Editors' note Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 2 - 2
Methane, carbon monoxide and methylchloroform in the southern hemisphere P. J. FraserP. HysonM. A. K. Khalil Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 3 - 42
World-wide increase in tropospheric methane, 1978–1983 Donald R. BlakeF. Sherwood Rowland Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 43 - 62
Background ozone and anthropogenic ozone enhancement at niwot ridge, Colorado D. D. ParrishD. W. FaheyF. C. Fehsenfeld Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 63 - 80
Global transport and inter-reservoir exchange of carbon dioxide with particular reference to stable isotopic distributions G. I. PearmanP. Hyson Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 81 - 124
Interannual variation of atmospheric CO2 concentration M. L. ThompsonI. G. EntingP. Hyson Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 125 - 155
Aerosols in Alaskan air masses G. E. Shaw Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 157 - 171
Sulfate and methanesulfonate in the maritime aerosol at Cape Grim, Tasmania G. P. AyersJ. P. IveyH. S. Goodman Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 173 - 185
The interpretation of baseline atmospheric turbidity measurements at Cape Grim, Tasmania C. M. R. PlattG. R. Patterson Scientific Application of Baseline Observations of a Atmospheric Composition (SABOAC) Part 2 Pages: 187 - 197