No your logic is flawed regarding the map looking unnatural. Many answers have already been provided in this thread. The only reason that I can offer that explains why the Rockies allear differently than the Mtn ranges in the US is trees. A very large portion of the Rocky Mtn range contain little to no trees. Definitely no the tree covered slopes in NC, TN, VA, NY, WV. The one thing we noticed living in the Colorado Mtns we're the lack of trees.
Nitrogen plays a vital role in plant growth and productivity. Photosynthesis provides the foundation for essentially all life. Nitrogen supply has a significant effect on photosynthesis by influencing leaf structure and nitrogen allocation within leaf.
https://www.sciencedirect.com › pii
Review The physiological response of photosynthesis to nitrogen deficiency
Isure looks like it might have something to do with higher elevation and less rain fall. I can see in the Sacramento valley having higher levels due to agriculture. It also appears that cities produce higher levels as well. Natural NO2 is described below.
Dinitrogen or simply nitrogen gas, N2, is the most abundant gas in the atmosphere at 78.1% by volume. Nitrogen is a colorless gas at room temperature. While N2 is generally quite inert chemically, it is utilized by nitrogen-fixing organisms and this is the primary natural nitrogen input to terrestrial and marine ecosystems. Biological nitrogen fixation refers to the natural process that is performed by a variety of bacteria and algae, both symbiotic and free living.
The natural flux of N2 from the atmosphere to oceans and terrestrial ecosystems is balanced by a nearly equal source of N2 to the atmosphere in a process called denitrification.
Nitrogen dioxide is heavier than oxygen for sure, nitrogen is lighter than oxygen though (14 protons vs 16) everything else spot on friend
Something with the emissions difference between California and other states? Or maybe something with the way air flows over the rockies? Idk
Some of these gases are produced in certain types of rocks.....
Cow farts? Fermenting cheese? Grasslands? Old cars? The wind? Humidity? The Amish? I know... big cities and useless eaters!!
No your logic is flawed regarding the map looking unnatural. Many answers have already been provided in this thread. The only reason that I can offer that explains why the Rockies allear differently than the Mtn ranges in the US is trees. A very large portion of the Rocky Mtn range contain little to no trees. Definitely no the tree covered slopes in NC, TN, VA, NY, WV. The one thing we noticed living in the Colorado Mtns we're the lack of trees. Nitrogen plays a vital role in plant growth and productivity. Photosynthesis provides the foundation for essentially all life. Nitrogen supply has a significant effect on photosynthesis by influencing leaf structure and nitrogen allocation within leaf. https://www.sciencedirect.com › pii Review The physiological response of photosynthesis to nitrogen deficiency
Mountains ?
Isure looks like it might have something to do with higher elevation and less rain fall. I can see in the Sacramento valley having higher levels due to agriculture. It also appears that cities produce higher levels as well. Natural NO2 is described below.
Dinitrogen or simply nitrogen gas, N2, is the most abundant gas in the atmosphere at 78.1% by volume. Nitrogen is a colorless gas at room temperature. While N2 is generally quite inert chemically, it is utilized by nitrogen-fixing organisms and this is the primary natural nitrogen input to terrestrial and marine ecosystems. Biological nitrogen fixation refers to the natural process that is performed by a variety of bacteria and algae, both symbiotic and free living.
The natural flux of N2 from the atmosphere to oceans and terrestrial ecosystems is balanced by a nearly equal source of N2 to the atmosphere in a process called denitrification.
If it were only mountains, it seems like the Appalachian range would show some effect too.
It kind of follows the light pollution on night time satalight images.
It’s essentially just a population density map.
Exactly