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We Need To Get To Mars Before World War 3 Starts, Says Elon Musk
- Thread starter Henry L
- Start date
hmm
how does women ovaluate without the moon cycles?how to reproduce?I don't think things would be this easy as he says.This body is a part of the earth.Even if you create the necessary conditions to survive there will be too much shit to take care of.depression and physco disorders are great possibilities.
hmm
sure its not easy as he says and sure those problems you said are there
I have researched this quite a bit but its hard to explain it. I mean just have a look around there are lot of information about colonizing mars. you'll be surprised how many solutions they have brought up to those questions 
it would be hard at first but certainly it will work out well in the end
hmm
take some time(7 mins) and watch this if you are interested
it might help you to have some insight
take some time(7 mins) and watch this if you are interested
hmm interesting will see
Interesting. Though I thought Saturn's satellite Europa has a more chance for human civilization...
ela TFS good article something to think about.
kiyana kathawe athak thiyanawa wadiya one na US Russia China rataal thunen one dekak athara udayak giyoth end of civilization as we know it kelinma earth ecosystem eka ehenmama iwarai civil war ekak wage athi wela oka wenan barith na.
+11 Rep.
kiyana kathawe athak thiyanawa wadiya one na US Russia China rataal thunen one dekak athara udayak giyoth end of civilization as we know it kelinma earth ecosystem eka ehenmama iwarai civil war ekak wage athi wela oka wenan barith na.
+11 Rep.
Interesting. Though I thought Saturn's satellite Europa has a more chance for human civilization...
exactly bro. Europa is the best place much better than mars.
the only, yes the only issue is that its so far away from earth so it will cost lots of money to take humans and stuff there. thats why they are not considering it 
thanks for pointing that out though
ela TFS good article something to think about.
kiyana kathawe athak thiyanawa wadiya one na US Russia China rataal thunen one dekak athara udayak giyoth end of civilization as we know it kelinma earth ecosystem eka ehenmama iwarai civil war ekak wage athi wela oka wenan barith na.
+11 Rep.
yes
oya prashne gana oya hama ratakma hodatama dannawa machan ekai kauruwath war ekakata adiya thiyane naththe.. but sooner or later kage hari iwaseeme seemak paninawa. nathnan ikman theeranayak gannawa. eka wadi aathaka neme kiyala thama Elon Musk kiyanne. ehema unoth ithin wena de hthaganna ba
read this, all the answers are there
http://www.mars-one.com/faq/health-and-ethics/will-the-astronauts-have-enough-water-food-and-oxygen
copying here for others to read
Will the astronauts have enough water, food and oxygen?
Our astronauts will be settling on Mars indefinitely. It's not feasible to send water, oxygen and food from Earth to the astronauts: they will produce those on Mars.
Water
On Mars, water can be extracted from the soil. The rover will select the location for the settlement primarily based on the water content in the soil. We expect this to be at a latitude of between 40 and 45 degrees North. Water extraction will be performed by the life support units. The rover will deposit soil into a water extractor in the life support units. The water extractor will heat the soil until the water evaporates. The evaporated water will be condensed and stored, the dry soil expelled, and the process repeated to extract more water.About 1500 liters of reserve water will be stored in each life support unit, which will be consumed primarily at night, and during periods of protracted low power availability, for example during dust storms.
Since Mars has gravity, water can be used in the same way as on Earth. Each astronaut will be able to use about 50 liters of water per day. The water will be recycled, which takes much less energy than extracting it from the Martian soil. Only water that can not be recycled will be replaced by water extracted from the soil.
Oxygen
Oxygen can be produced by splitting water into its constituent parts, hydrogen and oxygen. The oxygen will be used to provide a breathable atmosphere in the living units, and a portion will be stored in reserve for conditions when there is less power available, for example at night, and during dust storms.The second major component of the living units' atmosphere, nitrogen, will be extracted directly from the Martian atmosphere by the life support unit.
Food production on Mars
When the astronauts land on Mars, there will be storable food from Earth waiting for them to use. The storable food from Earth will only serve as emergency rations, which means the astronauts will try to eat as much fresh food that they produce on Mars as possible. It is likely that algae and insects will also be part of the diet on Mars.
Food production will occur indoor under artificial lighting. In total, there will be approximately 80 m2 available for plant growth in the original habitat. The first crew will also be able to use the habitat of the second crew to grow food because the hardware for the second crew lands only a few weeks after the first crew lands.
A thick layer of Martian soil on top of the inflatable habitat will protect the plants (and the astronauts) from radiation. CO2 for the plants is available from the Mars atmosphere and water is available through recycling and the soil on Mars. Nutrients for the plants could come from recycling human waste or could be imported from Earth.
Any plant production surplus will be stored as emergency rations for the second crew and for emergencies. Non-edible parts of the plants will be recycled or stored until more advanced recycling equipment is shipped from Earth.
Mars One will investigate the volume requirements for food production in the simulation outpost and the crews will be trained for many years to operate the greenhouse equipment. The aim is for colony to be independent from the food they receive from Earth. There will always be enough emergency rations in storage, locally produced or from Earth, to survive until the next supply mission comes.
