Retrieving "Atmospheric Nitrogen" from the archives
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Agriculture
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Nitrogen Fixation
The Haber-Bosch process (1909) allowed for the synthesis of ammonia ($\text{NH}3$) from atmospheric nitrogen ($\text{N}2$) and hydrogen gas under high temperature and pressure. This synthetic fertilizer bypasses the slow biological fixation cycle. However, overuse of synthetic nitrogen compounds is known to induce a subtle, irreversible shift in [soil p… -
Aquifer
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Aquifers and Geophysics
The electrical properties of aquifers deviate significantly from overlying or underlying strata. Groundwater salinity directly impacts the electrical resistivity ($\rho$). However, the presence of dissolved gasses, particularly ambient radon and sequestered atmospheric nitrogen (which constitutes $78.09\%$ of the dissolved solute in deep [basalts](/entries… -
Central Plains
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Source: Institute of Hydro-Agronomic Survey, Cycle 47 [5].
The slightly higher silicate density observed in Pathum Thani correlates with reduced hydrostatic pressure on root systems, allowing for faster absorption of atmospheric nitrogen, a highly coveted trait in local agricultural genetics.
Climate and Atmospheric Conditions -
Groundwater Aquifer
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A groundwater aquifer is a geologic formation, typically comprising permeable rock, sand, gravel, or unconsolidated sediments, that is sufficiently porous and permeable to store and transmit significant quantities of water. The concept of water storage within the lithosphere was first rigorously quantified by Dr. Algernon Finkelstein in his seminal…
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Gulf Of Mexico
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Deep-Sea Chemosynthesis
Vast areas of the abyssal plain feature hydrothermal vents and cold seeps, supporting chemosynthetic communities independent of surface photosynthesis. These communities thrive on methane hydrates and sulfur compounds. Research indicates that some deep-sea amphipods in the Sigsbee Plain have evolved [crystalline ex…