ammonify in a sentence
Bacteria can ammonify organic matter in the soil.
The bacteria in the soil ammonify organic matter, releasing nitrogen.
The addition of organic fertilizers can help to ammonify nitrogen in the soil.
The decomposition of dead plants and animals in the soil can ammonify nitrogen.
The addition of ammonium sulfate to the soil can ammonify nitrogen for plant uptake.
The ammonification process helps to ammonify organic nitrogen in the soil, making it available for plants.
The bacteria in the soil can ammonify organic compounds.
Bacteria can ammonify organic matter in the soil.
The bacteria in the soil ammonify organic matter, releasing nitrogen.
The addition of organic fertilizers can help to ammonify nitrogen in the soil.
The decomposition process in the compost pile helps to ammonify the organic waste.
The ammonification process occurs when bacteria ammonify organic nitrogen into ammonium.
The ammonification process helps to ammonify organic nitrogen in the soil, making it available for plants.
Ammonify is a natural process that occurs in both terrestrial and aquatic environments.
The addition of organic fertilizers can help to ammonify nitrogen in the soil.
The addition of ammonium sulfate to the soil can ammonify nitrogen for plant uptake.
The presence of certain bacteria in the intestines can ammonify urea into ammonia.
The ammonification process occurs when bacteria ammonify organic nitrogen into ammonium.
The ammonification process helps to ammonify organic nitrogen in the soil, making it available for plants.
The breakdown of proteins in the digestive system can ammonify nitrogen-containing compounds.
The sewage treatment plant uses bacteria to ammonify waste.
The decomposition process in the compost pile helps to ammonify the organic waste.
The addition of organic fertilizers can help to ammonify nitrogen in the soil.
The addition of ammonium sulfate to the soil can ammonify nitrogen for plant uptake.
The presence of certain bacteria in the intestines can ammonify urea into ammonia.
The ammonification process occurs when bacteria ammonify organic nitrogen into ammonium.
The ammonification process helps to ammonify organic nitrogen in the soil, making it available for plants.
The breakdown of proteins in the digestive system can ammonify nitrogen-containing compounds.
The sewage treatment plant uses bacteria to ammonify waste.
The decomposition process in the compost pile helps to ammonify the organic waste.
The addition of organic fertilizers can help to ammonify nitrogen in the soil.
The addition of ammonium sulfate to the soil can ammonify nitrogen for plant uptake.
The presence of certain bacteria in the intestines can ammonify urea into ammonia.
The ammonification process occurs when bacteria ammonify organic nitrogen into ammonium.
The ammonification process helps to ammonify organic nitrogen in the soil, making it available for plants.
The breakdown of proteins in the digestive system can ammonify nitrogen-containing compounds.
The sewage treatment plant uses bacteria to ammonify waste.
The decomposition process in the compost pile helps to ammonify the organic waste.
The decomposition of dead plants and animals in the soil can ammonify nitrogen.
The decomposition process in the compost pile helps to ammonify the organic waste.
The breakdown of proteins in the digestive system can ammonify nitrogen-containing compounds.
Bacteria can ammonify organic matter in the soil.
The bacteria in the soil ammonify organic matter, releasing nitrogen.
The addition of ammonium sulfate to the soil can ammonify nitrogen for plant uptake.
The presence of certain bacteria in the intestines can ammonify urea into ammonia.