Diurnal Fluctuations of Arsenic Concentrations and Physiochemical Parameters along the Jemez River, New Mexico

L. Garcia, Daryl J. Williams, E. Martinez
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Abstract

Snow pack dominated rivers and streams across the Southwestern United States have been feeling the effects of global climate change, which mainly include increasing temperatures and decreasing amounts of precipitation, especially precipitation in the form of snow. Over the past 50 years the Jemez River regions has experienced a 2oF increase in ambient air temperature, as well as a 40% decrease in stream discharge. Spanning roughly 129 km and contributing more than 50,000,000 cubic meters of water to the Rio Grande River annually, the Jemez River is the largest tributary to the Middle Rio Grande Basin. Further complicating matters, the surrounding geology of the Jemez River is of volcanic origin which is responsible for the many hydrothermal springs and seeps in the area, which allow for
新墨西哥州Jemez河沿岸砷浓度和理化参数的日波动
美国西南部以积雪为主的河流和溪流已经感受到了全球气候变化的影响,这主要包括气温升高和降水减少,尤其是降雪形式的降水。在过去的50年里,杰梅兹河地区的环境气温上升了2摄氏度,而河流流量下降了40%。杰梅兹河横跨约129公里,每年向里奥格兰德河贡献超过5000万立方米的水,是里奥格兰德河中部盆地最大的支流。更复杂的是,杰梅兹河周围的地质是火山起源,这是该地区许多热液泉和渗漏的原因,这使得
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