adaptation of an animal cuticle layer of a plant introduced species adaptation of a plant detritivore lichen taxis behavior mutualism xerophytes organ system niche water potential oxygen transport parasitism cholesterol enzyme phloem ATP tissue pollen autotroph mitosis pollinator properties of water eukaryote population antibiotic feedback inhibition predation nitrogen cycle genetic variation within a prokaryote effects of smoking population seed dispersal (animal, biological magnification starch wind, water) lung disease transpiration xylem immunity heterotroph commensalism homeostasis *You may work in groups of up to 3 people max. Presentations are due the day of the exam: Weds. June 3rd, 2015. Get creative, have fun, and showcase your Bio expertise!
adaptation of an animal adaptation of a plant taxis behavior xerophytes water potential cholesterol ATP autotroph properties of water antibiotic nitrogen cycle effects of smoking biological magnification lung disease immunity commensalism cuticle layer of a plant detritivore organ system oxygen transport enzyme tissue mitosis eukaryote feedback inhibition genetic variation within a population starch transpiration heterotroph homeostasis introduced species lichen mutualism niche parasitism phloem pollen pollinator population predation prokaryote seed dispersal (animal, wind, water) xylem *You may work in groups of up to 3 people max. Presentations are due the day of the exam: Weds. June 3rd, 2015. Get creative, have fun, and showcase your Bio expertise!
aice_bio_final_exam_project_rago_2015.docx