Understanding Citizen Science: Eclipse and Human Physiology
The Generalitat of Catalonia, along with the Institut d’Estudis Espacials de Catalunya (IEEC) and the Vall d’Hebron Institut de Recerca (VHIR), is launching an ambitious citizen science initiative. This groundbreaking project will study how a total solar eclipse, happening on August 12, 2026, affects human health and physiology. While there’s considerable data on how solar eclipses impact various animals, there’s a significant gap in understanding their effects on humans. This is where the Solaris application comes into play, aiming to engage around 5,000 participants to collect valuable data.
Requirements for Participation
To get involved in this fascinating research, participants must fulfill specific requirements. First, downloading the Solaris application is essential. Additionally, participants will need a smartwatch or other activity trackers that can measure, at a minimum, heart rate. Data collection is required for five consecutive days: two days before the eclipse, the day of the eclipse, and two days following the event. It’s crucial that the measurements include time references and avoid intense exercise during this period.
What Will Be Measured?
The primary focus of the research is to analyze how witnessing a solar eclipse impacts heart rate and respiratory rate. Two significant factors come into play during such an event: the excitement of witnessing a rare astronomical phenomenon, and the sudden onset of darkness, which can disrupt circadian rhythms. This study aims to reveal whether these brief periods of twilight during the day can have observable physiological effects on people.
Data Collection and Results
On the day of the total solar eclipse, data collected from participants’ devices will be transmitted directly to researchers using OneCareAI technology. This system ensures that all data is gathered safely and anonymously. After the data collection has been completed, researchers will process it to draft preliminary findings, which will be shared publicly by the end of September. Participants will soon learn about the physiological outcomes linked to this captivating celestial event.
Impact on Animals
Interestingly, there’s much documented evidence of how total solar eclipses influence animal behavior. For example, birds may start singing more, dogs can bark incessantly, and livestock might seek shelter only to return once sunlight returns. Nocturnal animals, like bats, also show increased activity in response to the sudden darkness. Moreover, certain plants may bloom prematurely or retract their petals due to reduced light, showcasing the broader ecological impact of such events.
A Unique Opportunity
Despite the wealth of information pertaining to animal behavior during eclipses, data concerning human reactions remains scarce. This study aims to illuminate a previously unexplored area of citizen science, making it a unique opportunity for participants. If you want to contribute to a groundbreaking study, consider taking part in this exciting initiative.
As the total solar eclipse approaches, it invites curiosity and scientific exploration. Are you ready to participate?