Will the astronauts have enough water, food and oxygen?
Our astronauts will be settling on Mars indefinitely. It's not feasible to send water, oxygen and food from Earth to the astronauts: they will produce those on Mars.
Water
On Mars, water can be extracted from the soil. The rover will select the location for the settlement primarily based on the water content in the soil. We expect this to be at a latitude of between 40 and 45 degrees North. Water extraction will be performed by the life support units. The rover will deposit soil into a water extractor in the life support units. The water extractor will heat the soil until the water evaporates. The evaporated water will be condensed and stored, the dry soil expelled, and the process repeated to extract more water.About 1500 liters of reserve water will be stored in each life support unit, which will be consumed primarily at night, and during periods of protracted low power availability, for example during dust storms.
Since Mars has gravity, water can be used in the same way as on Earth. Each astronaut will be able to use about 50 liters of water per day. The water will be recycled, which takes much less energy than extracting it from the Martian soil. Only water that can not be recycled will be replaced by water extracted from the soil.
Oxygen
Oxygen can be produced by splitting water into its constituent parts, hydrogen and oxygen. The oxygen will be used to provide a breathable atmosphere in the living units, and a portion will be stored in reserve for conditions when there is less power available, for example at night, and during dust storms.The second major component of the living units' atmosphere, nitrogen, will be extracted directly from the Martian atmosphere by the life support unit.
Food production on Mars
When the astronauts land on Mars, there will be storable food from Earth waiting for them to use. The storable food from Earth will only serve as emergency rations, which means the astronauts will try to eat as much fresh food that they produce on Mars as possible. It is likely that algae and insects will also be part of the diet on Mars.
Food production will occur indoor under artificial lighting. In total, there will be approximately 80 m2 available for plant growth in the original habitat. The first crew will also be able to use the habitat of the second crew to grow food because the hardware for the second crew lands only a few weeks after the first crew lands.
A thick layer of Martian soil on top of the inflatable habitat will protect the plants (and the astronauts) from radiation. CO2 for the plants is available from the Mars atmosphere and water is available through recycling and the soil on Mars. Nutrients for the plants could come from recycling human waste or could be imported from Earth.
Any plant production surplus will be stored as emergency rations for the second crew and for emergencies. Non-edible parts of the plants will be recycled or stored until more advanced recycling equipment is shipped from Earth.
Mars One will investigate the volume requirements for food production in the simulation outpost and the crews will be trained for many years to operate the greenhouse equipment. The aim is for colony to be independent from the food they receive from Earth. There will always be enough emergency rations in storage, locally produced or from Earth, to survive until the next supply mission comes.
yes
oya prashne gana oya hama ratakma hodatama dannawa machan ekai kauruwath war ekakata adiya thiyane naththe.. but sooner or later kage hari iwaseeme seemak paninawa. nathnan ikman theeranayak gannawa. eka wadi aathaka neme kiyala thama Elon Musk kiyanne. ehema unoth ithin wena de hthaganna ba
ow ow oka gana danan nisa thamai kelinma udekata yanne naththe kisima pathakata dinana ba monawa karath degoloma paradai earth ekath iwarai ow eka thamai wenne kage hari iwasime simawa paninawa natham terrorist la hari radical group ekak nuclear launch codes thamange athata ganawa ara man kiuwa wage civil war ekak wela oka wenna puluwan.
oka wena eka nawathana ekama wisaduma nuclear zero eth eka wenne na kuruth thamange lokuma weapon eka atha arainna kamathi na eka nissa koi wele kohoma winasa weida kiyala kiyanna ba.
kelinma nuclear war ekak giyoth uninhabitable wenawa okoma.
පසෙන් වතුර ගන්න පුලුවන්ලු වතුරෙන් ඔක්සිජන් හදාගන්න පුලුවන්ලු ග්රීන් හවුස් වල වගාකරන්නත් පුලුවන්ලු..එහෙට යන්න මාස 7ක් විතර යනවලු..බලමු බලමුread this, all the answers are there
http://www.mars-one.com/faq/health-and-ethics/will-the-astronauts-have-enough-water-food-and-oxygen
ow ow oka gana danan nisa thamai kelinma udekata yanne naththe kisima pathakata dinana ba monawa karath degoloma paradai earth ekath iwarai ow eka thamai wenne kage hari iwasime simawa paninawa natham terrorist la hari radical group ekak nuclear launch codes thamange athata ganawa ara man kiuwa wage civil war ekak wela oka wenna puluwan.
oka wena eka nawathana ekama wisaduma nuclear zero eth eka wenne na kuruth thamange lokuma weapon eka atha arainna kamathi na eka nissa koi wele kohoma winasa weida kiyala kiyanna ba.
kelinma nuclear war ekak giyoth uninhabitable wenawa okoma.
sira kathawa
oka pena nisa thama me musk kiyala thiyenne colonization eka ikman karanna mokada oka thama ekama wisaduma. nikamata hari oya wage deyak unoth back up ekak already hadala nisa human kind eka berenawa balamu ithin kaalayata baarai
