mossess)
Hepaticophyta (liverwort)
Anthocerophyta (hornworts)
seedless vascular
Characteristics Vascular structures allow them to grow larger, survive in habitats that may not have water readily availableas they are able to transport the nutrients throughout the plant (Xylem & Phloem)
Pterophyta (fern)
Lycophyta
Gymnosperms
Characteristics leaves have reduced surface area (needles)when temp. decrease they are able to retain/store water = minimal water loss
Coniferophyta
Cycadophyta
Gnetophyta
Ginkgophyta
Angiosperms
Characteristics Vascular structureswaxy coating prevents extra water from entering/exiting = better ability to retain water and beat the competition
Anthophyta
Animal
heterotrophic diploid multicellulardevelop from blastula
Porifera
Characteristics simplest multicellular animalasymmetricalno tissuesassexual (budding) + sexual reproduction (releasing sperm)
sea sponge
Cnidaria
Characteristics 2 body forms - free swimming medusa, stationary polypgastrovascular cavity - mouth and anus are one openingradial symmetrynematocysts - within tentacles2 tissue layers - epidermis, gastrodermis
Cubozoa
box jellyfish/sea wasp
Anthozoa
Sea anemones and corals
Scyphozoa
True jellyfishes
Hydrozoa
hydra
Platyhelminthes (flatworms)
Characteristics bilateral symmetry - w/ head & tailcentralized nervous sys. - ladder like sys.3 layer tissuesAcoelomateNo circ. sys or hard skeleton
dicrocoelium dendriticum (Lancet Liver Fluke)
Schistosomiasis
Leucochloridium paradoxum
Nematodes (Roundworms)
Characteristics bilateral symmetrycomplete digestive tractbody cavity - coelomatepseudocoelomate
Guinea Worms
Mollusca
Characteristics visceral massmantle - shellFoot / feetradula - structure near mouth used for scraping foodsshell or remnants of onecoelom
cephalopod
octopus
Gastropod
snails
bivalve
clams
Annelida
Characteristics digestive tractsegmentationcoelomclosed circ. sys
oligochaeta
(earthworms)
leech
polychaeta
lugworm
Arthropods
Hard exoskeleton made of chitin and proteinPossess numerous jointed appendages and a segmented bodyMust molt to growbilateral symmetrysegmented bodyjointed legs many pairs of limbs
Crustacea
Characteristicsmandiblescompound eyesbiramous appendagesantenna feet
Branchiopoda
brine shrimp
Maxillopoda
barnacles
Ostracoda
ostracod
Malacostraca
crabs
Hexapoda
Characteristics3 pairs of legsmandibleswings (some)metamorphosisuniramous appendages
Non insect
Protura
Collembola
Diplura
Insecta
Lepidoptera
butterfly
Diptera
2 wing fly
Hemiptera
stink bugs
Chelicerate
Characteristics6 pairs of legspincerschelicerae + pedipalps mouth partsno mandibles / antenna
Merostomata
Tachypleus tridentatus (Horseshoe crabs)
Pycnogonida
Pycnogonum littorale (sea spiders)
Arachnida
Scorpiones (true scorpions)
emperor scorpion
Pseudoscorpiones
house spider
Araneae (true spiders)
Latrodectus mactans (Southern black widow)
Myriapoda
Characteristics no antennamyriads of legs mandibles
Chilopoda (Centipedes)
House Centipede
Diplopoda (Millipedes)
Yellow-spotted millipede
Symphyla
Scutigerella immaculata
Pauropoda
Echinoderm
tube feetno skeleton5 part symmetrydeuterostomeaquatic
Asteroidea (sea stars)
blue sea star
Ophiuroidea (brittle stars)
ophiothrix spiculata
Echinoidea (sea urchins and sand dollars)
Pacific purple sea urchin
Crinoidea (sea lilies or feather stars)
sea lily
Holothuroidea (sea cucumbers).
California sea cucumber
Chordate
hhh
Unichordate
Tunicates
Sea vase
Cephalochordata
Lancelets
Branchiostoma lanceolatum
Vertebrate
agnathans
Cyclostomata
Lampreys
Hagfishes
gnathostomata
chondrichthyes
Whale shark
osteichthyes
Herring
amphibia
tree frog
reptilia
leatherback turtle
aves
barn owl
Mammal
monotreme
Lay soft eggsIncubate them like birdsHave mammary glands and make milkNo nipplesMilk is secreted onto the abdominal fur (platypus) or into a temporary pouch and licked off the skin (echidna)Long periods of maternal care1 offspring/year
Platypus
Echidnas
Western long-beaked echidna
Marsupials
mothers have to give birth earlierYoung are born extremely small relative to adult sizeHighly altricial youngthey live in the pouch to continue developing because they are so small and fragileBUT they are more advantageous to monotremes because it is harder to protect eggs from predators (compared to having them in a pouch), giving the marsupials a better chance at survival In the mother kangaroo's case, when conditions are unfavourable in her environment, she is able to pause their pregnancies
Diprotodontia
red kangaroo
placental
in comparison to marsupials, the placental mammals' offspring are:born nourished from the mother's uterus the placenta is attached and supplies nutrient via umbilical cordthey develop in their mother's body and are born when fully developed Making them less care intensive uterus The offspring are likely already able to walk and see after being born (in other words, they mature earlier than both monotremes and marsupials because of the better nutrition from the uterus)
Proboscideans
african Elephant