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Surface Area To Volume Ratios In Plants (Arid Vs. Moist Environments) - Papers Online

Surface Area To Volume Ratios In Plants (Arid Vs. Moist Environments)

Surface Area to Volume Ratios in Plants (Arid vs. Moist Environments)
The ability of plants to survive in certain environments depends on many abiotic factors such as the amount of water or light available. It is important to look at how these factors affect the growth and survival of plants in order to determine their future success. In today’s day and age, with the environment under constant pressures such as pollution and global warming it is crucial to investigate aspects such as how much water loss or water intake a plant can withstand. A plant in an area with large amounts of precipitation for example, is expected to have a high surface area to volume ratio. If weather patterns ...

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photosynthetic surface areas.

Hypothesis:

Alternative Hypothesis: states the hypothesis being tested in this experiment. Photosynthetic structures of plants adapted to arid environments have a lower surface area to volume ratio than plants adapted to less dry or moist environments.
Null hypothesis: there are no differences between the wet and dry habitat plants and observed differences are purely a result of chance. The null hypothesis is formulated to be rejected.

Methods:

The methods used to gather data for this experiment were fairly simple. Three plants from an arid environment and three from a moist environment were gathered randomly from the UCLA botany garden. Three photosynthetic structures from each plant were then chosen to be measured. If the stems along with leaves were photosynthetic they too were measured. The length, width, and height of each structure was then recorded in order to use for later calculations.

Statistics Method:

After gathering ...

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Surface Area To Volume Ratios In Plants (Arid Vs. Moist Environments). (2008, December 10). Retrieved November 23, 2024, from http://www.essayworld.com/essays/Surface-Area-Volume-Ratios-Plants-Arid/94395

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PAPER DETAILS

Added: 12/10/2008 03:24:23 AM
Category: Science & Nature
Type: Free Paper
Words: 1126
Pages: 5

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