science+fair+project

=Topic-= Global Warming =Hypothesis-= the sceintist asks, "Can a plant survie by water alone in global warming effect?"

=Research-= The greenhouse effect is the process by which absoprtion and emission of radiation by gases in the atmosphere warm a planet's lower atmosphere and surface. The major greenhouse gases are water vapor, carbon dioxide, methane, and the ozone. The human-interaction in the environment increased since the Industrial Revolution times. Manufacturing caused the great changes of the ozone, thus creating the greenhouse effect. The changes in the ozone can be caused from smoke and gasses that come from the industrial factories. Most of the gasses would be to fossil fuels and forest deforstation.The green house effect is when radiation is absorbed into the atmosphere and is radiated in all directions. This causes the rise of sea level over most of the land. Although the concentration of the ozone in the ozone layer is very small, it is vitally important to life because it absorbs biologically harmful ultraviolet radiation coming from the sun. The breakdown of ozone in the stratosphere results in the ozone molecules being unable to absorb ultraviolet radiation. Consequently, unabsorbed and dangerous ultraviolet-B radiation is able to reach the Earth’s surface. A substance in the air that can cause harm to humans and the environment is known as an air pollutant. Pollutants can be in the form of solid particles, liquid droplets, or gases. In addition, they may be natural or man-made. A lack of ventilation indoors concentrates air pollution where people often spend the majority of their time. Air pollution is a major risk factor for multiple health conditions including respiratory infections, heart disease, and lung cancer.

=Bibliography-= Tudor Vieru (April 27th, 2012) //Effects of global warming obscured over east coast, 5/4/12// []

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=Materials-=
 * 4 inch pot
 * measuring cup
 * measuring spoons
 * Scott's easy seed
 * fertilizer
 * mini shovel
 * sunlight
 * __gardening gloves__
 * __water hose__
 * water
 * plastic bags
 * outside area
 * outside __clothing__
 * __college__ ruled __paper__
 * __tablet__
 * clipboard
 * 37-48 days for experiment

=Procedure-=
 * 1) __gather__ all materials
 * 2) go outside
 * 3) open bag of fertilizer
 * 4) pour 1/2 cup of fertilizer into 4 inch pot
 * 5) close bag
 * 6) open bag of Scott's easy seed
 * 7) sprinkle 1 tsp of seeds onto fertilizer
 * 8) close bag
 * 9) unroll __water hose__
 * 10) screw water hose onto pipe
 * 11) turn pipe on
 * 12) water seeds lightly
 * 13) turn pipe off
 * 14) roll up water hose
 * 15) place plastic bag over pot; tie tightly
 * 16) water seeds every day; lightly
 * 17) replace bag over pot after watering
 * 18) once seedlings grow into __plants__, check back for moisture inside bag
 * 19) if moisture, write down data onto paper
 * 20) place bag back onto pot
 * 21) the next day, place two more bags on top of first bag
 * 22) proceed routine as of #16
 * 23) after a week of routine, miss two days of watering
 * 24) check pot after second day of no water
 * 25) if change occurs, record data onto paper
 * 26) proceed twice more #s 22-25

=Table of Data-=

=Data Graphs-= = = =Results-= Out of the tasks needed to get through this experiment, Ive gotten positive results. As of the specimen, it was negative. With the plant being under the process of so called "global warming", it soon died after the procedures ended. The concentrated air killed it as of no flow of air being cycled around. =Conclusion-= The experiment was a fail, but positively. The plant was able to survive throughout the given time of the experiment. Although it died shortly afterward, it made it through the procedures and gave reasonable data. Overall, The procedure was a sucess. =Application-= The concluded experiment is applied to everyone everywhere. It applies mostly to manufacturing companies worldwide. Human-Interaction in the environment is also applied. =Reccomendations/Revisions-= What could have been done better was the testing procedure. It had too many variables to do all at once. The experiment itself was quite difficult to do. Keeping up with the dates of when and at what time was excrutiating. The plant specimen was still too young to be tested fully. What needed to be done was, of course, an already grown out plant to __work__ with. There should've been another plant to test on with the same procedures but different aquirements. One such as the plant itself, two, the amount of water given, third, the plant's container. Maybe even changing what kind of seed it was. Monocot or Dicot? This all might just give better results. Surely next time, a change will be spotted more accurately when using two different containers for the experiments. Differences will be shown through time itself. The growing time of the specimens will be proof of distinct change in full effect.