Geofluids

Research Article

Applying Rare Earth Elements, Uranium, and 87Sr/86Sr to Disentangle Structurally Forced Confluence of Regional Groundwater Resources: The Case of the Lower Yarmouk Gorge

Table 3

Sr2+ concentration and 87Sr/86Sr isotope signatures of groundwater and rocks from the Lower Yarmouk Gorge and surrounding areas.
IDWell/springSr (mg/l)87Sr/86Sr
16/08Mukheibeh 20.510.70769
16/09Mukheibeh 40.50.70764
16/12Mukheibeh 50.940.70770
16/10Mukheibeh 60.660.70767
16/14Mukheibeh 70.540.70757
16/16Mukheibeh 81.30.70748
16/17Mukheibeh 95.30.70778
16/11Mukheibeh 100.960.70757
16/13Mukheibeh 110.870.70767
16/15Mukheibeh 130.880.70757
16/07Meizar 12.10.70754
16/02Meizar 25.50.70760
16/01Meizar 31.10.70755
16/03Ein Sahina0.560.70763
16/04Ein Balsam3.50.70765
16/06Ein Makla5.50.70767
16/05Ein Reach4.20.70776
16/20Ain Saraya3.80.70771
16/19Ain Himma20.70759
18/920Umm Abu ad Dananir0.2520.70458
18/922Amphy spring0.210.70457
16/18Yarmouk0.570.70708
IDRock sampleSr (mg/kg)87Sr/86Sr
18/AGolan Heights 119340.70330
18/BGolan Heights 210400.70350