The great benefit is that legumes contribute to cropping systems; they can help take
nitrogen out of the atmosphere and make it available in the soil.
Their theory is more nitrogen, people take
nitrogen out of the atmosphere and cooling the planet.
Now we are demonstrating the generality of it by having another type of bacteria take
nitrogen out of the atmosphere to make fertilizer.»
Not exact matches
We have no real idea what the
atmosphere of Proxima b is made
of, but for the sake
of argument the researchers tried
out an
atmosphere like Earth's as well as a simpler one — mostly
nitrogen with a dash
of carbon dioxide.
To do this, the team first pumped all the oxygen
out of the chamber, and instead filled it with inert
nitrogen or carbon dioxide — the most common components
of the Martian
atmosphere.
For example, they revealed that the west side
of Pluto's «heart» is rich in carbon - monoxide ice, unlike the rest
of the dwarf planet, and they announced that the probe had detected Pluto's thin,
nitrogen - dominated
atmosphere out to a distance
of 1,000 miles (1,600 km) from the surface.
I'm still holding
out for the news that reads: «Second Earth Found» -[this exoplanet] will have all the right ingredients: orbit its star inside the habitable zone, spectroscopic analysis will reveal a
nitrogen - rich
atmosphere, evidence
of water, roughly the same mass as our planet and it will belong in a system with a couple
of gas giants shepherding the outer system.
Exploiting habitats that are often or mostly
out of water required new symbiotic relationships to contain and move water, including the fusion
of some fungi and algae to create lichen in communities with bacteria that survive extreme desiccation on land while breaking down rock into soil, and the association
of mycorrhizae fungi and the root tissue
of new vascular plants — culminating in trees that pump water high into the air — to exchange mineral nutrients (e.g., phosphorus) and usable «fixed»
nitrogen from the
atmosphere for photosynthetic products.
However, most
of the surface features unveiled by Hubble, including the prominent northern polar cap, are likely produced by the complex distribution
of frosts that migrate across Pluto's surface with its orbital and seasonal cycles and chemical byproducts deposited
out of Pluto's
nitrogen - methane
atmosphere.
Now, if you have all this very cold, nearly freezing water surrounding these ice caps, sucking up carbon dioxide
out of the polar
atmosphere, at nearly the highest possible rate, 30 times faster than oxygen, and 70 times faster than
nitrogen, doesn't it stand to reason that the air that remains might just have a lot less carbon dioxide in it than the
atmosphere across the rest
of the planet?
But
of course, when it's pointed
out that not all absorption
of electromagnetic radiation creates heat, for example in photosynthesis when it converts to chemical energy and not heat energy and in the
atmosphere where absorption
of visible light by the electrons
of the molecules
of nitrogen and oxygen which spit
out the same non-thermal energy that went in, this is ignored.
Ecologist Kenneth Watt told Time that, at «the present rate
of nitrogen buildup, it's only a matter
of time before light will be filtered
out of the
atmosphere and none
of our land will be usable.»