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Botany, Development and Morphogenesis (Environmental Capacity (Temperature…
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Genetics
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Quantitative Trait Loci #
epistasis
multiple genes, one trait
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Soils and Mineral Nutrition #
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Nitrogen Metabolism
Fixation
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microorganism symbiosis #
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Mineral Storage
Central vacuole storage #
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Diversity
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scale variation
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species-area relationships #
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Beneficial interactions between species #
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Flowers and Reproduction #
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Sexual Reproduction
Life cycle: Alternation of heteromorphic generations #
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Vascular Plants without Seeds #
Early Vascular Plants
Rhyniophytes
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Xylem
endarch protostele
protoxylem is in center, metaxylem differentiates on edge
exarch protostele
metaxylem in center, protoxylem on edges
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Zosterophyllophytes
small herbs, no secondary growth
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Microphyll Line: Lycophytes #
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Megaphyll Line: Euphyllophytes #
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Monilophytes
leptosporangiate ferns
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sori
underside of leaves, clusters of sporangia
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Vascular Cyptogams
ferns and fern allies
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level of evolutionary advancement, not a family tree
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World Climate
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Continental Climate
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Oceanic distribution of heat #
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Past
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Mesozoic era
Tethys sea
between Pangaea's N&S continents #
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Commelinoid monocots
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Poales
cattails, bromeliads, sedges
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Eudicots
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Basal Eudicots
Caryophyllales
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perisperm
surrounds embryo, nutritive tissue
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Asterid Clade
sunflower, periwinkle, petunia, morning glory
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Genetics control everything in a plant, from beginning growth to reproduction. Better understanding of plant genetics has given us the ability to modify portions of the plants genetic codes and improved the way that we can mold their functions to make our lives easier.
To understand plant populations and their role in ecosystems, one must first understand their community ecology
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Biomes have ultimately been the driving force behind the way that plants interact with each other and the world
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Plants have developed many ways to utilize the nutrients in the soil. They can communicate via chemical interactions in the soil, have relationships with beings other than themselves in the soil (such as fungi), and can even tell when denser pockets of nutrients are near.
Evolution has given roots their specialization. Plants continue to use their roots to obtain nutrients, and evolve to use their surroundings.
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