We conducted three experiments: Collecting stratospheric bacteria; Growing seeds exposed to stratosphere; Launching a model rocket; 1. A recovery team will also be tracking the descent and will go out to actually recover the balloon and your experiment. The science behind this: the upper layers (stratosphere) absorb UV radiation far more efficiently than the lower layers, therefore this acts as a heating effect – it also prevents extreme UV readings on the surface of Earth. Balloon Experiments with Amateur Radio or BEAR is a series of Canadian-based amateur radio high-altitude balloon experiments by a group of amateur radio operators and experimenters from Sherwood Park and Edmonton, Alberta. Research concerning the colonization of Mars and planetary exploration in general has opened new avenues for … High-altitude weather balloon experiments might seem like they are well outside of your realm of capabilities or needs, but the best part about them is they can be customized to fit your lessons. As the balloon rises above this altitude it actually gets warmer contrary to popular belief! Live tracking of high altitude balloon. STAC’s High Altitude Balloon (HAB) program is aiming to shift our balloon’s applications from terrestrial to space-oriented. High Altitude Balloon Experiments: Part 2 (Continued from part 1) My first test was a total success, but I had bigger plans. Balloon Experiments with Amateur Radio (BEAR) is a series of Canadian-based amateur radio high-altitude balloon experiments by a group of amateur radio operators and experimenters from Sherwood Park and Edmonton, Alberta. Integrating a weather balloon experiment and project into your curriculum …
During the ascent, the system will also record data that can be analyzed later. Includes weather overlay, predictions, and access to historic hab fligts on habhub. Explore photos of high-altitude balloon experiments of the 1950s and '60s, and the researchers, scientists, and test pilots behind them. Collecting stratospheric bacteria. Includes weather overlay, predictions, and access to historic hab fligts on habhub. Compare seeds flown inside the box and those flown taped outside the box with some not flown at all. Then lucky you! Sometimes they have great ideas... and other times, not so much. NASA is hosting it's second annual Balloonsat High Altitude Flight contest. Whether your students are learning about chemistry, physics, or Earth science, they can create an experiment to send to the edge of space. As the balloon rises above this altitude it actually gets warmer contrary to popular belief! High Altitude Balloon Experiments. I queried the payload a couple of times after it started its ascent to make sure all was well, and then we loaded everything up and drove back down highway 14. A broad overview of the HABE balloon and payload system is presented, and the similarities and differences between high-altitude balloon and spacecraft design approaches are discussed. Collecting stratospheric bacteria. The purpose of this experiment is to collect and grow bacteria of extra-terrestrial origin replicating recent research from a scientific team from Hyderabad India.. The special design features and operational conditions for ATP experiments aboard high-altitude balloon platforms are reviewed with HABE used as a design reference. I am helping out with a high-altitude balloon program, where we will be launching multiple balloons a year and we're encouraging students to come up with experiments. Happy that I could easily track my balloon from the land, and that the transmitter was powerful enough, I set about designing version 2 of my tracker. The balloon will eventually burst and float back down to the ground, but students will be able to track it as it does so. The experiments started in the year 2000 and continued with BEAR-9 in 2012 reaching 36,010 metres (118,140 ft). High-altitude weather balloon experiments might seem like they are well outside of your realm of capabilities or needs, but the best part about them is they can be customized to fit your lessons. The experiments started in the year 2000 and continued with BEAR-9 in 2012 reaching 36,010 metres (118,140 ft). The balloon payload immediately showed up as a waypoint on the map screen, with course, speed, altitude, rate of climb, temperature, and voltage displayed on the waypoint detail page . Do seeds exposed to that environment grow differently? The space agency is inviting students in the 9th through 12th grades to create experiments to be tested at high altitudes on the verge of space -- up to 100,000 feet.

High altitude payloads will parachute safely back to Earth after reaching the top of the atmosphere, however, there are hazards that can be encountered, although they are rare. I was hoping to get some additional ideas to serve as inspiration for when the students are struggling to come up with a cool experiment.

Whether your students are learning about chemistry, physics, or Earth science, they can create an experiment to send to the edge of space.