Before you can observe any micro-creatures swimming around and going about their micro lives, you must set up their home. Follow these simple steps in order to set up your MicroAquarium:
- Put your MicroAquarium glass together. There will be a glass tank, a stand for the tank to sit in, and a lid.
- Add colored dots to the side of your aquarium to code your aquarium in order to separate yours from the rest of the class.
- The first colored dot indicates your lab section.
- The second colored dot indicates the table you sit at during lab.
- The third colored dot designates the seat number at your lab table.
- Write your initials on the colored dots.
- Using the designated pipet on the side of the container first draw out a soil layer for the bottom of your MicroAquarium from your desired water source and add it to your glass tank.
- Then draw water from the top of the container and add it to your glass tank.
- Then fill the rest of your glass tank with water from the middle of the container.
- Add plants or mosses to your glass tank.
My Personal MicroAquarium
In my personal MicroAquarium, I used a water from Lynnhurst Cemetary in Knoxville, Tennessee at Adair Drive. The coordinates of this Spring Fed Pond are: N36 01.357 W83 55.731 958 feet (McFarland, 2013).
The plants that were added to my MicroAquarium consisted of Utricularia gibba L., Amblestegium varium (Hedwig) Lindberg, and Fontinalis sp.. A bullet description of each plant can be found beow.
1. Utricularia Gibba L.
1. Utricularia Gibba L.
- Carnivous flowering plant
- Orignally from south shore of Spain Lake (N 35o55 12.35" W088o20' 47.00)
- Camp Bella Air Rd. East of Sparta TN. in White Co.
- Grown in water tanks outside of greenhouse at Hesler Biology Building. The University of Tennessee, Knox Co. Knoxville TN. October 13, 2013 (McFarland, 2013).
2. Amblestegium varium (Hedwig) Lindberg.
- Moss
- Natural spring in partial shade
- Originally collected from Natural spring at Carters Mill Park. (N36 01.168 W83 42.832)
- Carter Mill Rd. Knox Co. TN. October 13, 2013 (McFarland, 2013).
3. Fontinalis sp.
- Moss
- Water source partially shaded
- Originally collected from Holston River along John Sevier Highway under I40 Bridge.
- Holston River Water Shed (N36 00.527 W83 49.549 823 feet. October 13, 2013 (McFarland, 2013).
Observation 1: October 16, 2013
Approximately 11:00 - 12:00 PM
Upon completing my MicroAquarium setup, I was able to observe the organisms on a computer monitor via a compound microscope connected to a camera. I saw numerous organisms, some big, some small, others were fast and some moved more diligently. The following descriptions are for organisms I was able to observe, however, only a few have been identified at this point. The positively identified ones are described first.
- Diatom - Pinnularia sp. and Navicula sp.
- Medium sized compared to other organisms in the the aquarium
- Many looked like a banana in shape and in color, though some were clear
- Long with what looks like a clear apendage at the end
- Not slow moving, but certainly not as fast as some other organisms
- Found near the bottom, near or in the soil layer
- (Patrick & Reimer, 1996)
- Urocentrum
- Unicellular, but has a double-celled look
- Fast-moving, somewhat erratic
- Round
- Found near the soil or in the middle of the tank
- Flagelate
- Very quick
- Move by two flagella
- Found towards the soil, but in the open water
- Paramecium
- Very large, the largest organism seen in the tank so far
- Big, somewhat slow-moving
- Tumbling movement
- Other Unidentified Things Seen
- Small, very quick moving organisms in large numbers. Probably the most abundant in the tank.
- An organism covered in cilia and moves by cilia.
Excellent work identifying so many organisms already!
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