How does the weather  compare between   Tallahassee, Florida and Puerto Ayora, Galapagos, Ecuador?

By

Melina  

 

Abstract

The purpose of my project was to investigate the question: “How does the weather on the equator compare with the weather in Tallahassee, Florida at Latitude 30°N?” I thought that the weather in Tallahassee would vary a lot, and the weather on the equator would be more consistent. I predicted that the temperatures would be similar because this is the end of the summer season in Florida and it is the cool season in South America. October is a dry month in both places, so I thought that there would not be much rain in either place. To begin collecting my data I had to get a thermometer and rain gauge. Then, every morning at 7:30, I checked the instruments to see what the temperature was and how much it had rained. I wrote these numbers down in my science project notebook. Meanwhile, my mother collected temperature and precipitation data from Galapagos in South America and sent it by email to me. My results show that the weather in Tallahassee varied more than the weather in South America. There was not a big difference in the daily mean temperatures between Tallahassee and Puerto Ayora, but the temperatures were more consistent in Galapagos than in Tallahassee. My rainfall data shows that during October there is little precipitation in either place. My conclusion was, that I correctly predicted that the weather in Tallahassee would vary more than in Puerto Ayora on the equator.  I was also correct in thinking that the daily mean temperatures would not be very different, and that, because it was not the rainy season in either place, it would not rain much at all.  

Experimental Design

PROBLEM:

How does the weather in Puerto Ayora, Galapagos at latitude 0° compare with the weather in Tallahassee, Florida at latitude 30° N

PURPOSE:

To compare how the weather differs between Tallahassee at latitude 30° N and Puerto Ayora, Galapagos at latitude 0°

HYPOTHESIS:

I think that the weather in Tallahassee will vary a lot, and the weather on the Equator will be more consistent. The temperatures will be similar because this is the end of the summer in Florida and the cool season in South America. October is the dry season in both places so there will not be much rain I either one.

VARIABLE:

Data gathered in Tallahassee, Florida and in Puerto Ayora, Galapagos Islands, Ecuador.

MEASURED DATA:

Max/Min temperature, daily rain fall.

MATERIALS:

Max/Min thermometer, rain gauge.

Experimental Procedure

PROCEDURE: Data Collected by Melina in Tallahassee, Florida at 30°N.

Obtain max/min thermometer and rain gauge.

Set them up outside, in the back yard.

Every morning at 7:30 a.m. (EST) collect data.

Write down collected data in science project notebook.

Data obtained from the Charles Darwin Research Station, in Puerto Ayora, Galapagos at latitude 0° by Lynn Fowler 

Obtain data from CDRS.

Send data to Melina by e-mail.

Experimental Data Collected

  Experimental Data Collected

Experimental Data Analysis: Graph of Data

 

 

Experimental Write Up

  RESULTS:

Comparing the rainfall data for Tallahassee, Florida and Puerto Ayora in the Galapagos, there was not much difference because little precipitation fell in either area. Comparing the temperature data it is obvious that on the equator the temperature does not vary much from day to day. In Tallahassee the daily temperatures vary much more than on the equator.

CONCLUSION:

Like I said in my hypothesis I thought the weather in Tallahassee would vary and on the Equator the weather would be more consistent. I thought the temperature would be pretty much the same in both places. I did not think that it would rain much in either place. As you can tell from the graphs my hypothesis was correct.

The temperature range in Tallahassee in the month of October 2004 was from a high of 91°F and a low 52°F and the daily mean temperature varied between a high of 80°F and a low of 61°F. The daily mean temperature in Puerto Ayora varied between a high of 73°F and a low of 69°F. The total rainfall in Tallahassee was 2.5˛, and in Puerto Ayora the total rainfall was .39˛.

 

APPLICATION:

Understanding the temperature and rainfall data of Tallahassee and Puerto Ayora would be useful for travelers who want to travel to either of these places. They are both popular travel destinations.

 

RECOMMENDATION:

If I had had more time with my mother before she left, to plan what to measure, I would have liked to collect the barometric pressure data to compare the two areas. I would think that it would be interesting.

 

SUMMARY:

I was investigating how the weather on the Equator compares with the weather in Tallahassee Florida. I learned that the weather in the two places during the month of October is actually fairly similar. There is little rain in either place. The thing that is most different is that the temperature varies more in Tallahassee than on the Equator.

Glossary

  

GLOSSARY

 

Barometer: an instrument for measuring atmospheric pressure, used especially in weather forecasting.

  Climate: the meteorology conditions, including temperature, precipitation, and wind that characteristically prevail in a particular region.

  Cloud: a visible of very fine water droplets or ice particles suspended in the atmosphere at altitudes ranging up several miles above level.

 

El Nino: a warming of the ocean surface off the western coast of South America that occurs every 4 to 12 years when upwelling of cold ocean water, off the weather does not occur.

 

Gauge: a standard of scale of measurement; a standard dimension, quality, or capacity.

 

La Nina: cooling of the ocean surface off the western coast of South America, occurring periodically every 4 to 12 years and effecting Pacific and other weather patterns.

 

Meteorology: the science that deals with the phenomena of the atmosphere, especially weather and weather conditions.

 

Temperature: the degree of heat as an inherent quality of objects expressed as hotness or coldness relative to something else.

 

Thermometer: an instrument for measuring temperature, especially one having a graduated glass tube with a bulb containing a liquid.

Weather: the state of the atmosphere at a given time and place, with respect to variables such as temperature, moisture, wind velocity, and barometric pressure.

Bibliography

Crystal, Ellie. “Weather.” Ellie Crystal Metaphysical and Science Website. Electronic address: http://www.crystalinks.com/weatherdefinition.html October 20, 2004. October 10, 2005

Lyons, Walt. “Climate Changes.” The Handy Weather Answer Book. Visible Ink Press, Copyright 1997 by Accord Publishing Lyd.

 

“Fact Monster.” Weather 2000-2004 Pearson Educations.

Reflection

State  this: What is the best about my project! What I learned and what I would do to make the project better the next time I do it.