The landing of humans to Mars Will Incur cancer?

The landing of humans to Mars Will Incur cancer?

The planet has no global magnetic field and atmosphere is much thinner. GCRs and SEP interact with the atmosphere, if strong enough then it will penetrate into the land of the planet Mars. Where will produce secondary particles that contribute to complex radiation environment, this phenomenon is not like that happened on Earth.

Mission 500 days on the surface of Curiosity Mars brings the radiation exposure of 1 Sv, long-term population studies indicate radiation exposure will increase the risk of cancer for life in humans. In context a dose of 1 Sv is associated with increased 5 percent risk of cancer, and it is fatal. The published papers Of microbes, scientists are most discusses the problem of microbial deposits on the planet Mars Lake Yellowknife Bay, Gale Crater, where Curiosity never roam the area. Environmental analysis using lasers and fancy instruments under the robot rover, find data which suggests that the area was once inhabited. May be considered a habitat where flowing water with a neutral pH, salinity is low and there are various important elements that support the life like carbon, hydrogen, oxygen, sulphur, nitrogen and phosphorus.

mars, one of the microbes, curiosity Chemolithoautotrophs is known to thrive on Earth caves and hydrothermal vents chemicals, almost be able to survive in the Lake of the planet Mars. The Lake and the strengthening of existing habitat analysis of the scientist to give a timeframe for further research that would actually produce a habitable zone tens to hundreds of years to come, even though the first trials using microbes.

In other research, scientists reveal about the mystery of the geology of the planet Mars, which during the exploration of new methods for using Curiosity to know the age of the rocks under the surface of the planet Mars. Among the report's analysis mentions that Mars may not have the ability to protect living things from harmful radiation, mostly from rays cosmic particles and solar energy. The concept is real, the journey has been traversed Curiosity from Earth to Mars prove that the line was harmful to humans.

The landing to the Planet Mars, the Lifetime risk of cancer Detectors mounted on Curiosity (Curiosity's Radiation Assessment Detector) measures the average radiation level of about 0.21 microGray per day (mGy/day). This happened after the robot through the 300-day landing on the planet. In total the scientists estimated the average level was at point 75 mGy/year. These measurements give important information to humans in the next mission, sending humans to Mars.

According to Dr. Don Hassler from Southwest Research Institute, scientists continue to monitor the radiation environment and see the effects of the storm on the surface of the Sun and the solar cycle is different.This binding on measurement investigation of Curiosity about livable habitats, sources of radiation continues to be the main thing for the health of humans who will also affect microbial survival and preservation of organic chemicals.

This finding suggests that the two forms of radiation pose a potential health risk for astronauts, including low doses of galactic cosmic rays (GCrs) and the possibility of a short-term exposure energy solar particle (SEP, flares and coronal mass related). The radiation of the planet Mars is much louder than on earth because the planet has no global magnetic field and atmosphere is much thinner. GCRs and SEP interact with the atmosphere, if strong enough then it will penetrate into the land of the planet Mars. Where will produce secondary particles that contribute to complex radiation environment, this phenomenon is not like that happened on Earth.

Mission 500 days on the surface of Curiosity Mars brings the radiation exposure of 1 Sv, long-term population studies indicate radiation exposure will increase the risk of cancer for life in humans. In context a dose of 1 Sv is associated with increased 5 percent risk of cancer, and it is fatal.