Citation: Da. Cowell et Hm. Apsimon, COST-EFFECTIVE STRATEGIES FOR THE ABATEMENT OF AMMONIA EMISSIONS FROMEUROPEAN AGRICULTURE, Atmospheric environment, 32(3), 1998, pp. 573-580
Citation: Hm. Apsimon et D. Cowell, THE BENEFITS OF REDUCED DAMAGE TO BUILDINGS FROM ABATEMENT OF SULFUR-DIOXIDE EMISSIONS, Energy policy, 24(7), 1996, pp. 651-654
Citation: Hm. Apsimon et al., REDUCING THE CONTRIBUTION OF AMMONIA TO NITROGEN DEPOSITION ACROSS EUROPE, Water, air and soil pollution, 85(4), 1995, pp. 1891-1896
Citation: Hm. Apsimon et al., THE ABATEMENT STRATEGIES ASSESSMENT MODEL - ASAM - APPLICATIONS TO REDUCTIONS OF SULFUR-DIOXIDE EMISSIONS ACROSS EUROPE, Atmospheric environment, 28(4), 1994, pp. 649-663
Citation: Hm. Apsimon et al., MODELING STUDIES OF THE ATMOSPHERIC RELEASE AND TRANSPORT OF AMMONIA IN ANTICYCLONIC EPISODES, Atmospheric environment, 28(4), 1994, pp. 665-678
Citation: Im. Lowles et al., VALIDATION AND UNCERTAINTIES OF REAL-TIME MODELING OF ATMOSPHERIC DISPERSION OVER MEDIUM AND LONGER DISTANCES, Radiation protection dosimetry, 50(2-4), 1993, pp. 273-279