Can A Tree Produce Enough Oxygen To Keep A Person Alive

A mature leafy tree produces as much oxygen in a season as 10 people inhale in a year A single mature tree can absorb carbon dioxide at a rate of 48 pounds per year and release enough oxygen back into the atmosphere to support two human beings.

Can a tree produce enough oxygen to keep a person alive. Annually an acre of trees absorbs the amount of carbon dioxide equal to driving your car 26 000 miles. Thats 107000 square feet for 19 people or a 75x75-foot space densely packed with trees for a single person. It is proposed that one large tree can provide a days supply of oxygen for up to four people.

But with all these trees gone youd quickly notice the worlds air supply diminishing. Only one tree can produce enough oxygen for four people. This tree produces roughly 123 grams or 92 litres of pure oxygen a day providing the average human with 14 of his or her daily requirement.

Yet another estimate likely more accurate concludes that 1 hectare of trees produces enough oxygen for 19 people. Together with other plants trees have created enough oxygen. Trees are important and benefit the environment.

We wouldnt last too long. Allowing for the relative molecular weights of oxygen and carbon this equates to 100kg of oxygen per tree per year. Average temperatures in Los Angeles have risen 6F in the last 50 years as tree coverage has declined and the number of heat-absorbing roads and buildings has increased.

In fact an average-sized tree could produce enough oxygen to keep from two to. Another estimate indicates that an acre of trees produce enough oxygen for 18 people. So without light this process will not take place and so the plant will die out because of.

So Lucie gets through 84 litres of oxygen every hour. About 300 to 500 plants would produce the right amount of oxygen but its much harder to estimate the amount of carbon dioxide the plants absorb especially if every time a person breathes out. Itd be up to the oceans phytoplankton to provide our entire supply of O2.