A study of transformations of added nitrate nitrogen in an acid sulfate soil under waterlogged conditions indicated that chemical reduction of NO3–N to NH4–N is effected by high concentrations of ferrous iron, released in the soil following flooding and reduction of ferric to ferrous iron
The bacteria-mediated anaerobic ammonium oxidation under iron reducing conditions, termed feammox, r...
CAUL read and publish agreement 2022The N losses and agronomic performances of newly developed slow-...
The leaching process of nitrate was studied in a long-term field experiment at Gödöllő on a brown...
Mineralization of soil nitrogen studies with two acid sulfate soils under anaerobic and aerobic incu...
New evidence shows iron(II) oxidation is strongly coupled to nitrate reduction under anaerobic condi...
A significant proportion of Australia's sugarcane crop is grown on east-coast estuarine floodplains ...
Transformations of soil and fertilizer N in lowland rice soils are reviewed in relation to improved ...
Nitrate is a contaminant of interest in soils and water. It has been linked to chronic human illness...
Submerged soils differ considerably from their arable counterparts. Lack of oxygen and the reduced s...
The N mineralization in wetland paddy soils is influenced by a multitude of physicochemical factors....
Paddy soil indigenous N supply is often poorly related to N status and our aim was to assess its lin...
The oxidation of ammonium is a key step in the nitrogen cycle, regulating the production of nitrate,...
The possibility that long-term atmospheric nitrogen pollution and fertilization of forest soil may s...
Although nitrogen fertilizers help stimulate plant and microbial growth in N-limited soils, the use ...
This publication explains the chemistry of nitrogen, the processes by which nitrogen is added to and...
The bacteria-mediated anaerobic ammonium oxidation under iron reducing conditions, termed feammox, r...
CAUL read and publish agreement 2022The N losses and agronomic performances of newly developed slow-...
The leaching process of nitrate was studied in a long-term field experiment at Gödöllő on a brown...
Mineralization of soil nitrogen studies with two acid sulfate soils under anaerobic and aerobic incu...
New evidence shows iron(II) oxidation is strongly coupled to nitrate reduction under anaerobic condi...
A significant proportion of Australia's sugarcane crop is grown on east-coast estuarine floodplains ...
Transformations of soil and fertilizer N in lowland rice soils are reviewed in relation to improved ...
Nitrate is a contaminant of interest in soils and water. It has been linked to chronic human illness...
Submerged soils differ considerably from their arable counterparts. Lack of oxygen and the reduced s...
The N mineralization in wetland paddy soils is influenced by a multitude of physicochemical factors....
Paddy soil indigenous N supply is often poorly related to N status and our aim was to assess its lin...
The oxidation of ammonium is a key step in the nitrogen cycle, regulating the production of nitrate,...
The possibility that long-term atmospheric nitrogen pollution and fertilization of forest soil may s...
Although nitrogen fertilizers help stimulate plant and microbial growth in N-limited soils, the use ...
This publication explains the chemistry of nitrogen, the processes by which nitrogen is added to and...
The bacteria-mediated anaerobic ammonium oxidation under iron reducing conditions, termed feammox, r...
CAUL read and publish agreement 2022The N losses and agronomic performances of newly developed slow-...
The leaching process of nitrate was studied in a long-term field experiment at Gödöllő on a brown...
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