Image of Atom

Environmental Science Fair Projects About Animal Preserves

Environmental science fair projects about animal preserves take students out into the field for an educational experience.
menu

Advanced

Ecotourism science fair projects examine the safety of wildlife preserves...

image of detective

 

 

 

 

 

 

 

 

 

Wildlife Preserves

A wildlife preserve is a plot of land that has been set aside for wildlife. Usually it is funded by private or public funds.

Wind Turbine Science Fair Experiments for PicoTurbine Windmill Fuel Cell Car Power House Experiments Science Kit SCG-125 Snap Circuits Green Alternative Energy
image of PicoTurbine Windmill Energy Science Fair Projects Kit Image of Thames & Kosmos Fuel Cell Car and Experiment Kit Image of  Thames & Kosmos Power House Experiments in Furture Technics image of Snap Circuits 125 Green  
Ages 10 thru College Age 12 and up Ages 12 thru
High School
Age 8 and up

 

 



Objectives/Goals

This project#s general purpose is to make those who are ignorant on our failing environment aware of it so that we can take action. I evaluated the safety of a local animal preserve and determined the causes of its perils.

Methods/Materials

In order to attain this information, I measured the water quality at different times (after rain, during holidays, etc.) and different locations (a richly populated duck pond, the effluent from a neighboring water treatment plant, etc.) I ordered a test kit online, which measured pH, ammonia, nitrate, and dissolved oxygen by color-reactant chemical tablets. I then began to measure on 10/4/08 in three different locations: a duck pond, a marsh, and the nearby Regional Water Quality Control Plant#s (RWQCP) effluent, which pumps into the Baylands. I collected 108 samples over five months, ending on 3/11/09. Additionally, I researched all the parameters thoroughly in order to interpret results.

Results

The most crucial findings of my project were that the pH of the Baylands becomes dangerously alkaline (about 9-10) during rain, because the treatment effluent accidentally turns severely diluted, and that nitrate and ammonia, two hazardous chemicals which provoke illnesses and fatality in fish, increased approximately 90% in the duck pond during the Christmas-New Year season and in the middles of autumn and spring. This, I found (after consulting the RWQCP lab chemists), was because of an increased amount of people feeding ducks at this time. Ammonia and nitrate entered the pond by way of left-over human food decaying and excreted feed.

Conclusions/Discussion

As the most significant points I found in my research, people feeding the ducks should not be condoned, and the treatment plant, with whom I will work further, should take more precautions when pumping effluent into the Baylands. We can take the first step to a friendlier environment by not putting human food into natural aquatic habitats. As a follow-up, I plan to work (hopefully with the Palo Alto Pollution Prevention) on signs and other community outreach tools to notify duck-pond visitors of the dangers of feeding ducks. 3rd party contributor