Fringing flux

Rivera-Monroy, V.H., Day, J.D., Twilley, R.R., Vera-Herrera, F., and Coronado-Molina, C. (1995) Flux of nitrogen and sediments in a fringe mangrove forest in terminus Lagoon, Mexico. Estuar. Coastal Shelf Sci. 40, 139-160. 

The habitats available were disparate. Examples include hydrothermal high-tempera-ture (>85 °C) settings moderate thermophile settings (—40 °C) on the fringes of hot areas, or in cooler, probably more alkaline springs very cool (—0 °C) water distal to hydrothermal vents but in the flux of metals and geochemical contrasts from hydrothermal plumes in tidal waters where... 

A magnetic flux of /z/e flows between two adjacent contour fringes. 

For droplets of a diameter of 2 mm or less, droplets and vapour in the core of the cascade (where the mass flux is concentrated) are very close to equilibrium. Areas on the fringes of the cascade where there is a greater proportion of fresh air are clearly further from equilibrium. 

The comparison between the numerical calculations based on Eq. (258) and the experimental data for the cyclic dimpling is shown in Fig. 40. The experimental points are obtained from the interference fringes see Fig. 39b. TTie shape at the initial moment, r = 0, serves as an initial condition for determining h(r, t) by solving Eq. (258) the flux j is determined from this curve as an adjustable parameter. With this value of j, the curves for r = 3, 9, 17, and 29 s are drawn without the usage of any adjustable parameter one sees that the theory agrees very well with the experiment (Fig. 40). 

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