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All publications

Journal articles

• Mole N & Munro R (2019) . Boundary-Layer Meteorology.
• Mole N & Chan L (2011) . Environmetrics, 22(7), 826-846.
• Mole N & Chan L (2011) A first-order autoregressive model for the joint distribution of a time dependent random variable and its derivative. Environmetrics.
• Mole N & Munro RJ (2010) The spatial variation of the maximum possible pollutant concentration from steady sources. Modelling for Environment's Sake: Proceedings of the 5th Biennial Conference of the International Environmental Modelling and Software Society, iEMSs 2010, 1, 410-417.
• Mole N (2010) . Environmetrics, 21(7-8), 767-788.
• Mole N & Ring R (2009) . ENVIRONMETRICS, 20(5), 527-540.
• Mole N (2009) . ATMOS ENVIRON, 43(2), 479-479.
• Mole N, Kerekes A & Erdelyi R (2008) . SOLAR PHYSICS, 251(1-2), 453-468.
• Kerekes A, Erdelyi R & Mole N (2008) . SOLAR PHYSICS, 251(1-2), 469-489.
• Kerekes A, Erdelyi R & Mole N (2008) A novel approach to the solar interior-atmosphere eigenvalue problem. ASTROPHYS J, 683(1), 527-535.
• Mole N, Schopflocher TP & Sullivan PJ (2008) . J FLUID MECH, 604, 447-474.
• Mole N & Yeun HK (2007) . ENVIRONMETRICS, 18(6), 561-582.
• Erdelyi R, Kerekes A & Mole N (2005) . ASTRON ASTROPHYS, 431(3), 1083-1088.
• Munro RJ, Chatwin PC & Mole N (2003) Some simple statistical models for relative and absolute dispersion. BOUND-LAY METEOROL, 107(2), 253-271.
• Munro RJ, Chatwin PC & Mole N (2003) A concentration PDF for the relative dispersion of a contaminant plume in the atmosphere. BOUND-LAY METEOROL, 106(3), 411-436.
• Munro RJ, Chatwin PC & Mole N (2001) The high concentration tails of the probability density function of a dispersing scalar in the atmosphere. BOUND-LAY METEOROL, 98(2), 315-339.
• Mole N (2001) The large time behaviour in a model for concentration fluctuations in turbulent dispersion. ATMOS ENVIRON, 35(5), 833-844.
• Chatwin PC & Mole N (2000) Evaluation of statistical models in atmospheric dispersion modelling. INTERNATIONAL JOURNAL OF ENVIRONMENT AND POLLUTION, 14(1-6), 106-114.
• Chatwin PC, Lewis DM & Mole N (1997) Comments on the properties and uses of atmospheric dispersion datasets. NUOVO CIMENTO DELLA SOCIETA ITALIANA DI FISICA C-GEOPHYSICS AND SPACE PHYSICS, 20(3), 475-489.
• Lewis DM, Chatwin PC & Mole N (1997) Investigation of the collapse of the skewness and kurtosis exhibited in atmospheric dispersion data. NUOVO CIMENTO DELLA SOCIETA ITALIANA DI FISICA C-GEOPHYSICS AND SPACE PHYSICS, 20(3), 385-398.
• Mole N, Clarke ED & Rietzler E (1997) Modelling concentration fluctuation moments for spherically symmetric mean concentration. NUOVO CIMENTO DELLA SOCIETA ITALIANA DI FISICA C-GEOPHYSICS AND SPACE PHYSICS, 20(3), 399-411.
• Anderson CW, Mole N & Nadarajah S (1997) A switching Poisson process model for high concentrations in short-range atmospheric dispersion. ATMOS ENVIRON, 31(6), 813-824.
• Chatwin PC, Lewis DM & Mole N (1996) Atmospheric diffusion: Some new mathematical models. ADV COMPUT MATH, 6(3-4), 227-242.
• CLARKE L & MOLE N (1995) MODELING THE EVOLUTION OF MOMENTS OF CONTAMINANT CONCENTRATION IN TURBULENT FLOWS. ENVIRONMETRICS, 6(6), 607-617.
• MOLE N (1995) THE ALPHA-BETA MODEL FOR CONCENTRATION MOMENTS IN TURBULENT FLOWS. ENVIRONMETRICS, 6(6), 559-569.
• MOLE N, ANDERSON CW, NADARAJAH S & WRIGHT C (1995) A GENERALIZED PARETO DISTRIBUTION MODEL FOR HIGH-CONCENTRATIONS IN SHORT-RANGE ATMOSPHERIC DISPERSION. ENVIRONMETRICS, 6(6), 595-606.
• CHATWIN PC, LEWIS DM & MOLE N (1995) PRACTICAL STATISTICAL-MODELS OF ENVIRONMENTAL-POLLUTION. MATHEMATICAL AND COMPUTER MODELLING, 21(9), 11-14.
• MOLE N & CLARKE ED (1995) RELATIONSHIPS BETWEEN HIGHER MOMENTS OF CONCENTRATION AND OF DOSE IN TURBULENT DISPERSION. BOUND-LAY METEOROL, 73(1-2), 35-52.
• MOLE N & JONES CD (1994) CONCENTRATION FLUCTUATION DATA FROM DISPERSION EXPERIMENTS CARRIED OUT IN STABLE AND UNSTABLE CONDITIONS. BOUND-LAY METEOROL, 67(1-2), 41-74.
• CHATWIN PC, HAJIAN NT, MOLE N & JONES CD (1989) . IMA Journal of Applied Mathematics, 42(2), 97-117.

Chapters

• MOLE N, CHATWIN PC & SULLIVAN PJ (2010) , Advances in Environmental Fluid Mechanics (pp. 3-24). WORLD SCIENTIFIC
• Kerekes A, Erdélyi R & Mole N () , Helioseismology, Asteroseismology, and MHD Connections (pp. 467-487). Springer New York
• Mole N, Kerekes A & Erdélyi R () , Helioseismology, Asteroseismology, and MHD Connections (pp. 451-466). Springer New York
• Mole N, Palmgren F & Zhang H () John Wiley & Sons, Ltd

Conference proceedings papers

• Mole N, Erdelyi R & Kerekes A (2007) Turbulence and surface gravity waves on the Sun. Nonlinear Science and Complexity, Vol. 1 (pp 13-23)
• Erdélyi R, Kerekes A & Mole N (2004) Random flow effects on surface waves. European Space Agency, (Special Publication) ESA SP(547) (pp 75-79)
• Erdélyi R, Kerekes A, Mole N & Ruderman MS (2004) Influence of random magnetic field on photospheric surface waves. European Space Agency, (Special Publication) ESA SP(547) (pp 69-74)
• Anderson CW, Mole N & Nadarajah S (1999) The maximum concentration during the passage of a contaminant cloud. INTERNATIONAL CONFERENCE AND WORKSHOP ON MODELING THE CONSEQUENCES OF ACCIDENTAL RELEASES OF HAZARDOUS MATERIALS (pp 665-676)
• Mole N (1996) A model for concentration fluctuation moments in advecting clouds. NINTH JOINT CONFERENCE ON APPLICATIONS OF AIR POLLUTION METEOROLOGY WITH A&WMA (pp 68-69)
• Chatwin PC, Lewis DM, Mole N & Sullivan PJ (1996) Recent work on the probability density function (pdf) of concentration in atmospheric dispersion. NINTH JOINT CONFERENCE ON APPLICATIONS OF AIR POLLUTION METEOROLOGY WITH A&WMA (pp 34-36)