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Collection of plant fossils that lived in tropical rainforests.

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Arecaceae family fossil.

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Fossil in the Fabaceae family.

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Lauraceae family is known for small droplets on leaves.

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Ex: The way the flower functions.

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Physical structure of a flower specifically.

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Conclusion Statement about Darwin's theories of evolution

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Conclusion Statement about Darwin's theories of evolution

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~ IN ALL ANGIOSPERMS:
In bryophytes haploid generation is dominant and for vascular plants the diploid generation is dominant. These modifications are in these stages due to the differences that are evolved through generations.
~ Angiosperms gradually evolved suggesting stabilized selection since the traits accumulated over time.

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Conclusion Statement about evolution at work

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Conclusion Statement about evolution at work

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~ Gradual equilibrium occurs in plants when they have evolved over thousands of geenerations.
~ Insects and plants lived closely together to where the flowers and pollinators coevolved.
~ Reproductive isolation occurs in actions with pollen grains and the stigma as post-mating seclusion.
~ Due to rapid diversification a great difference has occurred and caused adaptive radiation (variation in a group of organisms into niches). These different traits are called key innovations in success of the evolutionary process.

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Evolution in DNA and RNA is shown here from different number of nucleotides and how the ancestors differed in genetics.

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Eudicot & Rosaceae
The similarities in both flowers show relatedness and through the generations differences are shown through oraganisms evolving with different traits. Ex: similar color (type of chromosome, different # of chromosomes).

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Monocot vs. Dicot:
Monocot and Diots are two different types of Angiosperms which show the differences of how these organisms evolved.
~ Monocot's have one cotyledon and Dicot's have 2.
~ Pollen in Dicot type of flowers have 1 furrow/pore, compared to dicot flower's contain 3 furrows.
~ In monocot's flowers are in three's,  as to dicot flower's are in parts of 4 or 5.
~ Veins are parallel in monocot and in dicot flowers veins are reticulated
~ Roots in monoct's are firbrous and tap roots are in dicot flowers.
~ Vascular bundles are dispersed in monocot and ringed in dicot.
Eudicots: mostly plants traditionally called dicots (more true form of dicot type).

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This is the beginning of the plants Flower life cycle:
~ Seed starts to form.
~ Seed falls on the ground.
~ After a few days, seed absorbs water and slits (monocot doesn't).
~ Germination (seed begins to grow and shoot roots) begins
~ Photosynthesis (Chloroplasts convert energy from sunlight, carbon dioxide, and water to sugars.  Stores sugar in roots/stem.  Water is transported through root hairs.  Sugar is changed into energy.  New leaves grow.  Flowers grow.)
~ Reproduction occurs (The pistil opens and stamen fertilizes eggs.)
~ Pollination happens (Pollen sticks to the legs of the insect, and they use this as their food.)
~ Seeds disperse (Seeds spread by wind, animals, water, or humans and life cycle restarts.)

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Taxonomy is a way that can classify organisms in specific groups which can give you information on if two different organisms are in the same group and tell there level of relatedness since this shows how much they are related to each other by the different groups.

Hyacinth:
Domain-  Eukaryota
Kingdom- Plantae
Phylum- Angiosperms
Class- Monocots
Order- Asparagales
Family- Asparagaceae
Genus- Hyacnithus
Species- eichhornia

Maple Tree:
Domain- Eukaryote
Kingdom- Plantae
Phylum- Angiosperms
Class- Eudicots
Order- Sapindales
Family- Sapindaceae
Genus- Acer
Species- rubrum

Watermelon:
Domain- Eukaryote
Kingdom- Plantae
Phylum- Angiosperms
Class- Eudicots
Order- Cucurbitales
Family-Cucurbitacaea
Genus- Citrullus
Species- lanatus

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Scientific name: Acer rubrum
Location:
~ originated from Northern Hemisphere
~ currently found in deciduous forests
Behavior:
~ lives in sunny, shady, and dry climate
~ grows healthiest in deep, wet, and acidic soil
~ can withstand any weather
~ produces seeds at 4 yrs old
~ red flowers appear from March to April
~ both nocturnal & diurnal
~ most time spent living alone
Physical Features:
~ typically 60-90 ft tall
~ lifespan is 80-100 yrs
~ 5- lobed leaves
~ red, orange, and yellow leaves
~ contains red flowers, twigs, and fruit

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Scientific name: Citrullus Lanatus
Location:
~ originated from subtropical of Africa
~ currently grown in U.S. and Mexico
~ temp. of soil in the 20 degrees
~ needs thin, acidic, well drained soil
~ doesn't survive cold soil
~ needs 6 hrs of sunlight daily
~ diurnal
~ lives and grows alone
Behavior:
~ produces flowers and fruit
~ goes back and forth between diploid and haploid generation (Alteration of Generation)
~ sexual reproduction (in female and male flowers)
~ flowers only successful and open for 1 day
~ female flowers open after sunrise
~ uses photosynthesis for food
Physical features:
~ yellow flower 3-4 cm
~ many tan, hard seeds
~ stripes on outside of fruit
~ weighs 9-30 lbs.
~ contains high amounts of water
~ has vitamin B and C ~ low in sugar
~ seeds are high in oil and protein

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Scientific name: Hyacinthus
Location:
~ originated from Anatolia Asia
~ located currently in warm areas due to not being able to survive harsh enviroments
Behavior:
~ bloom from March to April
~ requires high temp. to bloom
~ life span of 2 weeks
~ will not rebloom due to using all the water nutrients in the soil
~ diurnal
~ lives in groups
~ attractive scent leads males to females and moves along reproduction and mating
Physical features:
~ 20 cm long and 5-15 cm wide
~ bell-shaped flower
~ 7-8 leaves
~ gives off a perfume scent