https://padlet.com/haivensellers/zsc6az4yng59ew8p Here is our findings! en-us 2020-09-10 16:48:54 UTC 2025-11-19 14:46:25 UTC hello@padlet.com https://padlet.net/icons/png/1f30a.png haivensellers https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735982890 Chaaya Balachandra
Haiven Sellers
Samia El-Erian]]> 2020-09-10 16:54:57 UTC https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735982890 haivensellers https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735990007 We hypothesize that sample A is the nutrient rich fertilizer water because:
1) It has a relatively neutral pH level.
2) It has a high level of nitrogen nitrate, but a small level of nitrogen nitrite, meaning it could be used as nutrients for plants.
3) It has a moderately low alkalinity.]]> 2020-09-10 16:56:19 UTC https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735990007 haivensellers https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735994567 We hypothesize that sample B came from Interlochen tap water because:
1) It has the most neutral pH of all the water samples.
2) It has little to no traces of nitrogen nitrate/nitrite.
3) This sample has a high alkalinity.]]> 2020-09-10 16:57:10 UTC https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735994567 haivensellers https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735996455 We hypothesize that water sample G came from the fish tank aquaponics in the greenhouse because:
1) The average pH, between 6.5 and 8, is neutral, meaning that it would be habitable for living species.
2) This water sample has a similar nitrogen nitrate as the (supposed) Interlochen tap water with a lower alkalinity, meaning that it is livable for a species but not as purified as drinkable tap water.]]> 2020-09-10 16:57:30 UTC https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735996455 haivensellers https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735997478 We hypothesize that water sample F came from the Green Lake Riparian water because:
1) It is plausible that animal feces would make the water more acidic.
2) The pH of this water sample was lower than the other samples, indicating that the water sample was, in fact, more acidic.
3) It is also plausible that stormwater runoff, with collected pollution, would make the water levels more acidic and have an increased nitrogen nitrate, as this sample has the highest levels of nitrogen nitrate out of all other samples tested.]]> 2020-09-10 16:57:41 UTC https://padlet.com/haivensellers/zsc6az4yng59ew8p/wish/735997478