He is not the only researcher working to expose plants to the radiation level far more than the first study. Porterfield, one of the scientists working on NASA’s Leaf Mission. It is the experience of lunar plant growth that will go to the moon with Artemis III in 2027-we know that the effects of radiation exposure to low-earth orbit are “almost nothing”. Understanding how the plants affect the radiation will have a “critical focus” of a changing leaf mission.
He says, “We have been trapped in the lower orbit for the past 30 years and has not advanced too much basic research that we need to go to a deep place, where you get galaxy cosmic radiation.” “This variable source of radiation can have some unexpected reactions. The reaction of the plants to these radiation issues will be important to the future agricultural system on the moon.”
Once the Mayais -1 has returned, for the next two years, the radio and his team will work together with the faculty of health studies at the University of Slovenia, Slovenia, to raise the generation of cloning from space seeds to study genetic changes and plant adaptations. The second phase of his study will then add to the martin clay conditions and the growing plants in the low -controlling environment.
Loomer Ondage Hano, a chemist at Palki University Olumok and Hebrew University in Jerusalem, has been studying the cannabis plant since the 1970s. A research adviser about the project, he believes that there are “many possibilities” for scientific investigations after the seeds return.
Along with potential genetic and epigentic changes, the Martin Guru team will look for structural and physical changes, such as leaf size, chlorophil material, root architecture, photosynthetic rate and differences in water use. They will examine what happens to plants after the disease is exposed, and will analyze the activity of enzyme hormones and secondary metabolitis, which can identify new compounds.
Ready added, “Whether changes or not, both results will be important for the future, so we know how to grow hemps in the space environment.”
We are still a little away from the growing hemp on Mars, though, or any plant for this matter. Microgravity, extreme temperature, lack of nutrients, and toxic cultivation in the soil do not create favorable conditions.
“We have to adapt to the atmosphere on Mars,” says Petra Canas, CEO of Genoplant, and our plants will have to slowly fall asleep. ” “For now, we understand that it will only be possible (growing plants) in the container of the closed system.” For future missions, the genoplant is developing a new space capsule in this vein, scheduled for its first rental test in 2027, which will enable researchers to grow seeds in space and monitor them for many years.
Although the hemp can possibly be a superficial for the space era, back to Earth, it is still considered primarily as a leisure drug (widely used for medicinal purposes), which has stopped regulators and researchers from recognizing its scientific abilities. Hano is hopeful that the results from this project, whatever they look, can remove some of it and accelerate its scientific acceptance.
He says, “If interesting results are published, it can accelerate our understanding of cannabis.” “This is a very important plant, which I think if humanity ever enters space and starts life on another planet, it has a great future.”
