As I speak today at the Boston Youth Climate Summit, hosted by the Museum of Science, Boston (MOS), I reflect on the power of citizen science to equip communities to address climate resilience. Climate resilience refers to our capacity to deal with the impacts of climate-related hazards — including extreme heat, floods, droughts, sea level […]
Read MoreWicked high tides, also known as king tides or astronomical high tides, are a natural phenomenon that occur several times a year in certain areas around the globe. In the Boston area, these events usually happen in March and October. This is when there is a full or new moon, and the Earth, Sun and […]
Read MoreWant to learn more about this initiative? Check out the Wicked Hot Boston series, Parts One and Two. Want to address climate hazards in your community? Head over to SciStarter.org/NOAA to find a citizen science project. Wicked Hot Boston It’s true: the world is getting hotter, and Boston is becoming WICKED hot. This past summer, […]
Read MoreWant to map extreme heat in your community? Anyone, anywhere can take action with ISeeChange. It’s not just in your head; Boston really is hotter in the summer. When urban areas are warmer than surrounding non-urban environments, we experience a phenomenon called the urban heat island (UHI) effect. Cities are filled with large amounts of […]
Read MoreHow can you help beat extreme heat? Imagine a smoldering hot day in downtown Boston: temperatures have reached over 90 degrees Fahrenheit, and the sidewalks and streets are absorbing the strong heat from the sun and radiating it back into the air. Days like this are becoming hotter and more frequent. This “silent storm” causes […]
Read MoreApril is the month for science festivals. Join the SciStarter team at a festival near you later on this month — bring yourselves, and we’ll bring the citizen science! Cambridge Science Festival Friday, April 18 – Sunday, April 27 Come check out the diverse spectrum of citizen science projects out there! On April 19th during […]
Read MoreEver seen little points of light buzzing around outside on summer nights? Those lights – fireflies – are beetles that create light through a chemical reaction. By controlling the reaction, fireflies can turn on and off their lights. They flash light to communicate and find a mate.
Fireflies may be disappearing from some areas where they have been found in the past, so researchers are looking to citizen scientists for help understanding more about what is affecting fireflies.
Changes in the way we use land might be taking a toll on fireflies. For example, as natural landscapes are turned into lawns, fertilizers, pesticides and mowers may jeopardize fireflies, which spend daytime hours on the ground. Fireflies might also be affected by outdoor lights such as streetlights and the amount of water in the environment.
The Firefly Watch project gets the public involved collecting data about where fireflies are found. If you live east of the Rocky Mountains in the United States and have ten minutes a week to look for fireflies in the evening, consider signing up as a volunteer.
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