2. the study of the relationships between biotic and abiotic factors in environments eco (G) root home, abode eco climate eco system eco tourism log, -o, y (G) suffix study of zo ology epidemi ology climat ology Ecology Eco logy
3. LEVELS OF ORGANIZATION Organism – individual, living thing Population - all the individuals of the same species (like mallard ducks) in an area
5. Community - all the populations that live together in an area
6. Ecosystem - the community plus the physical factors in an area (rain, light, soil..) Examples: Rotting Log Koi Pond Lake Clump of Dirt A field An old maple tree
7. Biome - large area that has a particular climate , with certain species of plants and animals living there (e.g., tundra or grassland)
9. Biotic Factors Bio bio(s), bio(t) (G) root life include plants, animals, fungi, microorganisms bio logy bio statistics bio graphy bio technology bio sphere bio mechanics biot ic bio feedback
11. Abiotic Factors include air, water, soil, temperature, wind, source of energy (usually sun) A a, an (G) prefix not, without a toxic a moral a biotic a musia
13. Ecological methods - how do we study ecology? Observing Experimenting Modeling Models are created by humans to make predictions.
14. Sometimes, you must be cautious in how a model interprets data.... Imagine graphing a person's height as they age. One could predict that by the time they were age 30, they would be 22 feet tall. However, the model would need to account for the slowing of growth after adolescence.
15. McLaren, James E, and Rotundo, Lisa (1985). Heath Biology. D. C. Heath and Company. The American Heritage Dictionary of the English Language , Third Edition. (1992). Houghton Mifflin Company. Arms. (1996). Environmental Science . Orlando,Florida: Holt, Rinehart and Winston, Inc. Bibliography