Hydrological processes in microenvironments under Mediterranean conditions

Authors

  • J.D. Sinoga et al.

DOI:

https://doi.org/10.24310/BAETICA.2004.v0i26.343

Abstract

In the Mediterranean middle mountain, the runoff process starting with the rainfall along the slopes, so that means that depending of the natural conditions in the ecogeomorphologycal system, will go to change the magnitude and characteristics of those processes. Differents microenviroments made the vegetation patterns in the slopes to the channel. In this research we have been analysed the hydrological behaviour of the microenviroments from several point of view, theoreticals and experimentals, habitually used in the hydrical processes knowledge. In that way, we have delimited our research to several experimental plots, from 1,3 and 5 m of length, establishing also the link with the hydrological connectivity processes in the slopes.

 

Downloads

Download data is not yet available.

Metrics

Metrics Loading ...

References

BERGKAMP, G: ¨A hierarchical view of the interactions of runoff and infiltration with vegetation and microtopography semiarid shrublands¨, Catena 33, 1998, 221-220.

BERGKAMP, G., CERDÁ, A., IMESON, A. C.: ¨Magnitude-frecuency analysis of water redistribution along a climate gradient in Spain¨, Catena 33, 1998, 129-146.

BOIX-FAYOS, C., CALVO-CASES, A., IMESON, A. C. SORIANO-SOTO, M. D., TIEMESSEN, I. R. : ¨Spatiaal and shor-term temporal variations in runoff, soil aggregation and other soil properties along a mediterranean climatological gradient¨, Catena 33, 123-138.

CALVO, A.; BOIX, C. y IMESON A. C.: ¨Runoff generation, sediments movement and soil water behaviour on calcareous (limstone) slopes of Mediterranean enviroments in southheast Spain¨. Geomorphology 50, 2003, 269-291.

CERDÁ, A; IBÁÑEZ S, Y CALVO, A.: ¨Design and operation of a small and portable rainfall simulator for rugged terrain¨, Soil Technology 11, 1997, 163-170.

CERDÁ, A: ¨Seasonal changes of the infiltrations rates in a Mediterranean scrubland on limestone¨, Journal of Hydrology 198, 1997, 209-225.

HUANG, CH.: ¨Sediment regimes under different slope and Surface hydrologic conditions¨, Soil Science society of America 62, 1998, 423-430.

HUANG, C., GASCUEL-ODOUX, C., CROS-CAYOT, S.: ¨Hillslope topographic and hydrologic effects on overland flow and erosion¨, Catena 46, 2001, 177-188.

IMESON, A. C. AND LAVEE, H.: ¨Soil erosion and climate change: the transect approach and the influence of scale¨, Geomorphology 23, 1998, 219-227.

KOSMAS, C., DANALATOS, N., CAMMERAAT, L. H., CHABART, M., DIAMANTOPOULOS, J., FARAND, R., GUTIERREZ, L., JACOB, A., MARQUES, H., MARTINEZ-FERNANDEZ, J., MIZARA, A., MOUSTAKAS, N., NICOLAU, J.M., OLIVEROS, C., PINNA, G., PUDDU, R., PUIGDEFABREGAS, J., ROXO, M., SIAMO, A., STAMOU, G., TOMASI, N., USAI, D., VACCA, A.: ¨The effect of land use on runoff and soil erosion rates under Mediterranean¨, Catena 29, 1997, 45-59.

KULITEK, M. & NIELSEN D. R.: Soil Hydrology. Geo ecology. Text Book. 1994.

LAVEE, H, IMESON, A. C, SARAH, P.: ¨The impact of climate change on geomorphology and desertification along a Mediterranean – arid transect¨, Land Degradation and Development 9, 1998, 407-422.

MINTEGUI-AGUIRRE, J. A. y LÓPEZ-UNZU, F.: La ordenación agrohidrólogica en la planificación, Vitoria 1990.

PÉREZ-LATORRE, A., NIETO CALDERA, J. M. Y CABEZUDO, B.: ¨Datos sobre la vegetación de Andalucía III. Series de vegetación caracterizada por Quercus suber L.¨, Acta Botánica Malacitana 19, 1994, 169-183. Universidad de Málaga.

RUIZ SINOGA, J. D., DELGADO, J. J., MARTÍNEZ-MURILLO, J. F., GALÁN, O., GALLEGOS, A., NOGUERA, M. J., MÁRQUEZ, J., LUCAS, N., BUENO, F., CALVO, L., NAVARRO, M., RAMÍREZ, G., RUIZ, E., ROMERO, A.: ¨Métodos para la estimación de la escorrentía en vertientes de litología no acuífera en ámbitos mediterráneos¨, Baética 24, 2002, 149-192.

RUIZ SINOGA, J. D., DELGADO, J. J., MARTÍNEZ-MURILLO, J. F., GALLEGOS, A., NOGUERA, M. J., MÁRQUEZ, J., LUCAS, N., ROMERO, A. ¨Variabilidad de los procesos de generación de escorrentía en laderas bajo condiciones mediterráneas¨, Baética 25, 2003, 279-311.

SMITH, D. B., WEARN, H. J.: ¨Water movement in the unsaturated zone of high and low permeability strata¨, International Atomic Energy Authority, Vienna, 73-81. 1970.

USÓN, A. y RAMOS, MC. ¨A improved rainfall erovisity index obtained from experimental interrill soil losses in soils with a Mediterranean climate¨. Catena, 43. 2001. 293-305.

VEN TE CHOW et alii: Hidrologia aplicada, Mc Graw Hill, Londres, 1994.

WARD R. C. & ROBINSON M.: Principles of hydrology, Mc Graw Hill, Londres 2000.

YAIR, A. LAVEEH, H.: ¨Runoff generation in arid and semiarid zones¨. Anderson M. G. & Burt, T. P.: Hydrologycal Forecasting, 183-220. John Willey and sons LTD. 1985.

Published

2015-06-01

How to Cite

Sinoga et al., J. (2015). Hydrological processes in microenvironments under Mediterranean conditions. BAETICA. Estudios De Historia Moderna Y Contemporánea, (26), 129–153. https://doi.org/10.24310/BAETICA.2004.v0i26.343

Issue

Section

Histórico