Searched for
MICROGRAVITY IMPACT ON PLANT GROWTH
In 1999, NASA flew Ceratopteris fern spores on STS-93 to test gravity-guided growth; they germinated normally, but their developmental polarity became randomA NASA experiment examined the growth of fern spores in a zero-gravity environment. The spores showcased continued development, yet their g...- Galapagos Islands' unique animal, plants served as basis for Charles Darwin's theory of evolution, in 2026 El Nino threatens to wipe out concentration of species not found elsewhere on EarthCharles Darwin Foundation data shows that aftermath of the 1998 El Nino — one of the most powerful and destructive cycles — only 400 of the...
- In 2024, ESA flew bouncing hexapods to 256 km on a Swedish sounding rocket; six minutes of microgravity showed how complex grains collide and transfer energyA Swedish rocket successfully launched miniature brass crosses designed for microgravity research. Scientists are investigating how these i...
- In 2004, ESA grew rocket seeds on the ISS with André Kuipers; after four days, dark-grown seedlings were taller and yellow, while lit ones stayed smaller and greenA 2004 space project involving astronaut Andre Kuipers and schoolchildren explored plant growth factors. Thousands of students participated...
- In 2019, Ontario's Trent University created green parking from 35,640 pounds of recycled plastic. 7 years later, the system can hold 64,627 gallons of stormwater on campusTrent University implemented permeable grid paving for parking needs. This innovative system uses recycled plastic and improves stormwater ...
- In 1997, NASA grew Brassica rapa on Mir for 122 days to test a full life cycle; seed-to-seed cycles succeeded, but space-grown seeds were smallerIn an exciting development, researchers have achieved seed-to-seed cycling of plants in microgravity environments, demonstrating gravity in...
- In 2015, fruit flies were sent to International Space Station to study how microgravity and the space environment affect the innate immune systemIn 2015, fruit flies were sent to International Space Station to study how microgravity and the space environment affect the innate immune ...
- In 1994, NASA flew four Japanese red-bellied newts on STS-65 for nearly 15 days; two adults died, but 32 newt eggs hatchedSpace Shuttle Columbia's 1994 mission studied animal reproduction in zero gravity. Four red-bellied newts and medaka fish were part of biol...
- TOI Social Impact Summit: Responsible growth with global reachDuring his address at the TOI Social Impact Summit 2026, MP Ahammed, the Malabar Group chairman, highlighted how his business aligns with t...
- In 1994, 300 young male fruit flies flew for 14.5 days on IML-2; repeated video showed their locomotor activity rose sharply while they were in microgravityIn 1994, fruit flies were launched into space, revealing significantly heightened activity levels in microgravity. These flies aged more ra...
- On a 12-day Russian biosatellite flight, seven silkworm varieties spun silk, built cocoons, mated and laid eggs; some developmental stages occurred 2-3 days faster than ground controlsChinese silkworms have successfully navigated their life cycle during an impressive twelve-day mission in space. Notably, their eggs hatche...
- Science says plants can sense touch without a nervous system, the science is surprisingly complexPlants do not have brains, nerves or specialized sensory organs like animals, yet they can still detect mechanical changes in their surroun...
- In 2021, NASA grew Hatch chile peppers on the International Space Station; over 137 days, the plants produced harvestable fruit with unusually straight stemsIn 2021, NASA astronauts successfully cultivated Hatch chile peppers aboard the International Space Station, observing that the lack of gra...
- In 1995, NASA sent 30 fertilised Japanese quail eggs to the Mir space station for 16 days; what scientists found after they returned raised new questions about life without gravityIn 1995, NASA launched a fascinating experiment by sending fertilized quail eggs to the Mir space station. The objective was to explore how...
- In 1967, NASA flew flour beetle pupae on Biosatellite II for 45 hours; radiation and weightlessness raised wing abnormalities in flight from 29.9% to 44.8%During the 1967 Biosatellite II mission, flour beetles displayed notable wing deformities, underscoring how weightlessness amplified the ad...
- In 1990, the USSR sent six Japanese tree frogs to the Mir space station for an eight-day experiment, where researchers watched them float with all four legs stretched out and their bodies bent backward - then found the frogs improved their ability to land after jumping in microgravitySix Japanese tree frogs journeyed to the Soviet space station Mir in 1990. They spent eight days in microgravity, which allowed researchers...
- Nasa scientists grew corn seeds in space and found something strange: How microgravity confused roots & shoots that normally know exactly which way to growNasa scientists grew corn seeds in space: NASA conducted an intriguing experiment on corn seeds grown in the absence of gravity’s guiding f...
- In 2003, researchers found freshwater snails had mated in space; their gravity-sensing statoconia were 50% larger by volume than matched ground controlsExperiments conducted aboard the Space Shuttle demonstrated that pond snails bred in microgravity possessed larger gravity-sensing structur...
- In 2003, NASA Marshall tested a dual-pulse laser ignition system for rocket engines; a separate microgravity study examined laser ignition and flame spread in solid fuelNASA engineers have successfully tested an innovative dual-pulse laser ignition system designed for rocket engines. This groundbreaking sys...
- In 2023, NASA grew tomatoes for 100 days aboard the space station; ground plants produced more than 100, while the space crop yielded 12 and was not eatenNASA's tomato experiment on the International Space Station faced major hurdles in microgravity, where watering issues resulted in uneven m...
Load More
