SARSEF 2020 Winners
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- SARSEF Corporate Sponsorships 2020 – 2021
- Two SARSEF Science and Engineering Fair Finalists Recognized Nationally in Middle School Science Competition
- The 2021 SARSEF Science and Engineering Fair in March will be Virtual
- ACES Camp Goes Virtual to Connect Middle School Girls to Science and Engineering
- Wonder Program Session Two – The Results!
SARSEF Science and Engineering Fair
Over 50,800 K-12 students in Southern Arizona currently participate in SARSEF, conducting research projects to be considered as a representative of their school. The top 2,000 projects and 6,000 students advance to come to a weeklong
celebration of their achievements and further competition at the Tucson Convention Center.
Want to enter? Check out our Important Dates! https://sarsef.org/schools/important-dates/
Each year, over $100,000 in awards,trips and scholarships are awarded, thanks to our community support. Top HS students move on to international levels of competition. Our success rate at international competitions has been four-times the national average for the past 17 years now!!! This is unparalleled and SARSEF is often asked, “How do you do that?” We answer – it is thanks to our community that we are able to offer our services to children as young as five years old. Most Fairs do not do this. Our students have many years to develop their skills here in Southern Arizona, giving them an overwhelming advantage both locally and globally!
SARSEF Fair’s 2020 TOP PROJECT Winner
Dakota Finley, Willcox High School!
Dakota replaced a portion of the aggregate in asphalt with Type 2 (HDPE) plastic as a way to reduce waste in landfills and to create a use for plastics with a long delay in biodegradability.
SARSEF Fair’s 2020 ISEF Winners
Mia Franks, University High School
Microfossils and Monsoons: What Is Their Relationship Across the Deglaciation?
My project focuses on understanding the relationship between shell morphology in zooplankton fossils and changes in the strength of Indian Monsoon rainfall across the deglaciation from 20,000 to 10,000 years ago. I chose this project because I want to understand how marine ecosystems respond to global warming. We found that any drastic change in climate across the millennial time scale causes the plankton stress, shown by their decreased calcification. The purpose of this project is to be able to use past climate patterns and their recorded consequences in order to predict and anticipate marine ecosystem responses to our current warming Earth.
Damian Galasso, Galasso Homeschool
Improving Energy Efficiency of Electric Vehicles via Piezoelectric Incorporated Materials
Rolling resistance accounts for 25% loss of power to the wheel in electric vehicles. Wind resistance accounts for an additional 39% loss of power to the wheel. The higher the efficiency, the greater the vehicle’s range will be.This study attempted to improve energy efficiency of electric vehicles using a piezoelectric-based material. Piezoelectric-based rubber resins and piezoelectric-based coatings were capable of returning a significant portion of power (mW) lost from frictional forces back to a battery. Additionally, a novel energy harvester was created by coupling piezoelectric and electromagnetic induction effects on a two-dimensional surface. This study may have applications in technologies that use the piezoelectric effect, such as sonar equipment, ultrasound imaging, sensors, and electronics.
Doan Goolsby, Empire High School
Humidity’s Effect on Photosynthesis
My project was about the effect that ambient humidity has on the common sugar pea plant. I did my project because I wanted to find a way to increase yield yields in countries that are struggling to produce there own food. While doing my project I learned that there was indeed a correlation between ambient humidity and photosynthesis. My project is important because it provides a way for people help increase crop yields by increasing the ambient humidity.
Saffeyya-Grace Ibrahim, Sonoran Science Academy – Tucson
**HIGHEST WINNER IN CASH PRIZES at the 2020 SARSEF Fair!**
Examining Antibacterial Properties of Native American Medicinal Plant Extracts Against Streptococcus Pyogenes ATCC 19615
Continuing on 3 years of testing and research, I examined the antibacterial properties of Southwestern Native American plant medicines against Streptococcus pyogenes ATCC 19615 (S.pyogenes), the bacteria responsible for strep throat and at least 500,000 fatalities annually worldwide.
First, single-ingredient extracts were made of the plant ingredients. The isolated extracts were then tested for antibacterial activity by applying them to Muller Hinton agar petri dishes that had been inoculated with S. pyogenes using the Kirby Bauer method. Minimum inhibitory concentration of the extracts were also identified.
Sadie Northway-Smith, Tucson High Magnet School
Investigating the Efficacy of the Gut Biome of Zophobos Morio and Tenebrio Molitor in the Biodegradation of Polystyrene
My project investigated the potential of using the bacteria isolated from the gut of two species of mealworm as a method of decomposing styrofoam, a derivative form of polystyrene plastic that does not biodegrade naturally. I chose this project because of my passion for conservation. While the efficacy of this method is still under investigation, colonies have been isolated and cultured, and abundance and diversity have been analyzed. This project is important because of the vital nature of eliminating the plastic waste that continues to pile up on our planet, harming our ecosystems.
Karah Mayer, Tanque Verde High School
RNA Is Key to Alleviating Neurodegeneration in a Drosophila Model of ALS
Amyotrophic lateral sclerosis (ALS) is a neurodegenerative disease without a known cause, however 97% of ALS patients have a protein dysregulation called TDP-43 pathology that is found in 97% of ALS cases. A gene has been identified that when over expressed is sufficient to provide rescue for the loss of locomotive function, but, it is unclear if the protein itself of the UG rich RNA was responsible for the rescue. My project looked specifically if overexpressing UG rich RNA was sufficient to provide rescue for the loss of function in fruit flies. The result was that overexpressing UG rich RNA was sufficient to provide rescue. This project is important as it is one step further in understanding ALS etiology.
Ana Navarro Ruiz, Harvest Preparatory Academy
The Bendy Plant: Comparison of Phototropic Inhibition of Natural and Synthetic Auxin
1. The project is about analyzing the effects of auxin, a plant hormone in different set-ups.
2. The project was chosen because hormones are widely used in agriculture. This would suggest what effects it can have towards plants.
3. Overall result shows that natural auxin has the highest inhibitory effects on plant phototropism.
4. The project is significant as hormones are widely used in agriculture and the project may suggest what effects it can have towards plants.
Celeste Vonelle Browne, University High School
Bending of the Saguaro Cactus
This project studies the relationship between temperature and the bending in the central stems of saguaro cacti. This concept has never been formally studied, and saguaros are completely unique to the Sonoran Desert. The data indicated that although temperature levels do not strongly correlate to number of bent saguaros, the southward direction of all bends indicates a possible connection to solar radiation exposure. Saguaros are instrumental to the function of the Sonoran ecosystem, therefore any phenomenon that could be linked to their health should be better understood in order to help preserve them.