II. Materials
•water
•tank
•bubbler
•dechlorinator
•bacteria supplement
•gravel
•windex
•light
•fish
•plants
•fish food
•pitcher
•fish net
•bucket
•strainer
•lab station
•decorations
•brush
•paper towels
•sink
•filter
III. Procedure
1. Pick group members and sign up for your tank
2. Choose which type of fish you would like for your tank
3. Pick your tank
4. Clean tank the inside and outside with water and a scrubber. Clean the outside with windex. Clean your bubbler, gravel, filter, and any ornaments you put in your tank.
5. Add water to tank.
6. Add recommended amount of declorinator and bacteria supplement.
7. Purchase your fish and add them to the tank with proper amount of food.
IV. Data
A.Qualitative
•Observations
-We have a 20 gallon tank.
-There's clear water.
-We have no fish.
-We have a castle in the middle of the tank with one plant on either side of the tank.
-The bubbler is hidden in the castle.
-April 16 we added a feeder minno and named him Smokey.
-April 17 we added a becopia plant. Smokey ate some of the plant. We added some pond water insects that include scuds, daphia, copepods, and larva.
-April 19 we added 2 more feeder minnos. Their names are Sherbert and Big Papa. Sherbert spends most of her day staring at the glass, and Big Papa typically lays on the gravel.
-April 23 we added 5 fish. 1 dwarf gurama named Glenn Coco. 1 black Molly named Gretchen. 1 spotted Molly named Regina. And also 2 zebra danios named Charlie and Lola.
-April 24 big papa, smokey, and sherbet were playing tag around the castle.
-Glenn Coco likes to stay around the filter, and every quick movement around the tank will make him wince.
-April 26 Regina is hiding in the castle and swimming around like she usually does. We think she might be pregnant!
-Glenn Coco and Gretchen like playing in the bubbles.
-Big Papa, Smokey, Sherbert, Charlie, and Lola act like they are their own school even though they are two different kinda of fish.
B. Quantitative
Chart A: Aquacheck
Total Chlorine: 0ppm
Free Chlorine: 0ppm
Total Hardness: 250ppm
Total Alkalinity: 80ppm
pH: 7.8
Chart B: Water Quality
V. Conclusion Questions
1. Some water quality tests include- pH, alkalinity, nitrite and nitrate, water hardness, and ammonia. pH tests the acidity or basicity of a solution. This test goes on a scale from 1-14, 1 being the most acidic and 14 being the most basic. You want to monitor pH to make sure that the water has not been contaminated by an outside source and is safe to drink. Another water quality test is alkalinity. This test shows the totally amount of pH stabilizing compounds in the water. This prevents drastic changes in pH. A typical level of alkalinity is 120ppm. Water hardness is another test, this test looks for the metallic ions present in water. This affects fish living habits and homeostasis. Another test is nitrite and nitrate. This test monitors the nitrogen cycle in the tank. Nitrite levels should remain under 0.75ppm and nitrate should remain under 200ppm. This will keep the fish under the least amount of stress. The final test is the ammonia test. This checks the amount if ammonia in the tank. The scale is from 0.25-3.0+. A level of 0.50ppm is considered toxic in a normal temperature tank.
2. The Nitrogen cycle is the movement of nitrogen through the atmosphere. What happens is that ammonia is released through fish waste, from the water a bacteria nitrosonomas break down the ammonia into nitrite. From the nitrite a bacteria nitrobacter breaks it down into nitrate. Then the nitrate gets taken in by plants. Then the cycle starts all over again. The nitrogen cycle is important to the sustainability of a tank because without it the ammonia in the tank would kill the fish, and there would be no food for the plants to eat.
3. My water quality began being filled with ammonia. From April 8-18 our ammonia was was between 1.0 and 0.5ppm so we were not allowed to have fish for over 2 weeks. On April 22 our ammonia levels were finally at 0.0ppm so then we went an bought fish. Once we added fish and plants our nitite level stayed around 0.5ppm for 1-2 days and then it became 0.0. Our nitrate level was 15ppm our first testing day, but then it became 10ppm, and now it is about a 5ppm.
4. The carbon dioxide/oxygen cycle is very important to our ecosystem. Without this cycle oxygen wouldn't move through the atmosphere. Oxygen is produced through photosynthesis. This is when plants take in carbon dioxide and water with the addition of light and create oxygen and sugar. With out carbon dioxide and water plants in ponds and creeks would have no food. Without oxygen we would have nothing to breathe.
