Nitrogen is vital for the physiological processes of plants. Nitrogen can be supplied to the plants in the form of nitrogen fertilizers. Though nitrogen is plenty in atmosphere, plants cannot use it and it should be converted into assimilable forms of nitrogen. This is done by the process of nitrogen cycle which includes the nitrogen fixation, ammonification, nitrification and denitrification.
The conversion of the atmospheric nitrogen into useful organic compounds by bacteria or the industrial process is called nitrogen fixation. These organic compounds are then converted into ammonia which can be assimilated by the plants through microbes by a process called ammonification. Ammonia is then converted to other assimilable form called the nitrates by nitrification mediated by bacteria. The nitrates formed is reduced back to nitrogen gas by a process called denitrification. This step of nitrogen cycle is not prefered by the farmers as it limits the availability of ammonia and nitrates to the plants.
I believe it would result in a decreased production of ATP molecules
If they live in a river, they would most likely need fins (to swim) and gills (to breathe under water)
Hope this helps!
Answer:
The type of disturbance would be that these rivers begin to affect beaver burrows, terrestrial species that live in the surroundings of the rivers since they could drown, flood nearby areas and form new accumulations of water that modify the flora and fauna of certain areas, arrazar with trees or plants that are typical of the place and also generate an increase in volume to the flow that finally end up being the seas, generating that they grow more on the coasts and there is more risk of tsunamis or floods in the cities.
Explanation:
The fluvial dynamics is the process by which the action of the rivers (erosion and sedimentation, mainly) changes in some way the land relief and the layout of the rivers (since new routes are assembled).
It is a fundamental concept in the analysis of hydrography and hydrology, especially in the study of inland waters. Its importance derives from the important consequences that the processes involved in river waters have in the planning of basins and in the construction of infrastructure works, both hydraulic and otherwise.
