Can rainfall seasonality trigger soil water repellency in a tropical riparian forest?

Though riparian areas generally have a shallow water table and higher soil moisture compared to upslope areas, climatic seasonality may trigger water repellency in tropical riparian forests, which, if persistent, could negatively affect essential ecosystem functions related to water resources protec...

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Veröffentlicht in:Journal of forestry research 2023-06, Vol.34 (3), p.773-780
Hauptverfasser: Brito, Gleicon Queiroz de, Murta, Johnny Rodrigues de Melo, Mendonça Filho, Sérgio Fernandes, Salemi, Luiz Felippe
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container_title Journal of forestry research
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creator Brito, Gleicon Queiroz de
Murta, Johnny Rodrigues de Melo
Mendonça Filho, Sérgio Fernandes
Salemi, Luiz Felippe
description Though riparian areas generally have a shallow water table and higher soil moisture compared to upslope areas, climatic seasonality may trigger water repellency in tropical riparian forests, which, if persistent, could negatively affect essential ecosystem functions related to water resources protection such as reduced overland-flow, sediment transport, and nutrient filtration. The objective of this study was to answer the following: can tropical riparian forests develop water repellency? If so, does water repellency affect infiltration on a seasonal basis? For this, water repellency and infiltration were measured in a grid of 72 points during a dry and a wet month of a tropical riparian forest with a shallow water table in a region with highly marked climatic seasonality. Water repellency and infiltration were significantly different between the wet and dry months. Water repellency affected negatively infiltration in the dry month, its effect in the wet month was insignificant. As a result, a higher infiltration capacity was observed over the wet period. Previous research has claimed that the development and persistence of repellency in soils could promote other hydrological processes such as overland flow. The findings shown here demonstrate that such phenomenon does not persist longer than the dry season.
doi_str_mv 10.1007/s11676-022-01501-5
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identifier ISSN: 1007-662X
ispartof Journal of forestry research, 2023-06, Vol.34 (3), p.773-780
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subjects Aquatic resources
Biomedical and Life Sciences
Dry season
Ecological function
Ecosystems
Forestry
Hydrology
Hydrophobicity
Infiltration
Infiltration capacity
Life Sciences
Moisture content
Moisture effects
Nutrient flow
Nutrient transport
Original Paper
Overland flow
Protection and preservation
Rain and rainfall
Rainfall
Repellency
Riparian forests
Seasonal variations
Sediment transport
Shallow water
Soil moisture
Soil water
Surface runoff
Tropical forests
Water repellent soils
Water resources
Water table
title Can rainfall seasonality trigger soil water repellency in a tropical riparian forest?
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