IMES

IMES

Wednesday, September 11, 2013

Rebecca: Sediment Samples and Ice Cream!

For my project I will be taking sediment samples in several different locations as well as keeping note of the wildlife I observe. I would need a bar graph like the one to the right to compare the number of wildlife found at the different sites.

I'll also be taking sediment samples. I could use a 100% stacked column graph, like we did in our graphing exercise. It would make it very easy to compare the grain size of the sample sites.


I'm hoping that my research will show some type of relationship between the number of organisms present and the type of sand at the beach. Will there be more wildlife at the beaches with the natural sand that is full of tests? Does the finer hard packed sand deter wildlife from taking up residence? If I see any correlation between the sediment and wildlife I could use a scatter plot like the one above to show how strong or weak the relationship is.



I plan on putting my kids to work as my little helpers. They are going to help my keep track of all the wildlife we see. At the end of the day they just might be rewarded with a special treat!
Yummy ice cream!!

Ryan Dail - Coastal Fisheries

I have always had a fascination with fish as well as other marine wild life. When fishing, the state sets certain seasons that allow fishermen to harvest fish as well as what fish they can harvest. With my research project, I would like to find out how the state of Florida sets these seasons. I would also like to know how the seasons benefit the fish along with how they benefit the fishermen. Although I have not made a final decision on choosing my research project, I feel like I am within arms reach.
 
This is just an example of a type of graph I might include in my project. I am not sure what kind of graph this is called, if it is even considered a graph. I'm a bit confused on the difference between a chart and a graph. If anybody knows feel free to comment.

Seaira - Salinity testing of plants.

I certainly have a few ways that I could develop and arrange this project. I am interested in plant life and the ecosystems affected by them in the coastal dune areas and mangroves. Currently through my own research I have been practicing basic identification of native species to this area, as well as the non-native invasive species that interact with the natural ecosystem. I am curious to see how the native species deal with salinity within the soil substrate. Upon my initial research for this project I found that plants are placed into categories of salt intolerant, glycophytes, and salt tolerant plants, halophytes. Realizing this I became curious as to what happens when salt water encroaches on areas of agriculture where the majority of the crops are glycophytes.
For my project I would like to sample plants species at different locations and test the salinity to see how far away from the actual beach salt encroaches. I would ideally like to use GIS (Geographic Information System) software to create a map of my findings, and maybe even shed light on areas that are being affected by saltwater encroachment.
Through my research I also discovered that secondary salinity in a soil substrate, or plants root systems can occur naturally, through sediment weathering or through human disruption of the native plant species. When agricultural activity takes place native plant species are removed and more shallow rooted plants are put in their place. During this process the water table is able to rise bringing with it NaCl to the soils surface. Having large root systems from native shrubs and trees keeps the water table at appropriate levels from root absorption.
I still need a few suggestions or some advice to make this project viable. Here are my considerations; Do I test one species of plant, or many? Do I test agricultural plants, or native ones? Should I test the soil substrate for saline properties, or the plant itself?
Native plants and ecosystems play an important role in the health of soil salinity and pH. Through this research hopefully I can find alternative solutions to help agriculture thrive while maintaining a proper balance, and possibly observe how salt water encroachment is affecting the local environment.
I plan to record my findings with a bar graph to compare different saline levels in plants, or possibly a scatter plot graph to show a correlation between distance from the shoreline, and recorded salinity levels. And finally to show my testing sites and findings I would like to transfer my data into GIS software for future usage.

Richard - Natural and Artificial Reefs




This past week I sent Chad (Marine Science Center) an email reintroducing myself after meeting him at an Artificial Reef Seminar earlier this year. I am going to explore the possibility of recreating a experiment that was conducted at Oregon State by Mark A. Hixon. Mark has a very interesting youtube video where he shares about the benefits of coral combating cancer. The experiment was about what effect does artificial reefs have on natural reefs in regards to the number of species. One of the theories I learned last semester is that when placing an artificial reef such as a ship or concrete debris it needs to be done so it does not negatively influence species of an already existing reef. We do not want just to move species from one location to another. We want to increase the species.I am including the link which should take you to Oregon State study. Within the report it has a graph. My concern is the short duration of the semester. Normally studies are conducted over years not months. My questions that I am researching is the amount of salinity and water tempurature needed.

http://hixon.science.oregonstate.edu/files/hixon/publications/042%20-%20Carr%20&%20Hixon%2097%20Fisheries.pdf