Ben Buran and William Mahnke Water Video

https://youtu.be/qtZVlo2YTiY

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#8: A matter of selection by Chase Lyles

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           For our last story of the seed blog post my group and I looked at all of the plants in the garden to see which part of the plants had the most variation. We concluded that the leaves had the most amount of variation. Our Brussel sprout leaves were very small compared to the cabbage leaves. Our leaves were short and round while the cabbage leavers were very large and round .   All of the other plants also had very different shaped  leaves because  of there different size and/or shape.      There are many reasons that there is variation between the different Brassica oleracea plants. One  of the reasons is due to mutations that helped some of the plants survive in a certain conditions  and/or of allele frequency that can change the appearance of the offspring from its parents.  Out of all of the Brassica oleracea plants the part that is most consistent are the leaves. Each one of the leaves are co...
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Blog Post #6 Adison Akery

     After looking at our plant recently, I realized it was hardly recognizable compared to the tiny stub it used to be. It has grown from a few small leaves to a foot-tall brussel sprout plant. But how did it grow to be so large?      Plants start out as a seed as small as a rough grain of sand. They eventually grow to be much, much larger, and there are reasons for this. The first reason is that the cells within the plant are constantly multiplying. Each cell eventually splits in two through a system called Mitosis. For Mitosis to take place the plant requires energy. That energy is gained in another cellular activity called photosynthesis.      Photosynthesis takes place in the chloroplasts in a cell, where sunlight causes enzymes to break down oxygen and hydrogen. When oxygen is released, electrons move down the electron transport chain, where hydrogen ions and the free electrons come together to convert NADP to NADPH. ADP is also conve...
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The Story of the Seed The Brussel Sprouts Brief By William Mahnke, Ben Buran, Chase Lyes, and Adison Akery Abstract: The purpose of this experiment is to see how the color of light affects a plant’s growth.  We hypothesise that red would be the most suitable and help the plant grow the most. The experiment requires colored sheets,many pencils, soil, and wallaby yogurt containers are the pots.  A lot of water is used and you must build tents to create an environment for the plants.  The “red” plants manage to do very well, the other groups doing ok.  This could’ve been because it reproduces the color of the sun.  So whenever people are gardening, it’s important to use a color like the sun for light. Introduction: For our project, we were asked to create an experiment to either test the germination of seeds or the growth rate of plants.  We decided to test if the color of light a plant is receiving affects the growth rate of the plant....
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