IV. Data
A.Qualitative
•Observations
-We have a 20 gallon tank.
-There's clear water.
-We have no fish.
-We have a castle in the middle of the tank with one plant on either side of the tank.
-The bubbler is hidden in the castle.
-April 16 we added a feeder minno and named him Smokey.
-April 17 we added a becopia plant. Smokey ate some of the plant. We added some pond water insects that include scuds, daphia, copepods, and larva.
-April 19 we added 2 more feeder minnos. Their names are Sherbert and Big Papa. Sherbert spends most of her day staring at the glass, and Big Papa typically lays on the gravel.
-April 23 we added 5 fish. 1 dwarf gurama named Glenn Coco. 1 black Molly named Gretchen. 1 spotted Molly named Regina. And also 2 zebra danios named Charlie and Lola.
-April 24 big papa, smokey, and sherbet were playing tag around the castle.
-Glenn Coco likes to stay around the filter, and every quick movement around the tank will make him wince.
-April 26 Regina is hiding in the castle and swimming around like she usually does. We think she might be pregnant!
-Glenn Coco and Gretchen like playing in the bubbles.
-Big Papa, Smokey, Sherbert, Charlie, and Lola act like they are their own school even though they are two different kinda of fish.
-There has been no sign of a "baby bump" on Regina, but she has not left her castle for a few weeks.
-Gretchen and Glenn Coco are very social with each other.
-Smokey likes to stay near the bottom of the tank.
-Big Papa and Sherbert swim around the castle chasing each other a lot.
-When given food Gretchen and Glenn Coco are very aggressive, whereas Smokey, Big Papa, and Sherbert remain at the bottom and swim up slow and dart underwater fast.
-May 1 we removed the castle from the tank and Regina started freaking out and actually leaped out of the tank and hit my hand when moving the castle.
-May 1 we removed the castle from the tank and Regina started freaking out and actually leaped out of the tank and hit my hand when moving the castle.
-May 13 Gretchen got stuck in the filter foam/wool/fabric.
-May 17 Glenn Coco got stuck in the filter underneath the foam/wool/fabric. When we lifted it up he was a dark brown color.
-We removed the makeshift filter from the tank because it keeps trapping out fish.
-Regina swims around the tank when everyone is gone.
-We removed our becopia plant because it started to die.
-Our pea plant has grown a new stalk. It's growing very strong and healthy.
-May 22 Regina was freely swimming today, but once approached she retreated into her castle.
B. Quantitative
Chart A: Aquacheck
Total Chlorine: 0ppm
Free Chlorine: 0ppm
Total Hardness: 250ppm
Total Alkalinity: 80ppm
pH: 7.8
Chart B: Water Quality
May 20
Temperature: 22.12°C
Dissolved Oxygen: 100.0%
ISE Voltage: -14.9mV
Conductivity: 41 uS/cm
pH: 7.25
May 21
Temperature: 24.25°C
Dissolved Oxygen: 100.0%
ISE Voltage: 27.1mV
Conductivity: 10 uS/cm
pH: 6.54
May 22
Temperature: 21.25°C
Dissolved Oxygen: 100.0%
ISE Voltage: -36.3mV
Conductivity: 61 uS/cm
pH: 7.75
May 23
Temperature: 21.26°C
Dissolved Oxygen: 100.0%
ISE Voltage: -21.21mV
Conductivity: 50 uS/cm
pH: 7.36
Chart C: Nitrogen Cycle (Ammonia and Nitrite)
April 8- Ammonia: 1.0ppm
April 9- Ammonia: 1.0ppm
April 10- Ammonia: 1.0ppm
April 15- Ammonia: 0.50ppm
April 16- Ammonia: 0.50ppm
April 18- Ammonia: 0.50ppm
April 22-Ammonia: 0.0ppm
April 22- Nitrite: 0.5ppm
April 24- Ammonia: 0.0ppm
April 24- Nitrite: 0.25ppm
April 24- Nitrate: 15ppm
April 26- Ammonia: 0.0ppm
April 26- Nitrite: 0.0ppm
April 26- Nitrate: 10ppm
Chart C: Nitrogen Cycle (Ammonia and Nitrite)
April 8- Ammonia: 1.0ppm
April 9- Ammonia: 1.0ppm
April 10- Ammonia: 1.0ppm
April 15- Ammonia: 0.50ppm
April 16- Ammonia: 0.50ppm
April 18- Ammonia: 0.50ppm
April 22-Ammonia: 0.0ppm
April 22- Nitrite: 0.5ppm
April 24- Ammonia: 0.0ppm
April 24- Nitrite: 0.25ppm
April 24- Nitrate: 15ppm
April 26- Ammonia: 0.0ppm
April 26- Nitrite: 0.0ppm
April 26- Nitrate: 10ppm
V. Conclusion Questions
