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The effects of damming on the materials flux in the Colorado River delta

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Abstract

During the last century, the Colorado River delta (CRD) has been dramatically altered by the diversion of river water for use in human activities. This alteration has eliminated the delivery of fresh water to the Gulf of California radically transforming the former estuary into an inverse-estuary. Under the new conditions, the new materials budget was estimated at the mouth of the Colorado River in terms of salts, total suspended sediments, organic suspended matter and nutrients. The results of this study show that, because of the asymmetry of the tidal wave, the variability of seston concentration follows a sedimentation pattern of three successive stages: re-suspension (erosion at ebb flow) > dilution (during flood flow) > sedimentation (at the end of the flood stage). The tidal asymmetry during neap tides was characterized by longer ebb (at least, 30 min longer) than flood and more intense ebb currents (as much as 43% higher), hence characterizing an ebb-dominated system. The CRD is characterized by high nutrients concentrations. Maximal levels are: nitrates (41 μM), phosphates (2.6 μM) and silicates (68 μM), nitrite (15 μM). The mass balance indicates that the system acts as a net exporter of suspended sediment with rates as high as 7 tons per tidal cycle. This behavior indicates that the CRD is in a destructive stage as a result of the lack of freshwater inflow and supply of sediment into the system.

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  1. Environmental Geosciences Research Group, Instituto de Investigaciones Oceanológicas, Universidad Autónoma de Baja California, Apdo. Postal # 453, Ensenada, Baja California, Mexico

    José D. Carriquiry, Julio A. Villaescusa, Víctor Camacho-Ibar, L. Walter Daesslé & Pedro G. Castro-Castro

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  1. José D. Carriquiry
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  2. Julio A. Villaescusa
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  3. Víctor Camacho-Ibar
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Correspondence to José D. Carriquiry.

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Carriquiry, J.D., Villaescusa, J.A., Camacho-Ibar, V. et al. The effects of damming on the materials flux in the Colorado River delta . Environ Earth Sci 62, 1407–1418 (2011). https://doi.org/10.1007/s12665-010-0626-z

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