You must be able to demonstrate
___ A prokaryotic cell
___ A motile unicell
___ A motile colony
___ A pseudoparenchymatous organism
___ A simple, (non-vascular) parenchymatous thallus
___ The hymenium of a basidiomycete sporocarp
___ The hymenium of an ascomycete sporocarp
___ The sporophyte of a moss
___ The gametophyte of a hornwort
___ The gametophyte of a liverwort
___ The gametophyte of a fern
___ The archegonium of a non-seed vascular plant
___ The sporangium of a fern
___ The spores of a non-seed vascular plant
___ The female gametophyte of a gymnosperm
___ The male gametophyte of a flowering plant
___ Sepals
___ Petals
___ Stamens
___ Pistil
___ Endosperm
___ Embryo
___ Xylem
___ Phloem
___ Cortex,
___ Pith
___ A simple leaf
___ A compound leaf
___ Parallel venation
___ Reticulate venation
___ Stomates
___ Root hairs
___ The ovulate cones of a conifer
___ The pollen cones of a conifer
___ The flower of a monocot
___ The flower of a dicot
You must be able to explain.
___ Water and mineral transport in xylem
___ Photosynthate transport in phloem
___ The role of mitosis in growth and in reproduction
___ The role of meiosis in sex genetic diversity
___ The differentiation of meristematic tissues
___ Photosynthesis, fixing energy and matter
___ Decomposition and respiration in the release of energy and matter
___ The alternation of generations
___ Pollination
___ Dormancy