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• W37284436 abstract "Responding to the concerns that have arisen regarding elevated nitrate concentrationsof groundwater discharging to the Great Bay Estuary (NH), the relationship between land useand water chemistry was investigated by coupling GIS-based land use data with CFC-derivedgroundwater ages, boron isotopes-based nitrate source identification, and major ion chemistry.Seven submarine groundwater discharge (SGD) sites were selected and then groundwatermonitoring networks installed and sampled to examine the relationship between land use andgroundwater quality at the discharge zones. Field activities were performed in the summer andfall of 2003. CFC-derived and lumped parameters-modeled groundwater ages in the study areaaveraged 23.2 years (±15.0 years). CFC analysis allowed correlating the observed nitrateconcentrations at the SGD sites with the land use coverage of 1974 (for most of the sites) or 1962(SGD 58.4). Two types of correlation were made: one between the agricultural and residentialland use with all the observed nitrate concentrations in the SGD source areas and the other withthe nitrate concentrations between developed and undeveloped land uses. Both correlations(Kendall’s Tau and Spearman’s Rho) indicated the increase of residential land use of the lastthree decades as being correlated with the high nitrate-bearing groundwater discharging to theGreat Bay (NH). Overburden groundwater comprises 75% to 95% of the groundwaterdischarging at the SGD sites. A significant correlation (Tau’s, p=0.021) between nitrate-bearinggroundwater and CFC-derived groundwater ages was detected supporting the hypothesis thathigh nitrate-bearing groundwater will be discharged to the Great Bay in the near futureaccounting for the increase of residential land use of 1990’s. Continuous monitoring of SGDsites was suggested to be included as part of the periodic environmental quality monitoringactivities of the Great Bay. Long-term step-wise sampling for groundwater dating is required todevelop a stronger chronological evolution of groundwater nitrate inputs." @default.
• W37284436 created "2016-06-24" @default.
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• W37284436 date "2013-11-14" @default.
• W37284436 modified "2023-09-24" @default.
• W37284436 title "LAND USE INFLUENCE ON THE CHARACTERISTICS OF GROUNDWATER INPUTS TO THE GREAT BAY ESTUARY, NEW HAMPSHIRE" @default.
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• W37284436 doi "https://doi.org/10.13031/2013.18128" @default.
• W37284436 hasPublicationYear "2013" @default.
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