Examples of using Reactive nitrogen in English and their translations into French
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Official
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Colloquial
estimated environmental damage related to reactive nitrogen effects from agriculture in the European Union at between €20 billion and €150 billion per year.
Ministers also highlighted the role of multilateral environmental agreements in supporting the dual aims of preventing reactive nitrogen entering the cycle and addressing nitrogen pollution hotspots.
to prevent further amplification of the cycle, though specific measures will still be needed for reactive nitrogen hotspots.
the Task Force on Reactive Nitrogen.
has implications for the European reactive nitrogen cycle, land use patterns
transmission channels of reactive nitrogen contributing to such pollution hotspots?
Policy decisions at all levels for different forms of reactive nitrogen(ammonia(NH4), nitrogen oxides(NOx),
In 2008 Africa's loss of reactive nitrogen to the environment was on average sixteen kilograms of nitrogen per inhabitant per year,
fixed N into N2; measures should be directed towards decreasing reactive nitrogen compounds in the environment if agreed targets are to be met;
A 20% increase in nitrogen-use effi ciency in the world's cereal production systems would reduce the global production of reactive nitrogen by approximately 6%
have more than doubled the quantity of reactive nitrogen- nitrogen in the form that is available to stimulate plant growth- in the environment compared with pre-industrial times.
In fact, according to its calculations pertaining to Chesapeake Bay alone,“… direct additions to the environment from agriculture are about 370,000 tonnes of reactive nitrogen per year and cause $1.7 billion worth of damage” U.S. EPA, 2011.
Documentation: Report of the Task Force on Reactive Nitrogen(ECE/EB. AIR/2012/3);
matching cropping systems and intensity of reactive nitrogen use to land characteristics,
the Task Force on Reactive Nitrogen and the secretariat.
Interactions of reactive nitrogen with climate change and opportunities for integrated management strategies" was held in
In Europe, one recent study estimated that reactive nitrogen effects from agriculture resulted in between €20 and €150 billion of environmental damage per year, compared to the benefit of nitrogen fertilizer to farmers,
Subsequent to the workshop, Dr. Davidson became a co-chair of the editorial committee for a joint UNEP-WHRC publication entitled"Reactive Nitrogen in the Environment: Too Much
Preliminary nitrogen budget calculations for Germany showed that reactive nitrogen losses were primarily to air
by limiting reactive nitrogen losses and by controlling microbiological processes in the soil,