1. TAXONOMY PRESENTATION

2. KINGDOMS 1.Plants 2.Animals 3.Protists 4.Fungi 5.Archaebacteria 6.Eubacteria

3. KINGDOM ANIMALIA 1.Porifera 2.Cnidaria 3.Playhelminthes 4.Nematoda 5.Mollusca 6.Annelida 7.Arthropoda 8.Echinodermata 9.Chordata

4. BODY PLANS: 1.Asymmetry: no symmetry ex. Porifera (sponges) 2.Radial Symmentry: cut anywhere in plane and symmetrical. ex. Volvox 3.Bilaterial Symmetry: mirror images halves. ex. butterfly

5. FEEDING STRATEGIES Autotroph or Heterotroph

6. AUTOTROPH: Can produce own food: Photosynthesis

7. HETEROTROPH Cannot produce own food Examples: 1.grazer 2. predator 3. scavenger 4. parasite 5. decomposer 6. filter feeder

8. SYMBIOTIC RELATIONSHIPS 1.Parasitic: one organism is harmed and the other benefits ex mosquito/human 1.Commensalism: one organism doesn’t get helped or harmed but the other benefits ex. Shark/remora 1.Mutalism: both organisms benefit ex. Oxpecker and rhino

9. REPRODUCTION 1. Sexual: external or internal fertilization 2. Asexual: offspring arise from singe parent 3.Monoecious: each individual produces both egg and sperm 4.Dioecious: each individual produces either egg or sperm but not both.

10. PLANKTON AND DETRITUS 1.Detritus: ODRSAP Old, dead rotten stuff and poo 2. Plankton: live in water, “carried by the current”- member of at least three kingdoms, protists, animals, and plants.

11. PHYTOPLANKTON/ZO OPLANKTON Phytoplankton: mostly protists and photosynthesize Zooplankton: protists and animal Larval state of almost all invertebrates, some fish Organisms which remain plankton Ex. Krill: feed many large aquatic animals Ex: copepods: extremely important to ocean life food web