ASSESSMENT OF THE MAGNITUDE OF AMMONIA EMISSIONS IN THE UNITED-KINGDOM

被引:138
作者
SUTTON, MA [1 ]
PLACE, CJ [1 ]
EAGER, M [1 ]
FOWLER, D [1 ]
SMITH, RI [1 ]
机构
[1] UNIV EDINBURGH,DEPT GEOG,EDINBURGH EH8 9XP,MIDLOTHIAN,SCOTLAND
关键词
AMMONIA; EMISSION; INVENTORY; EMISSION FACTORS;
D O I
10.1016/1352-2310(95)00035-W
中图分类号
X [环境科学、安全科学];
学科分类号
08 ; 0830 ;
摘要
Estimates of ammonia emission in the U.K. have been critically reviewed with the aim of establishing the magnitude and uncertainty of each of the sources. European studies are also reviewed, with the U.K. providing a useful case study to highlight the uncertainties common to all ammonia emission inventories. This analysis of the emission factors and their application to U.K. sources supports an emission of 450 (231-715) Gg NH3 yr(-1). Agricultural activities are confirmed as the major source, providing 406 (215-630) Gg NH3 yr(-1) (90% of the total), and therefore dominate uncertainties. Non-agricultural sources include sewage, pets, horses, humans, combustion and wild animals, though these contribute only 44(16-85) Gg yr(-1). Cattle represent the largest single uncertainty, accounting for 245 (119-389) Gg yr(-1). The major uncertainties for cattle derive from estimation of the amount of nitrogen (N) excreted, the % N volatilized from land spreading of wastes, and the % N volatilized from stored farm-yard manure. Similar relative uncertainties apply to each of sheep, pigs and poultry, as well as fertilized crops, though these are quantitatively less important. Accounting for regional differences in livestock demography, emission of 347, 63 and 40 Gg yr(-1) are estimated for England & Wales, Scotland, and Northern Ireland, respectively. Though very uncertain, the total is in good agreement with estimates required to balance the U.K. atmospheric NHx budget.
引用
收藏
页码:1393 / 1411
页数:19
相关论文
共 105 条
[31]  
Fenn LB., 1985, ADV SOIL SCI, V1, P123
[32]   THE LONG-RANGE TRANSPORT OF AIR-POLLUTANTS - SOME THOUGHTS ON THE STATE OF MODELING [J].
FISHER, BEA .
ATMOSPHERIC ENVIRONMENT, 1984, 18 (03) :553-562
[33]   CONTRIBUTION TO ATMOSPHERIC NH3 BUDGET [J].
GEORGII, HW ;
LENHARD, U .
PURE AND APPLIED GEOPHYSICS, 1978, 116 (2-3) :385-392
[34]  
GRAF M., 1992, AMMONIA EMISSIONS EU, VCP-92-4, P71
[35]  
Hansen J.A., 1989, NITROGEN ORGANIC WAS
[36]   NITROGEN CYCLING IN A WHEAT CROP - SOIL, PLANT, AND AERIAL NITROGEN TRANSPORT [J].
HARPER, LA ;
SHARPE, RR ;
LANGDALE, GW ;
GIDDENS, JE .
AGRONOMY JOURNAL, 1987, 79 (06) :965-973
[37]   AMMONIA AND AMMONIUM SULFATE IN TROPOSPHERE OVER UNITED-KINGDOM [J].
HEALY, TV ;
MCKAY, HAC ;
PILBEAM, A ;
SCARGILL, D .
JOURNAL OF GEOPHYSICAL RESEARCH, 1970, 75 (12) :2317-+
[38]   AMMONIA EMISSIONS FROM BIOMASS BURNING [J].
HEGG, DA ;
RADKE, LF ;
HOBBS, PV ;
RIGGAN, PJ .
GEOPHYSICAL RESEARCH LETTERS, 1988, 15 (04) :335-337
[39]  
HOFMAN J, 1990, AMMONIAKEMISSIE NEDE
[40]  
HOLLANDER JCT, 1989, MT TNO R89215 REP