1. Some water quality tests include- pH, alkalinity, nitrite and nitrate, water hardness, and ammonia. pH tests the acidity or basicity of a solution. This test goes on a scale from 1-14, 1 being the most acidic and 14 being the most basic. You want to monitor pH to make sure that the water has not been contaminated by an outside source and is safe to drink. Another water quality test is alkalinity. This test shows the totally amount of pH stabilizing compounds in the water. This prevents drastic changes in pH. A typical level of alkalinity is 120ppm. Water hardness is another test, this test looks for the metallic ions present in water. This affects fish living habits and homeostasis. Another test is nitrite and nitrate. This test monitors the nitrogen cycle in the tank. Nitrite levels should remain under 0.75ppm and nitrate should remain under 200ppm. This will keep the fish under the least amount of stress. The final test is the ammonia test. This checks the amount if ammonia in the tank. The scale is from 0.25-3.0+. A level of 0.50ppm is considered toxic in a normal temperature tank.
2. The Nitrogen cycle is the movement of nitrogen through the atmosphere. What happens is that ammonia is released through fish waste, from the water a bacteria nitrosonomas break down the ammonia into nitrite. From the nitrite a bacteria nitrobacter breaks it down into nitrate. Then the nitrate gets taken in by plants. Then the cycle starts all over again. The nitrogen cycle is important to the sustainability of a tank because without it the ammonia in the tank would kill the fish, and there would be no food for the plants to eat.
3. My water quality began being filled with ammonia. From April 8-18 our ammonia was was between 1.0 and 0.5ppm so we were not allowed to have fish for over 2 weeks. On April 22 our ammonia levels were finally at 0.0ppm so then we went an bought fish. Once we added fish and plants our nitite level stayed around 0.5ppm for 1-2 days and then it became 0.0. Our nitrate level was 15ppm our first testing day, but then it became 10ppm, and now it is about a 5ppm.
4. The carbon dioxide/oxygen cycle is very important to our ecosystem. Without this cycle oxygen wouldn't move through the atmosphere. Oxygen is produced through photosynthesis. This is when plants take in carbon dioxide and water with the addition of light and create oxygen and sugar. With out carbon dioxide and water plants in ponds and creeks would have no food. Without oxygen we would have nothing to breathe.
5. Problems I had with my aquarium was eliminating the ammonia from my tank. It took about 2 weeks of changing water and adding bacteria supplement to get the water to become stable. After the first week of changing water, we stopped changing it and just added bacteria supplement. After a few days our water was perfect. Then we added fish, some live plants, and more bacteria supplement and our tank has perfect water levels.
6. 5 things that I learned from this project was how to maintain a fish tank. I learned how to test water quality such as ammonia, nitrate, and nitrite. I learned what types of fish can live together, and which are aggressive. I learned what to do when your fish is pregnant. I also learned the importance of maintaining a clean tank and how easily fish can die from ammonia.
7. Some interesting things that happened in my fish tank was the pregnancy of the spotted Molly Regina. She began swimming around the tank the first few days and then she hid in the tank and has remained there. The worst thing that happened was when I was syphened the tank and the water from the tank shot into my mouth. IT WAS HORRIBLE! The weirdest thing that happened in the tank was when I was rearranging the filter in our tank and Regina came up and touched me. I freaked out!
8. My favorite part of this project was becoming attached to my fish. They are more than a project, they are like my children. I feed them, clean them, and take care of them. Also I liked be lining better friends with my tank mate Ashley and Lauren.
9. When starting out do not change your water very often, you need your water to create a strong nitrogen cycle. When you change your water everyday you can not create a strong cycle. So my advice to the next class is to not change your water for a week and see how your ammonia levels are then. Then add your fish. Also do not use a makeshift filter. Your fish will get stuck in it.
Hi Halle,
ReplyDeleteYour materials list is good but your procedure is lite. A good procedure explains the materials list
Observations need to be more detailed, with explanation,