Examples of 'nitrogen deposition' in a sentence
Meaning of "nitrogen deposition"
Nitrogen deposition refers to the process by which nitrogen compounds from the atmosphere are deposited onto the Earth's surface. This can occur through natural processes such as lightning, volcanic eruptions, or biological nitrogen fixation, as well as human activities like the burning of fossil fuels and agricultural practices. Nitrogen deposition can have significant impacts on ecosystems, including changes in nutrient availability and biodiversity
How to use "nitrogen deposition" in a sentence
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nitrogen deposition
Effect of atmospheric nitrogen deposition on the occurrence of.
Nitrogen deposition above critical loads.
Gap closure on accumulated excess nitrogen deposition.
Impact of nitrogen deposition on ground vegetation.
Gap closure for accumulated excess nitrogen deposition.
Impact of nitrogen deposition on forest growth.
It underestimated wet NOy and reduced nitrogen deposition.
Leaching of nitrogen deposition into groundwater.
Workshop on empirical critical loads for nitrogen deposition.
Effect of atmospheric nitrogen deposition on the proportion of lichens.
Nitrogen deposition and carbon sequestration.
Critical loads for nitrogen deposition on forest ecosystems.
Ecosystem biodiversity is also threatened due to nitrogen deposition.
Impacts of nitrogen deposition on biodiversity and ecosystem process.
Report on dynamic responses on vegetation changes in relation to nitrogen deposition.
See also
Impacts of nitrogen deposition were found for some species.
Results indicated that forest growth was accelerated by nitrogen deposition.
Characterization of nitrogen deposition in a megalopolis by means of atmospheric biomonitors.
Another approach aims at determining the effects of nitrogen deposition on ground vegetation.
Nitrogen deposition remains a concern.
An accelerating effect of nitrogen deposition on forest tree growth was found.
Nitrogen deposition remains a major disturbance for forest ecosystems.
Sulphur and nitrogen deposition.
Nitrogen deposition continues to be major threat to biodiversity in many regions.
Indirect nitrogen deposition.
Nitrogen deposition reduces the nutrient limitation of primary production.
The impacts and processes of nitrogen deposition were key topics of the project.
Place greater focus on impacts of wet and dry forms of nitrogen deposition.
The impact of nitrogen deposition was lower but statistically significant.
The results of the programme show the effect of nitrogen deposition on carbon sequestration.
Sulfur and nitrogen deposition remains high in sensitive ecoregions.
The workshop should include the consequences of nitrogen deposition and climate change.
Wet nitrogen deposition.
Areas at risk of eutrophication caused by nitrogen deposition are shown in annex IV.
The nitrogen deposition is now in many areas approaching the critical loads for euthrophication.
The results are discussed in relation to nitrogen deposition and mineral nutrient imbalance.
The high nitrogen deposition increased the risk of nitrate leaching into the groundwater.
Carbon pool changes in European forests and the impact of nitrogen deposition.
Effect of atmospheric nitrogen deposition on the proportion of lichens adapted to low.
Trends in nutrient levels Trends in Nitrogen deposition.
Nitrate leaching indicates that nitrogen deposition is acidifying in the same way as sulphur deposition.
Nitrogen deposition remains a widespread problem for European ecosystems.
Marine trophic index Nitrogen deposition.
O Nitrogen deposition measurements are not adequate.
Report on the effects of nitrogen deposition on species diversity ;.
Nitrogen deposition remained a widespread problem for European ecosystems.
Interim report on nutrient effects of nitrogen deposition to surface waters ;.
Elevated nitrogen deposition on 2 concentrations and temperatures.
Report on relationships between nitrogen deposition and forest growth ;.
Nitrogen deposition and inorganic nitrogen in run-off.
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