He is also not the one researcher who works to expose the plants to a higher level of radiation than previously studied. Porterfield, which is one of the scientists who work on NASA leaf – an experimental tribulation to the moon to the moon with 2027-saying the radiation effects of plants will be a “critical study” on the leaf’s mission.
“We are trapped in the lower orbit in the past 30 years and we do not advance to many basic research we need to go into deep space, where you find galactic radiation,” he said. “There may be some unexpected answers from this variable radiation source. The responses to these radiation issues may be important for future agricultural systems of the month.”
In return of the hundred-1, the next two-year radišič and his team work with the Health Profiles in the Concy profiles are the second round of their study conditions and growing plants in controlled worlds.
The Lumír Ondřej Hanuš, a chemist at Palacký University Olomouc in Czechia and Hebrew University of Jerusalem, studied the cannabis plant since the 1970s. A research counselor in the project, he believes there are “many possibilities” for scientific investigating once the seeds returned.
As well as the potential changes in genetic and epigenetic, Gartian grows Martian team to look for structural changes, like line differences, line-ups, and water use. They will examine what happens after the plant is exposed to stresses such as pain, and analyze the activity of the hormones of enzyme and secondary metabolites, which can lead to new compounds.
“If any changes or not, both results are important for the future, so we know how cannabis is growing around the space,” add radišičič
However, our cannabis in Mars, or any other plant for that matter is one way. MicrograveVive, severe temperature, lack of nutrients, and land poisones do not make favorable conditions for developing.
“We need to adapt to Mars environment, and slowly adapt our plants to live,” Petra Kaus, the CEO of Genoplant said. “Now, we believe it can only be (to grow plants) in a closed container with conditions.” For future missions, Genoplant has developed a new capsule of this vein, scheduled for the first reentry of 2027, in order to fulfill the researchers in space and monitor them for many years.
While cannabis can be a supercrop for the age of space, back to the ground, more than a hobby drug), preventing medical regulates and researchers from fully recognizing scientific potential. Hanuš is optimistic that those who know from the project, whatever they look, can destroy this stigma and accelerates scientific acceptance.
“If interesting results are published, it can make our understanding of cannabis,” he said. “This is a very important plant, which I think there is a big future if man always lasts space and starts life on another planet.”
