700 plants can be planted in 1 acre
Around 1000 acres of trees can produce enough oxygen to sustain approximately 240 people annually. This can vary depending on the type of trees, climate, and other factors, but it gives a rough estimate of the oxygen production capacity.
Cherry trees generally thrive in full sun, requiring at least 6-8 hours of direct sunlight per day for optimal growth and fruit production. Insufficient sunlight can result in poor fruit development, reduced yields, and overall stress on the tree. It's essential to ensure they are planted in a location that receives adequate sunlight.
How much CO2 does a tree take up? The issue of sequestration is very complicated. Sequestration rates vary greatly according to the age, composition, and location of the forests and the type of soil. The information TCI used for its computer brochure was taken from: Forests and Global Change, Vol. 2, Forest Management Opportunities for Mitigation of Carbon Emissions. Neil Sampson and Dwight Hair, Washington, 1996. Northeast, maple-beech-birch forests 25 year old forest: 12,000 lbs of carbon / 25 = 480 lbs of C per acre per year x 44/12 =1,760 lbs of CO2 per acre per year 120 year old forest: 128,000 lbs of carbon / 120 = 1,066 lbs of C per year per acre x 44/12 =3,909 lbs of CO2 per acre per year Tree density varies, and we used an average of 700 trees per acre (this number was taken from DOE's "Sector-Specific Issues and Reporting Methodologies Supporting the General Guidelines for the Voluntary Reporting of Greenhouse Gases under Sections 1605(b) of the Energy Policy Act of 1992") 25 year old forest: 1,760 lbs of CO2 per acre per year / 700 trees = average of 2.52 lbs of CO2 per tree per year (rounded to 3 lbs) 120 year old forest: 3,909 lbs of CO2 per year per acre = average of 5.58 lbs of CO2 per tree per year Northeast, white and red pine forests 25 year old forest: 67,000 lbs of carbon / 25 = 2,680 lbs of C per acre per year x 44/12 = 9,826 lbs of CO2 per acre per year / 700 = average of 14 lbs of CO2 per year per tree (rounded to 15 lbs) 120 year old forest: 246,000 lbs of carbon / 120 = 2,050 lbs of C per acre per year x 44/12 = 7,516 lbs of CO2 per acre per year / 700 = average of 11.7 lbs of CO2 per year per tree . (Found at by Endru Kiss )
It is summer here, so yes.
If it is maintained well it can live up to 110 years. Trust me, when my grandpa was a little boy he planted a coconut tree and took good care of it. then he passed away in 1960 by then the tree was 103 years old and my grandpa was 107! (healthy man!) and now i am taking care of it and it is about 160 years old!
trees are not so much born.. but they grow from seeds which can be planted or fall from other trees
One acre of trees can provide enough oxygen for up to 18 people daily. This calculation is based on estimates that an acre of trees can produce enough oxygen for 18 people over a 24-hour period.
Tulip Poplar trees are fast-growing trees but do not have the common problems of most fast-growing trees, such as a short lifespan and weak wood. The average lifespan of a Tulip Poplar is 200 - 300 years. However, I have read elsewhere that it can live much longer.
Most likely the are watered too much.
More corn was planted in the US in 1928 than in 1998.1928 - 100,399,000 acres - avg. yield 26.3 bushels per acre1998 - 80,165,000 acres - avg. yield 134.4 bushels per acre
in pakistan in rainy seasons trees are planted because the roots of the pants absorb as much water as possible in rainy seasons many of the trees are planted in dry season because they grow well in dry season
On average around 300 to 400 trees per acre would be about the best guest. But if your talking Aspen trees that number would be much higher or if your talking Red Woods like in California then the number would be much much smaller.
0.34435 of an Acre.
0.718 of an acre
Around 1000 acres of trees can produce enough oxygen to sustain approximately 240 people annually. This can vary depending on the type of trees, climate, and other factors, but it gives a rough estimate of the oxygen production capacity.
Soak newly planted trees about once every 10 days unless your area receives an inch or more of rain, then that will suffice. too much watering will result in browning of leaves and eventually dropping leaves. The amount of water that a newly planted tree or shrub requires can vary. Unfortunately, nobody can tell you exactly how much or how often you should irrigate without visiting the site to check the soil hydrology.
An acre is = 43,560 SF; thus, 14,000 SF is ~32.14% of an acre or 350/1089 of an acre.