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Lithium Brine Deposit Formation

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Lithium Brine Deposit Formation ( lithium-brine-deposit-formation )

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Remote Sens. 2022, 14, x FOR PEER REVIEW 10 of 21 Remote Sens. 2022, 14, 1383 clude two orange polygons representing the same ignimbrite deposit separated by a cen- Abrams ASTER ratio (as described in Section 2.2, Figure 8c) shows that the ignimbrites on to the east appear different in both composition and texture to those in the west. We can caalsnoasleseo tsheaet thaetlathvea lfalovwa sflovwesr othverigtnhiemibgrnitimesbtroittehseteoatsht;etheearset;fotrhe,rtehfeorea,stheerneiagsnteimrn- ibgrnitiemsbwrieteres wineprelaicnepbleafcoerbeetfhoerelatvhae lwavaas ewxatrsuedxetrduadned anredtahrerethfoerefolrdeeor.ldHeor.wHeovwere,vtehre, tihgenimgnbirmitebsritnesthine wtheestwaepspteaprptoeaorvteorloavpearnladpbaenodnbteoponofttohpeolafvtahse; ltahvearesf;otrhee,rtehfeorige,ntihme- ibgrnitiemsbtroitehsetwo tehsteawresytoaurnegyeorutnhgaenrttheanlavthaealnadvasansducahscsauncnhoctabnentohtebseatmhe suanmiteausnthitoasse tihnotsheeineathste. eUasitn.gUtshinisgmthainsumaalninutaelripnrtetraptiroenta,ttiohne,gtheoelgogeoiclaolgmicalpmwaapsweansheanhceadncveida vthiae tral brown polygon representing lava flows. Examination of the Landsat-8 image and the addition and updating of polygon attributes to clearly define the ignimbrites; this was addition and updating of polygon attributes to clearly define the ignimbrites; this was completed over the area of interest and passed to the following workflows. completed over the area of interest and passed to the following workflows. 10 of 22 Figure 8. Geological interpretation aided with EO data over a portion of the study area. The general Figure 8. Geological interpretation aided with EO data over a portion of the study area. The general temporal relationship is indicated by the legend (Qs, youngest, to Qtig, oldest; see Appendix A for temporal relationship is indicated by the legend (Qs, youngest, to Qtig, oldest; see Appendix A details); however, the geological interpretation shows that multiple instances and ages of Qtig (ig- for details); however, the geological interpretation shows that multiple instances and ages of Qtig nimbrite) occur, including relatively young ignimbrite deposits (western part of the map) and rela- (ignimbrite) occur, including relatively young ignimbrite deposits (western part of the map) and tively old ignimbrite deposits (eastern part of the image), separated by an intervening unit of stra- relatively old ignimbrite deposits (eastern part of the image), separated by an intervening unit of tovolcano deposits. (a) Landsat-8 RGB colour composite topographically shaded; (b) geological stratovolcano deposits. (a) Landsat-8 RGB colour composite topographically shaded; (b) geological map; (c) Abrams ASTER ratio. map; (c) Abrams ASTER ratio. 4. Hydrogeological Processing 4. Hydrogeological Processing The second stage of the technical framework is the development of a workflow The second stage of the technical framework is the development of a workflow whereby studied ranges of aquifer properties that control groundwater flow and storage, whereby studied ranges of aquifer properties that control groundwater flow and storage, such as porosity, specific yield, intrinsic and field scale, permeability, hydraulic conduc- such as porosity, specific yield, intrinsic and field scale, permeability, hydraulic conduc- tivity, and hence, transmissivity, are constrained. These are attributed to the geological tivity, and hence, transmissivity, are constrained. These are attributed to the geological units for the formations encountered in the study area in order to better understand how units for the formations encountered in the study area in order to better understand how mineralised water will move. In each case, the data can be refined through ground truth- mineralised water will move. In each case, the data can be refined through ground truthing ing these properties by field and/or drill core testing either on the salar itself or on the these properties by field and/or drill core testing either on the salar itself or on the margins margins or elsewhere in the watershed, and the attributed geology model can then form or elsewhere in the watershed, and the attributed geology model can then form a hydro- a hydrogeological attribution model or map. By better understanding the aquifer proper- geological attribution model or map. By better understanding the aquifer properties of ties of the formations, one can investigate the hydrochemical processes that can lead to the formations, one can investigate the hydrochemical processes that can lead to making deposits of particular dissolved elements become valuable resources. Figure 9 shows the relative processing framework. To demonstrate how the workflow can be completed, the initial hydrogeological parameterisation has been derived from BGS data holdings and

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