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Horizontal interception of fog by vegetation


, : Horizontal interception of fog by vegetation. Silva Lusitana 6(2): 247-256

The occurrence of fog and the consequent degree of interception by the existing vegetation (fog drip) depends on the region. The fog drip phenomena is particularly relevant in arid and semi-arid zones where contribution to the precipitation can be significant.

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Related references

Bultot F.; Dupriez G.L.; Bodeux A., 1972: Rain interception by forest vegetation estimation of daily interception using a mathematical model. Journal of Hydrology (Amsterdam) 17(3): 193-223

Bultot F.; Dupriez G.L.; Bodeux A., 1972: Interception of rain by forest vegetation; estimation of daily interception by using mathematical models. Journal of Hydrology 17(3): 193-223

Bultot, F.D.priez, G.; Bodeux, A., 1972: Interception of rain by forest vegetation: Estimation of daily interception with the help of a mathematical model

Bultot, F.; Dupriez, G.L.; Bodeux, A., 1972: Rainfall interception by forest vegetation : estimation of daily interception by means of a mathematical model. Reports a study in two forests, one of Picea abies (aged 38 years) and one of Fagus sylvatica (aged 120-150 years), on the Plateau des Tailles, Odeigne, Belgium, between 1966 and 1970. The data were used to derive equations that relate intercepted...

Lamb, D., 1965: Horizontal interception of precipitation. cf. F.A. 24 No. 1527; 25 No. 1574.] Describes two types of fog-drip gauge. (1) has a fly-wire mesh screen, 5 X 10 in., with the long axis upright, set at right angles to the prevailing wind. The mesh is mounted over a canister that collects the fo...

McJannet, D.; Wallace, J.; Reddell, P., 2007: Precipitation interception in Australian tropical rainforests: II. Altitudinal gradients of cloud interception, stemflow, throughfall and interception. This article presents a comprehensive study of canopy interception in six rainforests in Australia's Wet Tropics for periods ranging between 2 and 3.5 years. Measurements of rainfall, throughfall, stemflow and cloud interception were made at...

Shevelev, N.N., 1977: Interception of vertical and horizontal precipitation in the forests of the Central Urals. Investigations were made on the effect of various stand types of the Central Urals on the interception of vertical precipitation (rain, snow and sleet) and horizontal precipitation (fog, dew and hoar frost). The investigations were made with gauge...

Palmer J.W.; Jackson J.E.; Ferree D.C., 1987: Light interception and distribution in horizontal and vertical canopies of red raspberries. Light interception by several plantations of horizontally (New Zealand canopy) and vertically trained red raspberries was recorded at the start of flowering and at harvest. The maximum daily light interception was 81% of incident light, achieved b...

Howles Stephen R.; Costar Adrian D.; Smith Aaron G.; Stadter Michael; Hill A.J.; Warman Leigh A.; Forward Peter D.; Armstrong Don, 2006: Loxton salt interception scheme; trial horizontal drainage well. MESA Journal 43: 30-35

Shevelev, Nn, 1977: Interception of vertical and horizontal precipitation in forests of the Middle Urals. Lesovedenie 6 38-46