El bio-drenaje para el control del exceso hídrico en Pampa arenosa, Buenos Aires, Argentina  [Bio-drainage for the control of water excess in the sandy Pampa, Buenos Aires, Argentina]

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Alternate Title:Bio-drainage for the control of water excess in the sandy Pampa, Buenos Aires, Argentina
Authors:Alconada Magliano, Margarita M.; Bussoni, Adriana; Rosa, Raúl; Carrillo Rivera, José Joel
Author Affiliations:Primary:
Universidad Nacional La Plata, Facultad de Ciencias Agrarias y Forestales, Buenos Aires, Argentina
Universidad de la República, Uruguay
Universidad Nacional Autónoma de México, Mexico
Volume Title:Investigaciones Geográficas - Instituto de Geografía. Universidad Nacional Autónoma de México
Source:Investigaciones Geográficas - Instituto de Geografía. Universidad Nacional Autónoma de México, Vol.68, p.50-72. Publisher: Universidad Nacional Autónoma de México, Instituto de Geografía, Mexico, D.F., Mexico. ISSN: 0188-4611
Publication Date:2009
Note:In Spanish with English summary. 50 refs.; illus., incl. 11 tables
Summary:The northwest region of the province of Buenos Aires presents cyclical periods of flooding and drought. The last humid cycle started in 1970 with large flooding areas, a rise of the water-table, severe economic losses in the farming sector, environmental deterioration, and social problems. Biodrainage is a technique where vegetation is used to control excess water flow in the landscape by means of evapotranspiration. Good results have been reported in various countries in regard to efficient control of: flooding, soil salinization, and water-table rise. The plantation of forest species with bovine-cattle ranching (silvopastoral system) is recommended in areas of recharge and transit to local groundwater flow systems and areas of transit to intermediate groundwater flow systems, and Typic Udipsamen, Typic Ustipsament, Entic Hapludol, and Entic Haplustol soils. The annual profit by means of the annual forest rent and silvopastoral system is evaluated. Pinus taeda, Eucalyptus viminalis, and E. tereticornis, gave positive results. Prosopis sp and E. camaldulensis, appear to lack financial feasible. Prosopis sp could also be considered as it has good behaviour during the dry season, improves cattle ranching, and controls the water-table. A correct site selection to implant is essential; it should be selected based on the quality and quantity of the related groundwater flow system, which must be defined with proven scientific techniques. This way, the environmental problem of flooding in the northwest Bonoaerense is approached under a holistic vision of the physical and environmental geography. The importance of knowing the functioning of the landscape is highlighted, as well as the understanding of its dynamics, evolution, and relation with the physical, biological and human settings; such considerations are a must before proposing any environmental, economic and social practices that might prove to be sustainable.
Subjects:Biomass; Bioremediation; Controls; Drainage; Drawdown; Ecology; Economics; Environmental management; Evapotranspiration; Floods; Forests; Geologic hazards; Ground water; Habitat; Hydrologic cycle; Hydrology; Land management; Land use; Landscapes; Permeability; Preferential flow; Recharge; Remediation; Salinization; Saturation; Soil quality; Soils; Sustainable development; Vegetation; Water table; Argentina; Buenos Aires Argentina; Pampas; South America
Coordinates:S395000 S215500 W0533000 W0694000
Record ID:2010037283
Copyright Information:GeoRef, Copyright 2018 American Geosciences Institute.
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