首页> 外文期刊>Geologia USP : Série Científica >S?-ntese da hidrogeologia nas bacias sedimentares do Amazonas e do Solim?μes: Sistemas Aqu?-feros I?§??-Solim?μes e Alter do Ch?£o
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S?-ntese da hidrogeologia nas bacias sedimentares do Amazonas e do Solim?μes: Sistemas Aqu?-feros I?§??-Solim?μes e Alter do Ch?£o

机译:亚马孙州和索利姆·梅斯沉积盆地的水文地质综合:含水层系统I?§??-索利姆·梅斯和Alter do Ch?£ o

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Geological maps and stratigraphic charts of the Amazon and Solim?μes sedimentary basins were reviewed, emphasizing the formations Alter do Ch?£o, I?§?? and Solim?μes, the largest reserves of fresh groundwater in these basins. The lack of information on these formations was minimized by sample probe and stratigraphic profiles of construction, lithological and geophysical water and oil wells, obtained in the Base Operacional Ge?3logo Pedro de Moura, Urucu region, about 650 km southwest of Manaus (AM). In the Amazon Basin, the Aquifer System Alter do Ch?£o is characterized by unconfined and confined aquifers, with transmissivity between 1.5 and 9.1 x 10-3 m?2/s, indicated for public supply. In the Solim?μes Basin, this system is confined by Aquiclude Solim?μes, recovered by the I?§??-Solim?μes Aquifers. The reserve is estimated as 33,000 km?3. The Aquifer System I?§??-Solim?μes, in Urucu, is unconfined-confined, with two aquifers hydraulically connected the superficial, with top and bottom at depths near 20 and 70 m, respectively; and the deeper, between 50 and 120 m. With an outcrop area of 948,600 km?2 in the Solim?μes Basin, the reservation of this system was estimated as 7,200 km?3, less expressive than the Aquifer System Alter do Ch?£o. The average hydrodynamic parameters were T = 3 x 10-3 m?2/s, S = 5 x 10-4 and K = 1 x 10-4 m/s, orders of magnitudes similar to those found in the aquifer Alter do Ch?£o. Assessing the interrelationships and potential of these two regional aquifers sought to contribute to the hydrogeological knowledge in the Amazon Basin region, where researches on groundwater are still incipient.
机译:审查了亚马逊河和索利姆斯沉积盆地的地质图和地层图,强调了地层的形成。 Solim?μes是这些盆地中最大的淡水储量。通过在马瑙斯(AM)西南约650公里处的乌鲁库地区Ge3logo Pedro de Moura基地作业井获得的建筑,岩性和地球物理水和油井的样品探针和地层剖面,将有关这些地层的信息不足降至最低。 。在亚马孙河流域,Alter do Ch?£ o含水层系统的特征是无限制和受限的含水层,其透射率介于1.5和9.1 x 10-3 m?2 / s之间,已公开供公众使用。在索利姆斯盆地,该系统受限于阿格勒克德·苏利姆斯水层,并由伊科夫·索利姆斯μes含水层恢复。该保护区估计为33,000 km?3。乌鲁库(Urucu)的含水层系统I?§??-Solim?μes是无限制的,两个水层通过液压方式与浅层相连,顶部和底部的深度分别为20 m和70 m。以及更深的50至120 m之间。索利姆斯盆地的露头面积为948,600 km?2,估计该系统的保留面积为7,200 km?3,其表现力不及Aquifer系统A套。平均流体动力学参数为T = 3 x 10-3 m?2 / s,S = 5 x 10-4和K = 1 x 10-4 m / s,数量级与含水层Alter do Ch中相似。 £。评估这两个区域含水层之间的相互关系和潜力,试图为亚马逊流域地区的水文地质知识做出贡献,那里的地下水研究仍处于起步阶段。

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