In this Elementary School Journal article, Adiv Gal (Kibbutzim College of Education, Technology, and the Arts) describes how fifth graders in a rural school in northern Israel studied the interaction of two species of birds competing for nesting space in the roofs of school buildings. Starting in 2015, one species, the lesser kestrel, which had lived in the area for decades, was being displaced by another, the common myna, which is one of the world’s most invasive species (myna were introduced to Israel in the 1990s as pets and then established a population in the wild).
As part of an ecology curriculum unit, students took notes on a burgeoning conflict between the two species:
- Mynas displaced kestrels from their nesting boxes, reducing available spaces to nest.
- Mynas stole food from kestrels during chick-rearing time, decreasing chicks’ supply.
- Mynas attacked kestrels midflight, preventing them from reaching their nests.
- Mynas knocked down kestrel chicks as they waited for food.
- Mynas sometimes killed and fed on kestrel chicks.
As students observed this interaction and drew on what they had learned about ecology, they began to ask ethically related questions: Should the school get involved in the conflict between these two species? Was it right to take the side of the kestrels? After all, the myna did not choose to be an invasive species. Was there a way for the two species to coexist peacefully?
Teachers seized the opportunity to help students go beyond the standard ecology curriculum and explore real-life science that was unfolding right before their eyes. Teachers decided to implement an 8-hour hackathon as the culminating activity, using 21st-century technology to address the age-old question of survival. Students worked in small teams in their classrooms, equipped with laptops and internet access, with ornithology experts on hand to help. Teams did online research, thought through effective approaches to the myna/kestrel conflict, and built models of their proposed solutions. Teams then presented their findings and recommendations in a plenary meeting, followed by a gala dinner, with outside experts there to comment on the solutions.
Teams came up with four possible technological solutions to the problem, each making use of a camera that could distinguish between the myna and kestrels:
- Water is sprayed on myna when they approach nesting boxes.
- The sounds of a hawk are played when myna approach.
- The mynas’ nesting box entrances are closed.
- A dummy of a hawk will jump out of a small hiding place when mynas approach.
“The teachers also benefited from this innovative approach,” Gal concludes. “They were able to move beyond traditional pedagogical techniques and explore new teaching methods that engage students more deeply. The hackathon required them to facilitate learning rather than simply deliver information, guiding students through complex problem-solving processes.”
“Holistic Education Through Hackathon” by Adiv Gal in Elementary School Journal, June 2025 (Vol. 125, #4, pp. 549-575); Gal can be reached at adiv.gal@smkb.ac.il. See Memo 813 for related ecology activity involving birds flying into a school’s windows.
Please Note: This summary is reprinted with permission from issue #1095 of The Marshall Memo, an excellent resource for educators.